CHEMICAL ENGINEERING 2 I Institute of Chemical Technology I Annual Report 2016-17 NOCIL Awardnocil for Excellence Thorat Was Felicitated by of India In2016.Prof

DEPARTMENT OF CHEMICAL ENGINEERING 2 I Institute of Chemical Technology I Annual Report 2016-17 NOCIL awardNOCIL for Excellence Thorat was felicitated by of India in2016.Prof. B.N. Padma-Shree by President Prof. G.D. Yadav honored profession. their contributions to the and for recognitions prestigious awardsvery received the Department members faculty The of and workshops. delivered in industry, symposia, and and International conferences presented Chapters,10 book International refereed journals, published engineering members faculty This theyear chemical Ambedkar Technological Chancellor in Dr Babasaheb V.G. Gaikar joined as aVice USDollars in2016.Prof.lakhs Millennium Alliance Rs.10 awarded by UKaid-FICCI, and Process in 2015 and also of Equipmentin Design new ABOUT THEDEPARTMENT 38 invited lectures were 16 papers inNational 159 papers in 34 patents, Head, Department of Engineering, Chemical (BITS) B. Chem. Eng., M.Chem. Eng., Ph. D(Tech) D.H.S.T. PROFESSOR B. N. THORAT With M.Tech has reached to number of Engg. M.Chem. Department is of Ph.D. Candidates inthe Masters The theses. number were submitted along with In department Association. ManufacturingChemicals given by Indian Specialty -Outstanding Professor Award P.R. Gogate felicitated by Academy of Dr. Sciences. with Fellow of Maharashtra Prof. V.K. was awarded Rathod Awards inAcademic, 2015. ICT Distinguished Alumnus 2016 and he received UAA- by DBT &Chairman BIRAC, BIRAC Innovator Award 2016 was awardedA.M. Lali as of India.Catalysis Society Prof. Eminent Scientist Award – KantamM Lakshmi received Indian Council. Prof. Chemical Achievement Award from Engineers and Lifetime Indian Institute of Chemical awarded by Honorary Fellow, 2015.Prof.Science P.K. Ghosh as fellow of World Academy of Prof. A.B. Pandit nominated TeacherBest Award 2016. Bhagwat awarded for INSA University, Lonere. Prof. S.S. 18 223 Ph.D. theses and the and the 77 40 ,

Department of Biotechnology, Department of Atomic Energy, scholarship with full all from at of time the report. the have enrolled for PhD program in Industry and 80% Amongst post-graduates also sectors of chemical industry. are incore manufacturing annum. placements these All a maximum of ofwith minimum salary through campus interviews 100% Department.the We have placed placement for Graduates the of sawThis good also year a very Undergraduate students. plant Training programmes for Summer Training and In- Department is organising Eminent yearEvery faculties. safety are which taught by Bio safety and radiation Process safety, Fire safety, Masterall students. It covers Safety course conducted for sponsoredindustry projects. and Technology, and several DepartmentCSIR, of Science of candidates the placed of students inIndustry 13.8 lakh 20 % students 4 lakh per per , Chemical Engineering I Institute of Chemical Technology I 3 FACULTY Solar conduction dryer Solar conduction a unique (SCD) is uses technology that and convection conduction, of mechanism radiation one it making transfer heat system. efficient the most of most of the one is SCD The of equipment piece effective as a sweetening agent has has agent a sweetening as because recently increased medicinal properties. its of needmake is to there Thus in free jaggery available This form. powder flowing for strategies analyses study jaggery of and granulation in difficultiesencountered the process. of upscaling during coal, generated Slack mining, of the process and handling transportation, the weather, to exposure on by becan utilized effectively which briquettes, forming otherwise sold or goes waste of Briquetting price. low at binder, coalslack involves for factor driving which is consideration. economic efforts study, Present In develop to being made are binder effective cost binding sustainable or technique. Indian household because household Indian nature. hygroscopic its of of jaggery importance The • • B. N. THORAT Jaggery is a traditional a traditional is Jaggery has but sweetener Indian in sugar beenby replaced novel technology developed novel that work Ph.D. during of kg 10,000 process can 1 acre) of (produce turmeric Rs. targeted with in 24 hrs traditional against 15,000 as takes 30 days that process Rs. 30,000. costs and Rs. 1500 targets HaldiTech of market annual crore through processing turmeric basedagri-waste novel drying technology. Turmeric, traditionally traditionally Turmeric, an Haldi, as known medicinal plant important 15 by produced is spice, and 5,00,000 acre lakh on farmers turmeric Traditional land. of laborious, is processing and 30 days consumes The Rs. 30,000/acre. costs also non- leads to processing the for the land of availability considerable for crop next a is time period. HaldiTech the elemental analysis of of analysis the elemental that found was It the cake. operating not is theCETP conditions. the optimum at us will data enable This the CETP intensify to consequently and operations minimize the operating costs. • • PROFESSOR B. Chem. Eng., M. Chem. Eng., Ph. D (Tech) D.H.S.T. (BITS) D.H.S.T. D (Tech) Ph. M. Chem. Eng., Chem. Eng., B. Chemical Engineering of Department Head, Chemical Engineering of Professor cake compressibility were were compressibility cake with also determined along properties such as cake cake as such properties medium resistance, porosity, cake resistance, pressure, filtration media, filtration pressure, were etc. addition, coagulant characteristic The studied. CETPs. The consequences consequences The CETPs. severalof operational of effect as such parameters along with some minor minor some with along on- Therefore, components. experiments filtration site the local at carried out were treatment sludge, more more sludge, treatment called are bio-solids, recently energy and rich in nutrients are using them practically. them practically. using are in found resources The wastewater municipal developed to dewater waste waste dewater to developed many not sludge activated in India CETPs and ETPs Although considerable considerable Although are techniques of amount and Dryingand (WFCFD) President, World Forum for for Forum World President, Crystallization, Filtration SPACED PAGES WITH WITH PAGES SPACED : ETC.) FIGURES/DIAGRAMS RESEARCH WORK WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM HIGHLIGHTS OF OF HIGHLIGHTS MEMBERSHIPS OF OF MEMBERSHIPS BODIES: PROFESSIONAL FELLOWSHIPS/ FELLOWSHIPS/ • • 4 I Institute of Chemical Technology I Annual Report 2016-17 • • deliver on them targeted It to necessary is very photolytic, aciddegradation. prone to oxidative, thermal, stabilitytheir issue. They are vitamins, probiotics have neutraceuticals like Most of drugs, the conditions. anddesign operating to quantify effect the of developed models has been insights,experimental CFD on the Based on drying. parametersdesign of SCD and impact of various pattern, temperature profile is to understand flow the objective of proposed the improved performance. The understanding for the further needs no electricity runswhich on effective dryer insolation. The most cost- there is abundance of solar nationserstwhile where potential in India and other and it has tremendous India, by funded BIRAC, under Grand Challenges (SCD)”[SupportedDryer Domestic Conduction Solar level implementation of through Community to Indiansecurity Women nutritionalwise food Project “Ensure year- Grand Challenges India for microencapsultion. techniques aredrying used evaporation, fluidbed extrusion, solventdrying, of neutraceuticals. Spray bioavailability and solubility to increaseused stability, onethe of technique the Microencapsultion is site without degradation. Technology In Of Society Thorat RESEARCH INTERESTS : DURING 2016-17 SUBJECTS TAUGHT NAME : H-INDEX : GUIDE : AWARDED AS SINGLE/ CO- TOTAL NO. OF MASTERS GUIDE : AWARDED AS SINGLE/ CO- TOTAL NO. OF PH.D. DELIVERED : LECTURES/ORATIONS TOTAL NO. OF SEMINARS/ PROCEEDINGS/PAPERS : CONFERENCE TOTAL NO. OF TOTAL NO. OF PATENTS : REVIEWED) SO FAR : PUBLICATIONS (PEER TOTAL NO. OF Unit Operations, Perspective 756 food as comparedfood to fresh. of nutrients inSCD-dried out to estimate retention the vegetables have carried been labeling of and 20fruits products. Nutritional ofsale dehydrated food additional income through malnutrition and earn to overcomelean period produce, consume it during can seasonal preserve Maharashtra, that so they Aurangabad and Shahapur, womenrural farmers in SCD was provided to 230 and DBT]. In project, this Gates Foundation, USAID : 50 18 Bhaskar Narayan 15

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88 04 (ifany)Others - Ph.D.(Sc) –01 P.D.F.- 01 and Filtration.Crystallization reactors, Industrial Development, Multiphase Particle Handling, Process • • Technology, Feb 2016,Mumbai. and GranulationDrying Filtration Theme: and Drying. Workshop on Crystallization, Organizer International 11th Committees): (Membership of important Professional Activities Government- 01 Number of sponsored projects : Indian -03 International -01 WORKING: STUDENTS CURRENTLY NUMBER OF RESEARCH : HONOURS: SPECIAL AWARDS/ NUMBER OF PATENTS: BOOKS- PEER-REVIEWED- ROCEEDING- CONFERENCE NATIONAL- INTERNATIONAL- PUBLICATIONS: NUMBER OF RESEARCH Drying TechnologyDrying and Nepal implementation of SCDin award by FICCI for Millennium Alliance IICPT, Thanjavur. on 23rd September 2016, Packaging’ held at IICPT Opportunities inFood on ‘Challenges and at National Seminar GuestChief at Lecture 04 04 – 02 M.Chem.Eng Ph.D. (Tech.) Private- 04

06 – Chemical Engineering I Institute of Chemical Technology I 5

Labconco Freeze Dryer Freeze Labconco Solar Conduction DryerSolar Conduction Convective Hot Air Dryer Air Hot Convective Brookfield Particle Flow Tester Particle Flow Brookfield Labultima Spray Dryer Spray Labultima Nutrition award for for award Nutrition SCD in of implementation Bangladesh implementation of of implementation in Kenya CassavaTech Challenges Agri- Grand Millennium Alliance Alliance Millennium for FICCI by award Puschner Microwave Dryer Microwave Puschner PanAsia Heat Pump Dryer Pump Heat PanAsia • • 6 I Institute of Chemical Technology I Annual Report 2016-17 • • • • • • • Professional : Bodies Fellowships/ Memberships of (GIVEN AT THE END OF FIGURES/DIAGRAMS ETC.): SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPACTDONE ITS RESEARCH WORK HIGHLIGHTS OF LISHMENTS SO FAR PROFILE AND ACCOMP- - Life Member, Hon Secy, andScience Technology Indian for Surface Society -Life MemberChemistry for IndustrialSociety Member Association of India - Life TechnologistsOil Regional Center Past Chairman of Mumbai Engineers -Life Member and Indian Institute of Chemical Editorial Board and Technology -Member, Journal of Surface Science Board Member, Editorial Advisory -Former Society Chemical Chemistry, American Industrial and Engineering -FellowSciences (2008) Maharashtra Academy of Western India Professor Engineering inChemical B.Chem. Engg, M.Chem. Engg, Ph.D.(Tech.) PROFESSOR >100 process simulation Computer engineering, Interfacial and science and analysis,Energy exergy Interfacial and science • Engineering Chemical • Engineering Chemical • INTERESTS: SPECIFIC RESEARCH DURING 2016-17: SUBJECTS TAUGHT 585 H-INDEX : SINGLE/ CO-GUIDE: MASTERS AWARDED AS SINGLE/ CO-GUIDE : PH.D.S AWARDED AS ORATIONS DELIVERED : SEMINARS/LECTURES/ 64 PROCEEDINGS/PAPERS CONFERENCE PATENTS : REVIEWED) SO FAR : PUBLICATIONS (PEER THE DOCUMENT) engineering Thermodynamics-II Thermodynamics-I S. S. BHAGWAT 8 12 CITATIONS: 71 32 64 :

• Private -6 Indian any) - Teacher summer Fellows (if (if any) - Undergraduate Summer Fellows any)– - M.Sc Eng– M.Tech. -1 Ph.D. (Tech.) -6 P.D.F. - BEING SUPERVISED : STUDENTS CURRENTLY NUMBER OF RESEARCH ACTIVITIES: PROFESSIONAL : PROJECTS NUMBER OF SPONSORED : NUMBER OF PATENTS ANY) - PROCEEDING - CONFERENCE (PEER-REVIEWED)- INTERNATIONAL - - NATIONAL PUBLICATIONS: NUMBER OF RESEARCH International -

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BOOKS (IF BOOKS Other (if Other M. Chem. Ph.D.(Sc) -6 -5 RA 3

2 Chemical Engineering I Institute of Chemical Technology I 7 in in Award Rank Rank Additional Additional particulars th nd Best Ph.D.(Tech.) Thesis 5 University 2 University Designation University University of of University Bombay University of of University Bombay of University Bombay

Year Coordinator, UGC- National Resource Resource UGC- National Coordinator, in Chemical ICT- Engineering& Centre Chemical Engineering for Centre DAE Research and Education Education Technical Coordinator, Institute Quality Program(TEQIP) Improvement Chemical Dept. Engineering Head, Vice-Chancellor, BATU, Lonere BATU, Vice-Chancellor, 1986 1982 1984 Dr. BabasahebAmbedkar Technological BabasahebAmbedkar Technological Dr. Class Distinction Distinction 71.8% Distinction 72% By research and Technology, Member Member Technology, and Board Editorial SPECIAL AWARDS/ SPECIAL HONOURS / ACCOLADES : Awarded Best Teacher Award Award Best Teacher Awarded INSA, 2016 by PROFESSOR V. G. GAIKAR G. V. PROFESSOR FNAE, FMASc, MIIChE, FMOTAI, MISSST, MAMIC MAMIC MISSST, FMOTAI, MIIChE, FMASc, FNAE, Vice-Chancellor, 2016) 2nd, March (from Maharashtra, University, Professor Distinguished Petroleum Bharat of the position from leave (on (formerly Chemical Technology of Chemical Institute Engineering) of 019. Mumbai-400 UDCT) Matunga, Place of employment Place of Subject Institute of Chemical of Institute Technology Dr. BabasahebAmbedkar Dr. University Technological Chemical of Institute Technology Chemical of Institute Technology Separations Separations Through Reactions Chemical Engineering Chemical Engineering Degree Period Ph.D.(Tech.) B.Chem.Engg M.Chem. Engg journal and agency:journal and Science Surface of Journal member, NBA committee NBA member, Editorial of Membership of name Boards with Advertising Standards Standards Advertising IndiaExpert Council of Sr. July 2009 to Aug Aug 2009 to July 2012 July 2008-Feb 2016 2008-Feb July date 2016 2013 -Feb Aug March 2016 – to- March No. 3 2 1 EDUCATIONAL QUALIFICATIONS EDUCATIONAL PROFILE AND ACCOMPLISHMENTS SO FAR PROFILE AND ACCOMPLISHMENTS • 8 I Institute of Chemical Technology I Annual Report 2016-17 developments with practical synergizing theoretical Innovative approaches by to-separate mixture. separation of most this difficult- kind with extreme for selectivity m-/p-cresols was first the of its of for reactive crystallization difficult to employ. His process economically impractical or are of separation have either been other conventional methods wherein chemical industry the practiced has been crystallization and dissociation extractive on Dissociation extraction in India and abroad. His work appliedbeen by many industries thatEngineering Science has contribution to Chemical made outstanding research Academy of Engineering, has a fellow of Indian National Professor Vilas G.Gaikar, its impact: Highlights of research work and IMPACT: RESEARCH WORK AND ITS HIGHLIGHTS OF February 1992) August 1985- Feb.1992-July 2002 July 2002-todate December 1989 December January 1989- 1985 July 1984-August Edinburgh, Edinburgh Engineering, University of Department of Chemical Bombay, Technology, University of Department of Chemical Bombay, Technology, University of Department of Chemical Bombay Technology, University of Department of Chemical Technology Institute of Chemical products. As a Chair Professor commercial production of the companythe and for practiced processes have patented been by neutraceuticals. Many of these as compounds medicinal or processes for natural products andextraction purification for development of many new leading industry alcohol-based He aconsultant had been to a concerns last in the two decades. consultant industrial to several researchin academic and as a work done by Professor Gaikar applications are marks hall of the concern. marketed by another industrial that were manufactured and fromoleochemicals castor oil developed a large number of water management .He had of vacuum residue and waste most recently for upgradation technologies for company, the developed newer and novel Technology(ICT), he has Institutein the of Chemical Petroleum Corporation Ltd. on aposition created by Bharat Visiting Engineering Lecturer inChemical Engineering Associate Lecturer inChemical Engineering Lecturer inChemical Engineering inChemical Reader Engineering Bharat Petroleum Professor of Chemical his group is working on several chemical industries. Currently, pharmaceutical and specialty having potential applications in and nanoparticle synthesis capture of carbon-dioxide sorbentsfunctionalized for related organic compounds, for anumber of closely ions,metal affinity adsorbents towardsselectivity desired with extreme extraction metal reactive sorbents for heavy group has developed several In last the few years, his company. India’s leading petrochemical acid-wateracetic mixtures in distillation column involving for amulticomponent azeotropic showed economical operation analyzed and successfully designs. In particular, he had azeotropic distillation column complex heterogeneous indistillationsalt effect and including reactive distillation, complex distillation columns work on reactive separations to Professor Gaikar extended his Chemical Engineering I Institute of Chemical Technology I 9 GoI.(2014-) group- Working Member, Council, Innovation State(2015-) Maharashtra Program National Member, Capture, Carbon on Science and of Department GoI(2015-) Technology, PAC- (co-opted), Member (FMASc) Drugs Aarti Ltd. Director, date) (2006-to Oman Bharat Director, to Ltd.(2014- Refineries date) ExpertChairman, Research, Committee, Technology and Innovation RUSA-SPD, Transfer, Maharashtra Sectional Member, (Chem Engg), Committee of Academy National Indian (2015- (INAE) Engineering Delhi ), New Force, TASK Member, BioenergySciences, of Department Ministry of Biotechnology, Technology, Science and Fellow of National Academy Academy National of Fellow (FNAE) Engineering of Maharashtra Fellow, Sciences of Academy FELLOWSHIPS/ FELLOWSHIPS/ OF MEMBERSHIPS BODIES PROFESSIONAL FELLOWSHIPS OF OF FELLOWSHIPS AND NATIONAL INTERNATIONAL SCIENCE OF ACADEMIES ANY): (IF ENGINEERING OR • • • • • • • • ICT in spreading the spirit the spirit spreading in ICT young among Innovation of engineers • • of engineering institutes in institutes engineering of and Maharashtra of the State of the efforts spearheading is Academia interaction in interaction Academia Innovator ´Young the form in ICT Competition´ Choice chemical young brought has from technologists engineers/ the country and of all corners seekingseveral industries their for answers innovative platform. the same on problem, the conceptualized he year, This Networking’ ‘Innovation idea of corporate relations, Professor Professor relations, corporate the Best as rated was Gaikar Mumbai of University by Teacher the several timesin 2002 and by is He the Institute. of students and innovative his for known promoting ideas for out-of-box technical and engineering and the in country, education to engineers young inspiring in originality His innovate. the Industry- conceptualizing useful in conducting organic organic useful in conducting mediaand safer as synthesis recovery ease of provide on work His products. of using applications, biochemical reverse of solutions organic alsomicelles, is recognized for its mostly type, of first as recovery protein and enzyme and cell permeabilization by purification. and industrial his from Apart industrial operations. Recently Recently operations. industrial successfully has group his using delignification conducted hydrotrope of solutions aqueous chemical for a substitute as The techniques. conversion also are solutions aqueous that is also is easily scalable to that hydrotropes based extraction hydrotropes as products natural for process solvents organic to alternative an drug and pesticide industries. pesticidedrug industries. and successfully has group His of solutions aqueous developed developed several formulations severaldeveloped formulations surfactants with hydrotropes of in applications potential for drug solubilizer which is now now which is drug solubilizer beingused severalin drug also has He formulations. His work, for the first time, time, the first for work, His sodiumibuprofen established and hydrotrope efficient an as considering that his contribution contribution his that considering the from entirely come has India. ICT, in done work of hydrotropy and complex complex and hydrotropy of has surfactants with mixtures especiallybeen pioneering, for dealing with concentrated concentrated dealing with for waste. organic the field to contribution His Another offshoot of this work work of this offshoot Another Pyrolysis’ ‘Steam establishing, is technique treatment a waste as conversion of lignocellulosic of conversion to being developed is biomass concept. biorefinery establish some of this work has been has this work of some large and industrial usedat The thermal scale applications. thermochemical conversion of of thermochemical conversion attained has group his biomass, and several milestones newer In the area of Biofuels, Biofuels, of the area In biodiesel, biolubricants, improve selectivity to desired selectivity desired to improve waste minimize to and product energywith integration. specialty chemicals’ synthetic synthetic specialty chemicals’ development for reactions to processes continuous of 10 I Institute of Chemical Technology I Annual Report 2016-17 • • • • • • • • • • • Committee, UGC-CAS Member, Advisory 2016) Maharashtra State (2014- Innovation Networking, Coordinator, TEQIP (2009-16) Program(MHRD, GoI), ImprovementQuality Technical Education Coordinator, Institute Research(2013-2016) Engineering Education and Centre for Chemical Coordinator, ICT-DAE Steel Industry (2010-16) Waste Water management in SAILProject forRDCIS- Member, Empowered Board, GoI.(2013-14) of and Science Technology, SERB,in Science, Ministry Opportunity for Excellence Empowerment and Equity Member, TASK Force, and Technology(2015-) SERB, Department of Science Fellow Member, Oil Technology for and Surface Science Life Member, Indian Society of Engineers Chemical Life Member, Indian Institute Ministry, GOI(2009-12) Committee, Labour VishwakarmaPuraskar Member, Alandi, Pune (2014-2016) Academy of Engineering, Engineering at MIT Department of Chemical Advisory Committee (DAC), Chairman, Department 2014) Engineering, BHU (2012- program inChemical • • • • • • • • • • • • • TEQIP-I (2007-2009) Coordinator, Institute (2009-2012) Engineering, ICTChemical HoD, Department of Technology(2015-16) IQAC, Institute of Chemical Member &Coordinator, (2012-2016) Monitoring Board, (ICT) Member, Planning and Pilani(2012-2014) Engineering, BITS, program inChemical Committee, UGC-DRS Member, Advisory Institutes(2012-13) Committee for ONGC Member, R&DMonitoring ICT(2009-2014) Engineering, in Chemical Networking Resource Centre Coordinator, UGC Enterprise(2012-13), GOI Department of Public Member, Task Force(MoU), Chemists Mid-east Institute of Life Member, Asian and India Technologists Association of Journal of Biomedical NISCAIR(2008-2015), Technology,Chemical Board, Indian Journal of Member, Editorial (2002-2008) Engineering Centre, ICT Knowledge Based Member, DAE-ICT 2008) Alumni Association (2004- Honorary Secretary, UDCT (2002-2006) Technological Association Vice-President, M. Chem. EngM. Chem. -01 M.Tech. -03 Ph.D. (Tech.) -10 P.D.F. - CO2 photochemical reduction of Synthesis of nanoparticles, Synthesis inAqueous Solutions, Technology and Organic and Engineering, Clean Polymers, Interfacial Science ofDesign Functionalized Separations and Molecular Matter, Adsorptive Reactive Microwave,Condensed Soft Process Intensification by conversions of Biomass, and Biodiesel Thermochemical Process Engineering Advanced Separation Processes, SINGLE/ CO-GUIDE: PH.D.S AWARDED AS 230 ORATIONS DELIVERED : SEMINARS/LECTURES/ PROCEEDINGS/PAPERS: CONFERENCE PATENTS : REVIEWED) SO FAR: PUBLICATIONS (PEER BEING SUPERVISED STUDENTS CURRENTLY NUMBER OF RESEARCH INTERESTS SPECIFIC RESEARCH DURING 2016-17 SUBJECTS TAUGHT 2557 H-INDEX: SUPERVISED: FELLOWSPOST DOCTORAL SINGLE/ CO-GUIDE: MASTERS AWARDED AS Research(2013-2015) 00 28 11

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37 75 164 70

Chemical Engineering I Institute of Chemical Technology I 11 Polystyrene Adsorbents, Adsorbents, Polystyrene RB Heer, PKKS KM Khot, Gaikar VG Biniwale, 50 (5), 718-728 Technology DFT Experimental and selective for studies Sb (III) and of separation mixtures Sb (V) from Engineering & Technology Technology & Engineering 38 (8), 1416-1424 model Mathematical of recovery reactive for chemical by invertase of permeabilization PB Koli, AC yeast, baker’s S Pamidipati, Subhedar, of Journal Gaikar, VG and Chemical Technology Biotechnology of Intensification Process Crude Oil of Upgradation by Residue Vacuum and Cavitation Hydrodynamic Irradiation, Microwave and Loke, NH KB Ansari, R Gaikar, VG AB Pandit, S Das, R Kumar, Sivakumar, Chemical Engineer, Indian 57(3-4), 256-281, 2016 PulseChromatographic of Adsorption of Studies N2 Using CO2, CH4, and Functionalized Amine Need of Promotion of of Promotion of Need Indian in Innovation VG Institutes, Engineering an of Mind The Gaikar, Ghosh (Eds.) P. Engineer, New BaldevINAE, and Raj, Delhi, 287-296 of Kinetics Intrinsic Acids Fatty of Esterification Supported by Catalyzed PKKS Catalysts, Liquid Ionic Chabukswar, DD Heer, Gaikar,Chemical VG Separation Science and Science and Separation • • • • • • Gaikar, PR Nemade, New New Nemade, PR Gaikar, 2016 Chemistry, of Journal Understanding of Chemistry of Understanding MB Level, Molecular at Journal Gaikar, VG Singh, Education Engineering of 2016 Transformation, characterization Synthesis, γ-MnO2/ of application and the for oxide graphene oxidation selective aerobic benzyl to of alcohols carbonyl corresponding MM Kadam, compounds, VG N Jha, KB Dhopte, Molecular design of a novel a novel design of Molecular Menshutkin for ligand (iii) from Bi of complexation sulfate acidic copper aqueous and solutions electrolyte experimental investigations, RSC Gaikar, VG JS Arora, 6 (46), 39663- Advances 39674, 2016 Dynamics: A Molecular Undergraduate for Tool Students Engineering Their Transform to Sreekumar, VG Gaikar, N Gaikar, VG Sreekumar, Composites, Polymer Jha, 2016 polystyrene of Development functionalized adsorbents for ligands heterocyclic with CO 2 of selective adsorption PKKS N 2, CH 4 and from Gaikar, VG KM Khot, Heer, Purification and Separation 158, 212-222, Technology 2016 Science and Technology, Technology, Science and 2016 ZnO/ of Preparation composite MWCNT/PP as application its and film protective multifunctional Upasani, TV film, P • • • • •

13 1

1 Other (if any) Other (if any) 01

VG Gaikar - Separation - Separation Gaikar VG betulinic acid from leaves leaves betulinic acid from Linn, SV VitexNegundo of S Chattopadhyay, Taralkar, Parametric optimization and and optimization Parametric extraction batch of modeling extraction of for process mutans ND Thakur, VG ND Thakur, mutans D Sen, S Mazumder, Gaikar, 2016 Analytical Letters, Walnut (Juglansregia) Bark Bark (Juglansregia) Walnut of Characterization with theActivity Antibacterial Streptococcus against publication Silver of Phytosynthesis Using Nanoparticles V G Gaikar, Chemical V G Gaikar, technology, and engineering for 2016, accepted using Homogenous and and Homogenous using Catalysts, Heterogeneous and Heer, Parminder Process Simulation of of Simulation Process Distillate Acid Fatty Palm based Biodiesel Plant Koli, VG Gaikar, Journal of of Journal Gaikar, VG Koli, and Chemical Technology 2016 Biotechnology, Continuous cane sugar sugar cane Continuous using process inversion AC invertase, immobilized CONFERENCE CONFERENCE : PROCEEDING BOOK CHAPTER: INTERNATIONAL: INTERNATIONAL: (PEER-REVIEWED): NUMBER OF RESEARCH RESEARCH OF NUMBER PUBLICATIONS(2016-17) NATIONAL • • • • Fellows (if any) - (if any) Fellows (if Fellows summer Teacher - any) M.Sc - Summer Undergraduate 12 I Institute of Chemical Technology I Annual Report 2016-17 International 0 Chairman, Expert Committee,Chairman, Expert Refineries Ltd.(2014- date)to Director, Bharat Oman (2006-to date) Director, Ltd. Aarti Drugs Government 01 COMMITTEES): OF IMPORTANT ACTIVITIES (MEMBERSHIP PROFESSIONAL PROJECTS SPONSORED PATENTS FILED: Chemicals PurificationChemicals of other to biomass and Bioenergy, biofuels Statistical methods control Adsorptive separations, Instrumentation &process and bioreactor design, simulation modeling Separations Bioprocess adsorptive &chromatographic biotechnology Advances in Downstream processing in RESEARCH INTERESTS: DURING 2016-17: SUBJECTS TAUGHT 71401. Advances 5(87),71393- VG Gaikar, SM Ali, RSC adsorbent, JSArora, UJoshi, thioureapolystyrene grafted (II)using (IV)/Co with Zr Indian Private

: 11 03 Biosciences Professor Engineering) Head, (Chemical DBT-ICT-Centre for Energy B. Chem, M.Chem, Ph.D Tech. (Chem. Eng.) PROFESSOR ARVIND MALLINATH LALI Member (co-opted), PAC- GoI(2015-) of and Science Technology, Carbon Capture, Department Member, National Program on Maharashtra State(2015-) Innovation Council, Member, Working group- Technology, GoI.(2014-) of and Science Ministry Department of Biotechnology, Sciences, Bioenergy Member, TASK Force, (INAE) (2015-),New Delhi Academy of Engineering Engg),(Chem Indian National Member, Committee Sectional SPD, Maharashtra Technology Transfer, RUSA- Research, Innovation and & scale up & scale development, characterization & intensification Process Processbed integration gas-solid circulating fluidized Dynamics of bed fluidized & dynamics of solid-liquid Bioreactor mixing design, & bio transformations modeling &Biocatalysis Continuous chromatography, organic/inorganic chemicals synthetic APIs value high biomolecules, natural & proteins, nucleic acids &other Academic and Scientific International Journal of Technology (IJCT), Indian Journal of Chemical Networking Project Component 2.1Innovation Co-ordinator for TEQIP and Technology(2015-) SERB, Department of Science Technological University Dr.BabasahebAmbedkar First Vice-Chancellor, Research. AGENCY NAME OF JOURNAL AND EDITORIAL BOARDS WITH MEMBERSHIP OF HONOURS / ACCOLADES: SPECIAL AWARDS/ National-granted 34filed, –1 granted-16 International –55(filed), Chapters-Book far) 2(so far)(so Conference Proceedings- 31 International- far) 61(so Publications: M. Tech. Eng.- -2M.Chem. 2 Integrated Ph.D. –1PDF- 1 Ph.D. (Tech)- 4Ph.D. 15 Sci.- PATENTS: NUMBER OF RESEARCH STUDENTS: NUMBER OF RESEARCH

Chemical Engineering I Institute of Chemical Technology I 13 H-Index 57. He is also on also is on 57. He H-Index severalof board the Editorial Journals. Scientific International guided successfully 38 has He students 68 Master’s and PhD’s Technology and in Engineering so far. contribution to ICT ENERGY ENERGY ICT to contribution energy into resulted has group for cooking, processes efficient and generation steam solar Fuel Solid smokeless efficient designs. (Stoves) Chullas designs novel developed has He Cavitationally of a variety for biological chemical, induced transformations physical and which are processes unit in successfulcommercial operations. creative scientific A unique fundamental using of approach with coupled knowledge, experiments elegant simple, Industrial demonstrating Socialand been has utility Pandit’s Prof. of the hallmark Science to and contribution has Pandit Prof. Technology. per (as 333 over authored 6 books publications, Scopus) 17 has and 17 chapters over and 11416 citations over with patents and webmedia) perscopus (as into a modified hand-pump a modifiedhand-pump into 89% of in excess design giving His pass. in one disinfection ANIRUDDHA BHALCHANDRA PANDIT BHALCHANDRA ANIRUDDHA countries as it has resulted resulted has it as countries of Oceonography and National National and Oceonography of Chemical CSIR Laboratory) been has recognized labs well Maritime International by to likely is This Organization. sea independent an into result technology treatment water in time first facility, testing India. pump in hand work current His for disinfection based water in revolutionary is rural India will be and extremely nature useful in the developing reactors (termed coined by him) by (termed coined reactors possible of a gamut opened has these reactors. of applications effluent of in the area work His biorefractory of treatment water and/ mineralization pollutants chemical of prevention or prevention biofouling less circuits tower in cooling The beenhas breaking, path Ballasttechnology of water him by proposed treatment Institute (National with along social cause such as water water social as such cause rural masses. for disinfection theory, of blend unique A final and experiments modeling, in resulted has implementation scale-a successful design and from reactors cavitational of up scale. industrial His to lab the fundamental into insights Cavitational of understanding PROFESSOR Professor in Chemical Engineering Professor Ph.D. (Tech.), Department of Chemical Technology, University of of University Chemical Technology, of Department (Tech.), Ph.D. (1980-1984) Bombay Hindu Banaras Technology, of (Chemical Institute Engineering), Tech. B. (1975-1980) University J.C. J.C. SINGLE-SPACED PAGES PAGES SINGLE-SPACED FIGURES/DIAGRAMS WITH ETC.): HIGHLIGHTS OF RESEA- OF HIGHLIGHTS ITS DONE AND WORK RCH TWO (MAXIMUM IMPART MEMBERSHIPS OF PRO- OF MEMBERSHIPS BODIES: FESSIONAL FELLOWSHIPS/ FELLOWSHIPS/ and nanoparticle synthesis. synthesis. nanoparticle and have technologies Successful alsoa been for developed Engineering and Technology for for Technology and Engineering sonocrystallization, estrification compounds of variety of range of applications include: (a) include: applications of range intracelllulor for Biotechnology (b) Chemical recovery enzyme has applied this technique for for this technique applied has from applications a variety of scale industrial to laboratory The level). tonnes/day to (mg in 1992. He has subsequently subsequently has in 1992. He 120 articles till over published He cavitation. of in the area date first publication in the area of area in the publication first for cavitation hydrodynamic was Chemical Transformation proposed and promoted promoted and proposed Cavitation Hydrodynamic and based physico-chemical His transformations. biological Prof. A. B. Pandit can be can Pandit A. B. Prof. described singularly as who individual responsible Bose Fellow, F.A.Sc., F.N.A., F.N.A., F.A.Sc., Bose Fellow, F.N.A.Sc. F.N.A.E., 14 I Institute of Chemical Technology I Annual Report 2016-17 per Scopus) per from waste food Figure 3:Bio gas generation setup cavitation Figure 2:Hydrodynamic setupcrystallization Figure 1:Anti solvent SUPERVISED: FELLOWSPOST DOCTORAL : CO-GUIDE SINGLE/ MASTERS AWARDED AS SINGLE/ CO-GUIDE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ PROCEEDINGS/PAPERS CONFERENCE PATENTS: REVIEWED) SO FAR : PUBLICATIONS (PEER RESEARCH PHOTOS: 68 17

38 333 (as :170

200 04 Ph.D. (Tech.) -20 P.D.F. - and Microbial cell. fuel disruptionCell modification, ProteinBiotechnology: Synthesis of Nanomaterials conventional sources, energy Modeling of Stoves, Use of non- and CFDInvestigations, contactors: Experimental in Mechanically agitated Water Treatment, Mixing Sonochemistry, Ballast Cavitation phenomena, Processing applications of Physical and Chemical Multiphase Reactors Project Economics of Design and pollution control Chemical Environmental Engineering Scopus) National -31,International -01 Indian -1 Book Conference proceeding - (Peer-reviewed) - National -International -21 any) - Teacher summer Fellows (if Fellows (ifany) – Undergraduate Summer - M.Sc Eng M.Tech. -02 –04 PATENTS: RESEARCH PUBLICATIONS: BEING SUPERVISED : STUDENTS CURRENTLY NUMBER OF RESEARCH INTERESTS: SPECIFIC RESEARCH DURING 2016-17: SUBJECTS TAUGHT CITATIONS: H-INDEX : AWARDS/HONORS:

00 International -

57 ( as per Scopus) 57(as per

11416 (as per 11416(as per Ph.D.(Sc) - -01 RA 08 M. Chem. Other (ifany)Other

Member, of Board Governors Mass Conservation. and Energy Organization involved inLand Institute (LRI)-Charitable President, Research Land Ltd.,Pvt. Mumbai Chairman, HyCa Technology (SAandDean HRD)and ICD Private- 4 Government- 3 • • Promotion Council. Journal of Mustard Research Journal ofAssam, Science Engineering and Chemistry, Intensification, Industrial and Processing: Process Engineering Chemical Engineering,Biochemical and (USS), Chemical Ultrasonics Sonochemistry Professor at BITs Campus Goa DST MOFPI PAC, Adjunct SAP, DST PAC, ChemEngg Member of DST-FIST, UGC- Alumni Association and Past President, UDCT ACTIVITIES: PROFESSIONAL SPONSORED PROJECTS : HONOURS / ACCOLADES : ACCOLADES / HONOURS SPECIAL AWARDS/ AGENCY: NAME OF JOURNAL AND EDITORIAL BOARDS WITH MEMBERSHIP OF IMPORTANT COMMITTEES: MEMBERSHIP OF (IIGP)2.0 Awards 2017 Growth Programme Trusts, India Innovation DST-Lockheed Martin-Tata of (TWAS) Sciences Fellow, The World Academy

Chemical Engineering I Institute of Chemical Technology I 15 ) enzyme inhibitor on the on inhibitor enzyme acid. L-ascorbic of yield colours natural of Production screening by pigments or producing microbes various / colours, pigments natural of the development and process a fermentation the use as of the same for and non-edible oils for for oils non-edible and usefulindustrially chemicals. C8 C7 and of Separation ionic with mixtures liquid extracting as solvents. liquids and viable of Development bioconversion efficient the production for process acid the L-ascorbic of starting inexpensive from glucose. as, such materials, analytical of Development simultaneous method for of estimation quantitative 2- keto- acid and L-ascorbic acid. L-gulonic addition precursor of Effect of the production on acid during L-ascorbic fermentation. of intracellular Effect reactions. edible of Epoxidation • • Technology Bioprocess chemicals(synthesis of / colorants microbial and pigments • • • • • (DR.) ANAND VINAYAK PATWARDHAN VINAYAK ANAND (DR.) of ionic liquids in such in such liquids ionic of for cases being explored is relevant industrially some synthetic organic chemistry organic synthetic aspects. pharmaceutical for relies catalysis Multiphase organic of the transfer on thecatalyst into substrates at catalysis on or phase Most boundary. the phase not do substrates organic in solubility sufficient have give to phase the catalyst practical rates reaction applications. in catalytic role / solvent catalytic The Enantioselective synthesis, synthesis, Enantioselective racemic of kinetic resolutions molecular chiral mixtures, transfer group recognition, chiral using reactions / catalyst, auxiliaries Removal of sulphur sulphur of Removal various from compounds fractions petroleum modelling Mathematical separation membrane of phenomena ceramic of Development industrial for membranes applications • Green Technology (ionic Technology Green extraction solvent liquids for value-added reactions; and chemicals non-edible from chemicaloils; greener organic development) process • • • • PROFESSOR B. Chem. Eng. (UDCT, Mumbai, 1983), M. Chem. Eng. (UDCT, (UDCT, 1983), M. Chem. Eng. Mumbai, (UDCT, Chem. Eng. B. Mumbai, (UDCT, in Chem. Eng. (Tech.) Ph.D. 1985), Mumbai, 1988) in Chemical Engineering Professor Life Life

equipment liquid membranes liquid laboratory Scale-up from scale scale industrial to Separation of organic acids acids organic of Separation using stream aqueous from supported sheet theflat like U, Nd, Pb, Co, Zn, Sr, Zn, Co, Sr, Pb, Nd, U, like transport their mass Cs, and parameters fibre membrane as well as well as membrane fibre membrane sheet flat metalions of Separation using supported liquid liquid supported using membrane hollow using Separation Separation of various metal various of Separation streams aqueous from ions ETC.): IMPACT (MAXIMUM TWO TWO (MAXIMUM IMPACT PAGES SINGLE-SPACED FIGURES/DIAGRAMS WITH HIGHLIGHTS OF RESEA- OF HIGHLIGHTS ITS DONE AND WORK RCH MEMBERSHIPS OF PRO- OF MEMBERSHIPS BODIES: FESSIONAL FELLOWSHIPS / / FELLOWSHIPS • • • • membranes) • organic chemicalsorganic metals and aqueous and organic from streams; pollution control; ceramic of development Membrane separation recovery and (separation of Chemical Engineers member of Indian Institute of of Institute Indian of member 16 I Institute of Chemical Technology I Annual Report 2016-17 • • completed; 2on going DURING 2016-17: SUBJECTS TAUGHT CITATIONS: H-INDEX : SINGLE/ CO-GUIDE: MASTERS AWARDED AS COMPLETED; SINGLE/ CO-GUIDE: PH.D.S AWARDED AS : ORATIONSDELIVERED SEMINARS/LECTURES/ : PROCEEDINGS/PAPERS TOTAL NO. CONFERENCE PATENTS: REVIEWED) SO FAR: PUBLICATIONS (PEER 22 58 microorganisms. rapidthe multiplication of continuous cultivation, and including possibility the of to vegetable sources, advantages compared when anumberpossess of fermentation processes (CET-1105: S.Y. B. Tech.) Transport Phenomena 1402: T. Y. B. Eng.) Chem. Separation Processes (CET- 1 18 1259 6on going

44 13 59 PHOTOGRAPH (LABORATORY)- M. Chem.Eng– 2 M.Tech.- Ph.D.(Sc) -1 Ph.D. (Tech.) -4 P.D.F. - • • • • BEING SUPERVISED : STUDENTS CURRENTLY NUMBER OF RESEARCH INTERESTS: SPECIFIC RESEARCH development) organic chemical process non-edible oils; greener chemicalsadded from and reactions; value- liquids for solvent extraction Green Technology (ionic valuable chemicals) control and recovery of membranes for pollution development of ceramic streams; pollution control; from organic and aqueous organic chemicals and metals (separation and recovery of Membrane separation Eng.)M. Chem. Simulation (CET-2753: F. Y. Process Modelling & Eng.) Y.1505: Final B. Chem. Process Engineering (CET- RA - RA

International -Indian- any)Books(if - Conference proceeding - (Peer-reviewed) -3 National -2International-1 S. Y. B. Tech. branches) all TeacherBest Award by (elected Member of reviewers’ the • Member of experts’ the • a) Government- 2Private- any) - Teacher summer Fellows (if Fellows (if any) - Undergraduate Summer - M.Sc PROJECTS : NUMBER OF SPONSORED NUMBEROF PATENTS: HONOURS / ACCOLADES : ACCOLADES / HONOURS SPECIAL AWARDS/ ACTIVITIES: PROFESSIONAL RESEARCH PUBLICATIONS: Membership of important (GIAN), IITKharagpur of Academic Networks panel of Initiative Global various industries and Development units of accreditation of Research DSIR (New for Delhi) panel formed by the Committees:

Other (ifany)Other

Chemical Engineering I Institute of Chemical Technology I 17 CFD simulation of of CFD simulation scalelab Asymmetric disccontactor Rotating (ARDC): Asymmetric rotating disc rotating Asymmetric (ARDC)the is contactor rotating of modifiedversion (RDC), disc contactor used widely which for is extraction. liquid-liquid and radial distribution of of radial distribution and liquid fraction and vapor been has temperature studied. been CFD model has study, Applicability developed. model CFD developed of against beenhas checked was It experimental studies. observed developed that to potential CFD model has pressure phase two predict in vertical tube. drop flow behavior, effect of effect behavior, flow models, parameters boiling of effect forces, Non-drag axial on models turbulence Based on comparison Based comparison on

Raosaheb Farakte Ananda •

ASHWIN W. PATWARDHAN W. ASHWIN Modeling of Two Phase Two of Modeling in Flow Instabilities Boiling Tube Vertical Evaporators coefficient and non-uniform non-uniform and coefficient order In distribution. vapor subcooled boiling predict to Two phase flow boiling boiling flow phase Two in vertical mainly tube generator occurssteam in plants, power nuclear in plants, thermal power systems cooling electronic is boiling Subcooled etc. it as phenomenon important transfer deals high with heat frequency and size of tea size of frequency and improvement ledbag to teaof profiles in infusion bags.

• PROFESSOR PROFESSOR Ph.D. Ph.D. in Chemical Engineering Professor Kinetics of Tea Polyphenol Polyphenol Tea Kinetics of Infusion: in temperature, dipping dipping in temperature, increased over 60-100 °C. It 60-100 °C. It over increased observed was reduction that increment in particle size and was observedwas in infusion teaas black of CTC profile was temperature brewing bag dipping and size of tea of size and dipping bag tea determined for bag was black CTC containing bags 81% of increment tea. An bags were determined for determinedfor were bags Effect parameters. various particlesize, temperature, of conventionally used tea bags. usedbags. tea conventionally this, swelling Concerning tea kinetics of infusion and and theaflavins, etc. The etc. theaflavins, and the research of objective the improve to is work kinetics of infusion and methyl xanthines, along along xanthines, methyl and like compounds other with thearubigins acid, tannic Tea contains polyphenols polyphenols contains Tea SINGLE-SPACED PAGES PAGES SINGLE-SPACED FIGURES/DIAGRAMS WITH ETC.): HIGHLIGHTS OF RESEA- OF HIGHLIGHTS ITS DONE AND WORK RCH TWO (MAXIMUM IMPART PROFESSIONAL BODIES: BODIES: PROFESSIONAL FELLOWSHIPS/ FELLOWSHIPS/ OF MEMBERSHIPS • Fellow Maharashtra Academy Academy Maharashtra Fellow Sciences of 18 I Institute of Chemical Technology I Annual Report 2016-17 • agitation effects. is attributed to strong the in hold up afterrpm 400 hold-up. Substantial increase resulted inan increase in increase inrotation speed was studied.in ARDC An flowpattern and hold-up with 4 blades at 45°)on of and discs impellers (disc of phase, dispersed effect experiments. The hold-up CFD were validated using The of ARDC. results of out to study hydrodynamics simulations were carried fluid dynamics (CFD) present work, computational operating conditions. In the parametersgeometry and study effect the of various scale-up, to it is necessary For efficient design and by reducing back mixing. contact wise than RDC providesARDC better stage extracants. extractants These acid (D2EHPA) are versatile (2-ethylhexyl) phosphoric phosphate (TBP) and di- simulations (MD). Tributyl is molecular dynamic way to study such systems understanding LLE. One solute is essential for of extractant diluent and molecular level description important Reliable aspect. at molecular level is an (LLE)processesextraction The study Liquid-liquidof extraction systems. of Thermodynamics • shown for clarity) notdodecane. (Dodecane during MDsimulation in phosphate (TBP) aggregate Figure: Snapshot of tributyl properties.experimental agreementin good with the properties were found to be were simulated. The physical TBP, D2EHPA and dodecane component properties of using GROMACS. Pure simulations were performed TBP and D2EHPA. MD from aqueous stream using ofcase lithium extraction calculations in energy free solute interactions using was to quantify extractant objective of present the work kerosene, paraffin etc. The diluentsinert such as are usually deployed with concentration (0.2 to 4.6 of reactant gas and catalyst pressurepartial (2 to 40 kPa) synthesis (800-10000C), effects of temperature of investigate The kinetics. the reactor was employed to chemical vapour deposition pressure. Afloatingcatalyst catalyst at atmospheric by using ferrocene as the decomposition of methane by thermocatalytic have synthesized been nanotubes (SWCNTs) carbonSingle walled mechanism: mechanism: andKinetics Reaction nanotubes:carbon Synthesis of walled single • The predictioncapability exhibits crystallinity. high synthesized SWCNTs rate controlling step. The group is found the to be of methyl adsorbed the irreversible decomposition active site followed by the methane on catalytic the dissociative adsorption of proposed and irreversible mechanism has been have studied. been Areaction decomposition of methane mol m-3)on rate the of and simulated results of comparison of experimental gas void (a-b)and fraction plots of distribution radial of Figure:(Reb) cases. Contour gas velocity for low and high void and fraction liquid and of distribution radial of gas well capable of prediction developed is which been has CFDmodel is observed. well as core phenomena peak as pipe, peak a vertical wall two phasedispersed flow in void With fraction. gas liquid distributionradial of gas role prediction inthe of dispersion play an important lubrication and turbulent such as drag, lift,wall forces. The interfacial forces of interfacial the accuracy phase flow depends the on gas liquid two dispersed of two-fluid model for SWCNT. TEM image of individual promoter respectively. (B) carbon source, catalyst and ferrocene and sulphur as produced using methane, of bundled SWCNTs Figure: (A) TEMimage multiphase in flow pipes Hydrodynamics of Chemical Engineering I Institute of Chemical Technology I 19 16 45 M.Tech. - M.Tech. Other (if any) 1531 23 RA - 3

PATENTS: PATENTS: PROJECTS: SPONSORED SPECIFIC RESEARCH RESEARCH SPECIFIC INTERESTS: RESEARCH OF NUMBER CURRENTLY STUDENTS : SUPERVISED BEING PUBLICATIONS: RESEARCH SINGLE/ CO-GUIDE: CO-GUIDE: SINGLE/ AS AWARDED MASTERS CO-GUIDE: SINGLE/ DOCTORALPOST FELLOWS SUPERVISED: AWARDS/HONORS : H-INDEX CITATIONS: TAUGHT SUBJECTS 2016-17: DURING National- National- 5 International- (Peer-reviewed)- proceeding- Conference Books (if any)- - 0 International 0 Indian Momentum and Mass Mass and Momentum Reaction Advanced Transfer, and Material Engineering, Energy Balance Computations, Processes Separation Advanced Phenomena, Transport Dynamics, Fluid Computational Liquid Separations, Membrane extraction,– Liquid Thermal Hydraulics - P.D.F. -15 (Tech.) Ph.D. - Ph.D.(Sc) M. Chem. Eng–2 M.Sc - Fellows Summer Undergraduate - (if any) (if Fellows summer Teacher - any) National - 10 National - 0 International 51 30

94 rpm was 0.13 m at Vc = Vd = Vd Vc 0.13 m at was rpm = 1 mm/s, whichindicates of the high performance for column multi-impeller uranium. extraction of It was observed was increase that It speed in impeller and dispersed and continuous leads to velocities phase up in hold enhancement seen dispersed as phase of The experiments in figure. flooding that showed of stages occurred in bottom % 100 Almost the column. was uranium extractionof observed speed impeller of at mass of height The 250 rpm. 250 at obtained unit transfer on drop size and size size and size drop on and, up hold distribution, and floodingvelocities coefficient transfer mass size Drop evaluated. were strongly was distribution speed. by impeller affected ORATIONS DELIVERED: DELIVERED: ORATIONS AS AWARDED PH.D.S PUBLICATIONS (PEER (PEER PUBLICATIONS FAR: SO REVIEWED) PATENTS: CONFERENCE PROCEEDINGS/PAPERS: SEMINARS/LECTURES/ CFD simulations of of CFD simulations disc Asymmetric rotating contactors Synthesis of doped of CarbonSynthesis Nanotubes speed, phase velocities speed, velocities phase for extraction of uranium uranium extraction of for acid was phosphoric from operating of Effect studied. impeller like parameters characteristics and mass mass and characteristics of performance transfer column multi-impeller a important secondary source important the present In uranium. of hydrodynamics work, and the boron content in the content the boron and to found was B-CNT lattices be between 6-7 percent. determining steps. BCNTs BCNTs steps. determining a have did not produced morphology well-defined eliminating the mass transfer transfer the mass eliminating It was limitations. diffusion the adsorption that found the species a rate was of that the flow rates above above rates the flow that 2.4 g catalyst 2400 sccm and for responsible were weight mechanisms with different different with mechanisms The energies. activation depicted studies rate flow catalyst concentration. concentration. catalyst variation temperature The 950oC) showed (650oC to different of existence of reaction included, included, reaction of partial temperature, and rate flow pressure, boric acid as boron source. source. boric boron acid as parameters important The the rate determining nanotubes were synthesized synthesized were nanotubes vapour chemical using acetylene with deposition, and source a carbon as radial distribution of gas gas of radialdistribution fraction (c-d). void Phosphoric acid is an an acid is Phosphoric Boron doped carbon doped carbon Boron

• • 20 I Institute of Chemical Technology I Annual Report 2016-17 (i) Committees: a) Membership of important Government- 4 Enzymatic Catalyzed Reactions Manufacturing,Biodiesel Nanoparticles preparation, of natural ingredients, reprocessing, Extraction Bio-separation, Nuclear Modification and Treatment, Waste Treatment, Enzyme Process Intensification, Separation Processes, PATENTS: REVIEWED) SO FAR: PUBLICATIONS (PEER PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS/ ANY): OR ENGINEERING (IF ACADEMIES OF SCIENCE INTERNATIONAL NATIONAL AND FELLOWSHIPS OF INTEREST AND EXPERTISE GENERAL RESEARCH ACTIVITIES: PROFESSIONAL July 2016 University,Ahmedabad process for at faculty External expert, Selection Selection expert, External 01 Private- 1 110 Professor Engineering inChemical B.Tech, Nagpur InstituteM.Chem, of Technology, Chemical Mumbai Ph.D. (Tech), Institute of Chemical Technology, Mumbai PROFESSOR : b) Membership of Editorial (iii) (ii) purification of bioactive Studies inextraction and International -57 National -01 FIGURES/DIAGRAMS ETC.) : SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF CITATIONS: H-INDEX: AWARDS/HONORS: SUPERVISED: FELLOWSPOST DOCTORAL SINGLE: MASTERS AWARDED AS SINGLE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ PROCEEDINGS/PAPERS: CONFERENCE Curricula, AprilCurricula, 2017 Revision of AICTE Model 2016 December Kharagpur,Thesis, IIT Examiners for Ph. D. Member Panel Expert for Member, of Board VIRENDRA K. RATHOD 69 08 10 -

- 2016. Marathi Vidnyan Parishad, Dec. for and Science Technology, Prof. M.Sharma Award and agency: Boards with name of journal process parameters such as Effect of various extraction natural product. In (UAE) . adsorptive purification the of assisted (MAE)and extraction (UAE),extraction microwave such as ultrasound assisted of novel processes extraction present work involve will use and antiviral properties. The shows antioxidant, antitumor as mentioned by Sato et al. It and other related industries applications inpharmaceutical natural with wide drug leaves and is an important a major component of mango plants.medicinal Mangiferin is registered and widely popular India has aricharray of apart from expensive. being to increased sideeffects their are drugs modern banned due substantially since several medicines is growing The interesttraditional in from natural sources molecule HONOURS / ACCOLADES: SPECIAL AWARDS/ Chemical Engineering I Institute of Chemical Technology I 21 and their effect on the column on column the their effect and efficiency. Treatment in Water Studies Technologies being is technique Membrane commercialized well used and fluoride of the removal for water. the ground from mathematical model and the model and mathematical which algorithms different the be for developed would extraction of simulation Phase Reversal The column. been in carried out have studies extraction a Pulsed Plate Sieve 0.152 m in diameter. column Combined operated Remotely Unit Mixer-settler Air-lift its will in detail be for studied Mixer- operation. of easiness good mixing Settlerprovide good reasonably and phase but performance separation Each hold-ups. large rather a provides unit mixer-settler extraction. Mixer- of stage single used when a process are settlers times residence longer requires are when thesolutions and gravity. by easily separated deals with the research This of performance of comparison extraction thepulsed plate sieve the mixer-settler with column models for predicting the predicting for models in a liquid- hydrodynamics has extraction column liquid reviewed by and beenproposed investigators. various at aims work research The the of the experimental study designand operating of effect of elucidation for variables the pulse of hydrodynamics extraction column sieve plate and plate types of various using configuration column different a of the description and order to describe conveniently describe to conveniently order the of the hydrodynamics empirical Many column. transfer performance, leads performance, transfer difficulties in designthe to pulsed of performance and extraction column. sieve plate in a transfer mass Dynamics and extraction column liquid-liquid determined by essentially are the dispersed of the behavior the that seems obvious It phase. in the characteristics changes size, drop hold-up, as such floodingaxial in the dispersion, in be to considered have column even after immobilization. pectinase of retained was immobilization. even after pectinase magnetic Finally, employed was nanobiocatalyst which clarification juice apple for upto reduction turbidity showed 150 min treatment. 74% after Mass and Hydrodynamics Pulsed in Studies Transfer Extraction ColumnSieve-plate Mixer-settler and of the behavior complex The mass and hydrodynamics Further, prepared magnetic magnetic prepared Further, was pectinase nanobiocatalyst and FT-IR by characterized The thermal kinetic XRD. immobilized for studies folds pectinase two showed in thermal stability improved free to compared as the range Km values and Vmax The form. pectinase immobilized of were equal to be to nearly found which indicated form native flexibility conformational that onto chitosan magnetic magnetic chitosan onto by (CMNPs) nanoparticles a as polyaldehyde dextran cross-linking macromolecular like The parameters agent. concentration, cross-linking enzyme to CMNPs time and optimized. were ratio Pectinase was immobilized immobilized was Pectinase separation of enzyme from from enzyme of separation by mixture the reaction external magnet. using properties, biocompatibility, biocompatibility, properties, Also, biodegradability. allow nanoparticles magnetic efficient and quick easy, characteristics such as their as such characteristics surface chemistry, tailored physicochemical unique Among different types of types different Among nanoparticles magnetic carriers, used significantly are (MNPs) their unique to due a support as of nano-carriers have been have nano-carriers of used a support as and prepared enzyme. of immobilization for carrier and covalent cross- covalent carrier and surface. its on enzyme linking of Overdecade, number a the past reusability for multiple cycles multiple for reusability of immobilization . Generally, the carrier involves on enzyme functionalized of synthesis only stabilizes enzymes under under enzymes stabilizes only but conditions operational also easy and recovery allows Enzyme immobilization onto onto immobilization Enzyme the of solid carrier one is not which techniques effective by adsorption chromatography. adsorption by in enzyme Studies immobilization initial extraction rate and and initial extraction rate concentration. equilibrium out is carried Finalpurification model for this extraction process this extractionprocess modelfor to parameters different under constant, extraction rate predict process parameters to get get to parameters process also study yield.This maximum understanding towards aims the develop to the kinetics and Most significant parameters parameters significant Most statistical and out be find would significant most of optimization extraction solvent, extraction extraction solvent, frequency on temp, time, extraction will yield be studied. 22 I Institute of Chemical Technology I Annual Report 2016-17 overcoming drawback the of concentrated retentate stream on removal the of fluoridefrom out comprehensive the study Hence, it is proposed to carry concentrated fluoride stream. fluoridefree water and domestic level, generates which are inoperation at invillages Presently, membrane units In Bioreactor effect scale, of in submerged fermentation. productionin the of enzyme was employed method a time culture.bacterial One factor at fibrinolyticfrom enzyme the production and purification of emphasize is given to the In proposed this work, main and effectivetherapy. highly fibrinolytic agent is promising cardiovascular diseases, Among treatments the of enzyme purification of a proteolytic Studies inproduction and water treatment. develop acomplete process for and Particle Size Analyzer to analyzed on Ion Meter Selective experimentation be will after above mentioned dataexperimental obtained tested by experimentation. The be also will which designed techniques, aprocess be will precipitation and filtration parameters of membrane progress. on optimized Based influencesseparationthis are in other ions present in which feed and contamination and effect of concentration of reactants, pH i.e. concentration of lime, as well. The variousparameters and out nitrate carried be will including calcium, magnesium purification waterof drinking of acomplete process for membrane technology. Design operating parameters, Sauter optimizedthe geometrical and velocitypulsed of 0.025m/s.At phase ratio (A/O)of 1:1 and are throughput of 0.013m/s at optimized operating parameters area free fractional of 0.2.The plate spacing of 0.05mand perforation diameter of 0.003m, geometrical parameters are plate column. The optimized and 1mlong sieve pulsed done with 0.76mdiameter kerosene system has been sieve plate column for water- dispersionaxial inpulsed phase hold-up, and flooding such as drop size, dispersed hydrodynamic characteristics Optimization of the Systems Hydrodynamics of Extraction properties. molecular weight and other out carried be to determine its characterization of enzyme will of steps. Finally, molecular and with less numberperiod product inminimum time to achieve purityused higher purificationbe techniquewill production of enzyme. Different evaluated be onwill the different operatingparameters aqueous 0.3MHNO3 stream. removal of dissolved TBP from have conducted been for the and mass the transfer study HNO3-TBP-dodecane system data is generated for 0.3M done.has been equilibrium The terms of diameter and height of sieveplate pulsed column in was 6.56×10-4m2/s.The design dispersionaxial coefficient (E) of 0.013m/s.Continuous phase with throughput (Vcf +Vdf ) hold-up (ϕ)obtained was 0.18 phasewas 0.0013m,dispersed mean Diameter (d32)attained the columnthe diameter required throughputexperimental data, column would 2.3m.From be Thusthe desired height the of well as operating conditions. constant of set geometrical as HTU was constant i.e.0.63m at NTUrequiredthe was 3.7and TBP from 202ppm to 5ppm, results. For removal of dissolved fromcalculated experimental the and operating conditions was flow rate and other geometrical HTUofthe 0.63for optimized NTU required was 1.52 and solution was done by Normal dissolved TBP inacidic aqueous aqueousthe waste. of Extraction maximum removal of TBP from forcolumn.be useful Thiswill in designing of extraction the number of theoretical stages helpfulbe the incalculating of TBP and nitric acidwill for different concentrations generation of equilibrium data under different conditions. The concentrations of nitric acid solubility of TBP in different work involves studying the havoc. The proposed research without creating any explosion that off it disposed easily can be of TBP from aqueous waste, so processextraction for removal making development insolvent Thus,there is a forneed can to lead violent reactions. salts at elevated temperature and/or nitrates heavy metal aqueous solutions of nitric acid But contactTBP and between for nuclear reprocessing. fuel in liquid –liquid extraction mostthe frequently solvent used Tri n-butyl phosphate (TBP) is systems Studies in liquid-liquid wasfeed 0.085m. for 100kg/hrof 0.3MHNO3 Chemical Engineering I Institute of Chemical Technology I 23 5.1 4.8 3.2 3.51 3.58 4.32 3.61 3.407 4.636 Factor Factor Impact Impact 4820 4812- Pages Pages 276-282 800-806 145-151 312-318 116-121 660-669 31 48 66 66 92 158 414 Inpress In press In Volume density and interfacial tension tension interfacial and density acid system TBP-NPH-Nitric of also studied. were Journal Journal Catalysis A: Chemical Catalysis CatalysisToday and Industrial of Journal ChemistryEngineering Fuel Industrial Crops and and Crops Industrial Products Ultrasonics Sonochemistry the Document of Source Molecular of Journal International International Biological of Journal Macromolecules Science in Food & Trends Technology Ultrasonics Sonochemistry and NPH was analyzed on Gas Gas on analyzed was NPH and (GC) while that Chromatograph media was aqueous in dissolved Performance High on analyzed (HPLC). Chromatograph Liquid viscosity, like properties Physical Authors (in order) Authors Gupta, A.R., Yadav, S.V., Rathod, V.K. S.V., A.R., Yadav, Gupta, using waste cooking oil and calcium calcium and oil cooking waste using a heterogeneous as diglyceroxide ultrasound, of in presence catalyst degradation of Ciprofloxacin Ciprofloxacin of degradation R.S., Rathod, V.K. Sutar, hydrochloride, in biodiesel production Enhancement 435, Galgali A., Gawas, S.D., Rathod, S.D., 435, Galgali Gawas, A., V.K. Laccase assisted catalyzed Ultrasound Rathod, V.K., Marathe, K.V. Marathe, Rathod, V.K., of synthesis assisted Ultrasound Novozym using by laurate citronellol Persulfate assisted photo-catalytic photo-catalytic assisted Persulfate cetirizine hydrochloride of abatement Biodegradability waste: aqueous from C., Gadipelly, analysis, toxicity and hydrolysis of waste cooking oil under under oil cooking waste of hydrolysis G.V., Waghmare, free condition, solvent Rathod, V.K. from Andrographis paniculata using using paniculata Andrographis from ultrasound catalyzed enzyme assisted Ultrasound Kajal S. Jaiswal, Virendra K. Rathod Virendra S. Jaiswal, Kajal bath ultrasonic an of study Mapping andrographolide the extraction of for catalyzed synthesis of isobutyl isobutyl of synthesis catalyzed free system: in solvent propionate kinetic studies and Optimization of oil: A review, Panadare, D.C., D.C., Panadare, A review, oil: of Rathod, V.K. lipase promoted cavitation Acoustic Shamraja S Nadar, Sarita D Gawas, D Gawas, Sarita S Nadar, Shamraja K Rathod Virendra extraction for phase partitioning Three Self-assembled organic–inorganic organic–inorganic Self-assembled nanoflowers glucoamylase hybrid stability, and activity enhanced with TEN BEST / REPRESENTATIVE PUBLICATIONS / PATENTS : : PATENTS / PUBLICATIONS REPRESENTATIVE / BEST TEN TBP in both organic and aqueous aqueous and in both organic TBP dissolved TBP done. was phase dodecane media like in organic Paraffin Hydrocarbon (NPH) (NPH) Hydrocarbon Paraffin mixer- ejector air using solvent very level of low Analysis settler. 24 I Institute of Chemical Technology I Annual Report 2016-17 • • • Modification and Treatment, Waste Treatment, Enzyme Process Intensification, Separation Processes, Enzymatic Catalyzed Reactions, Engineering Reaction engineering, Chemical technology, Advance Multiphase & flavourprocesses in perfume & separation process, advanced transfer, Transport phenomena Heat Transfer, Advanced Heat PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS/ FAR ACCOMPLISHMENTS SO PROFILE AND INTERESTS: SPECIFIC RESEARCH DURING 2016-17: SUBJECTS TAUGHT V.,Rathod, V.K. studies,kinetic Jadhav, Khan, N.R., S. using ultrasound: Optimization and synthesis catalysed Lipase of oleate cetyl Member, National Academy 2007 Sciences, Maharashtra Academy of Young Associate of Engineers, 2003 Chemical Member, Indian Institute of Authors (inorder) Associate Professor Engineering inChemical B. Chem. Eng., M.Chem. Eng., Ph.D. (Tech.) DR. PARAG GOGATE R.

Teacher summer Fellows (if (if any) - Undergraduate Summer Fellows - M.Sc EngM. Chem. - M.Tech. - Ph.D.(Sc) - Ph.D. (Tech.) - P.D.F. - Manufacture natural ingredients, Biodiesel reprocessing, of Extraction Bio-separation, Nuclear • • • • BEING SUPERVISED : STUDENTS CURRENTLY NUMBER OF RESEARCH Institution of Chemical Chartered Member, Engineering, 2012 National Academy of Young Associate, Indian Technical Education, 2011 Member, Indian for Society Bangalore, 2009-2012 Academy of Sciences, Young Associate, Indian 2009 of Allahabad, Sciences, Sonochemistry Ultrasonics none Journal Other (ifany)Other 1 7 9 21 - RA 4 Conference proceeding - (Peer-reviewed)- International- 32 National- 1 any) - • • Private- 01 Government- 02 International- 00Indian- 01 any)-Books(if 2 PUBLICATIONS: NUMBER OF RESEARCH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF PROJECTS: NUMBER OF SPONSORED NUMBEROF PATENTS: Volume 2015-2017 Alumni Association,UDCT & Honorary Secretary, Member, of Board Governors Academy of 2014 Sciences, Fellow, Maharashtra Engineers, UK, 2013 27 522-529 Pages Impact Factor 4.32 Chemical Engineering I Institute of Chemical Technology I 25 enzyme. This can be a major major This can be a enzyme. of in the area breakthrough which have reactions enzymatic rates slow been criticized for processes being Green despite higher selectivity. much with with studies Thermodynamic that indicated enzymes various thein change favorable a is there has now been successfully now has worldwide. implemented of intensification for Strategies based activity the cavitational work the basic research on also been successfully have objective an with established the processing reducing of the enhancing as well as costs the cavitation of applicability of mechanism The phenomena. the combinatorial synergy for has oxidation of techniques and identified been conclusively achieving in help thisshould by goals the intensification the of operation variable using especially reactors cavitational treatment the wastewater for applications. on work The fundamental activity of enzyme intensification has ultrasound the use to of due the application revealed that optimized under ultrasound of two about in results conditions in the of activity increase fold terms of the particle size and theparticle and size of terms beenhas application patent one around with work on filed this in international 25 publications factor. high impact of journals forward also has put Gogate Dr. established successfully and hydrodynamic of the utility much with reactors cavitation higher energy as efficiencies sonochemical to compared one was Gogate Dr. reactors. start to the researchers key of which in this area, the research obtaining materials with desired desired with materials obtaining especiallycharacteristics in for wastewater treatment/ wastewater for help should disinfection water a of the dreams in achieving also and environment greener has It processing. sustainable under is and beenestablished new designs that demonstration give reactors cavitational of 400% intensification 50 to about as rates in the processing the conventional to compared on synthesis work The designs. led to has nanomaterials of for the procedures establishing insights developed earlier. The The earlier. developed insights studies intensification process industrially different with as such applications important wastewater synthesis, chemical crystallization treatment, have emulsification and the utility established clearly and reactors cavitational of new many up opened have The applications. of areas using on work innovative schemes oxidation combined in India and one of the few of one and in India has also work The worldwide. scale commercial allowed cavitational for installations been which has lacking. reactors recent focusof the main The been utilization has on work energy of resources newer of minimization, waste for and the throughputs increasing resources the waste converting based useful on products into the basic of theapplication enhanced activity. The successful The activity. enhanced pilot of application design and the on operating scale reactors frequency multiple of basis ultrasound transducer multiple be can considered irradiation as achievement a significant as depiction such this the first was SPACED PAGES WITH WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS and experimental mapping experimental mapping and the establish to measurements analysis of the cavitational thecavitational of analysis based distributions activity simulations the theoretical on designs. For the large scale the large For designs. also has Gogate Dr. designs, performed the methodological transformed into pilot scale pilot into transformed significantly which are designs as energy efficient more the conventional to compared scale operations. scale operations. analysis The fundamental alsohas been successfully reactors and also formed the also formed and reactors new which can designs for basis commercial be functional at set of design and operating operating design and set of the maximizing for parameters acoustic for effects cavitational cavitation hydrodynamic and for cavitational reactors. reactors. cavitational for into resulted has work The the optimum establishing the cavitational intensity in intensity the cavitational in aid which can the reactor design optimum obtaining reactions occurring reactions inside Also based on the bubble. a scheme analysis, fundamental beenpredict has to developed approaches to understand the understand to approaches dynamics bubble non-linear the chemical also considering such as ultrasound and fluid fluid and ultrasound as such aspects The theoretical energy. the different considered have intensity. Cavitational reactors reactors Cavitational intensity. of based the concepts key on are including intensification process energy newer the use sources of methodical analysis of the of methodical analysis its and behaviour bubble the cavitational on implications engineering design and scale designengineering and cavitational for strategies up based the on reactors Dr. Gogate has developed developed has Gogate Dr. 26 I Institute of Chemical Technology I Annual Report 2016-17 crystallization (pharmaceuticalcrystallization applications of improved applications for two notable translated into commercial scale The research work has reaction rates. structure leading to enhanced to changes the enzyme inthe thermodynamic parameters due has been successfully used for successfully used has been question. The Ozonix® reactor depending on application the in of use the individual approaches by as 5–20times compared to intensifiestreatmentthe process oxidation reactor which developed ahybrid advanced Technologies, USA,has recently collaboration with Ecosphere of satisfaction. Dr. Gogate, in contractsthe showing level the many companies have renewed far 10projects successfully and Dr. Gogate has completed so ofDesign process equipments. Improvement, up and Scale Intensification, Process areaUSA inthe of Process Ecosphere Technologies in organizations including consultant to many industrial Dr. Gogate has been commercial exploitation. etc. with for immense scope ofefficacy dyeingtechnique forindustry enhancing the enhanced oil recovery, textile natural products, atomization, Polymer chemistry, of extraction synthesis, Biotechnology, such chemical as specialty reactors inavariety of areas applications of cavitational significant impact the on other strategies are to have expected a and developed engineering the of water). The research work and for gas industry recycle wastewater treatment (oil applications)industry and Intensification. European Roadmap of Process Reactors as contribution to the and Hydrodynamic Cavitation on Reactors Sonochemical write reports two technology of Technology Chemical to Prof. Pandit of Institute the invited incollaboration with chapters and also has been contributedhas also 21 book scholar. google per Dr. Gogate with h-index of above 58as scopusper and over 11,900 8800 with an h-index of 52as is remarkably at high around that number the of citations is aptly reflected the fact by quality of research the work The significance and exceptional Portugal and Brazil. projects with scientists from workingis also on collaborative cavitational reactors. Dr. Gogate processing applications using intensification of chemical 1 Crfrom DST field inthe of research projects worth over currently working on sponsored Unitedthe States. Dr. Gogate is hydraulic operations around oil and natural gas wells during at commercial sites on over 1200 processing of recycled fluids the H-INDEX : SINGLE/ CO-GUIDE: MASTERS AWARDED AS SINGLE/ CO-GUIDE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ PROCEEDINGS/PAPERS: CONFERENCE PATENTS: 263 REVIEWED) SO FAR: PUBLICATIONS (PEER

01 58

8 32

27 68 Intensification, Water and Cavitation, Process Sonochemistry,Hydrodynamic computersdigital Engineering applications of Engineering, Reaction for green processes, Chemical Process Calculations, Cavitation • • Private- 01 Government- 02 Indian -Nil International -Nil Chapters-Books 03 Conference presentations- 07 National- Nil International- 26 (ifany)Others -Nil -NilM.Sc EngM. Chem. -3 M. Tech. -5 Ph.D. (Tech.) -14 P.D.F.- Nil Processes Chemistry, Advanced Oxidation Enzymatic Polymer Reactions, Wastewater Treatment, RESEARCH INTERESTS: DURING 2016-17: SUBJECTS TAUGHT SCHOLAR) GOOGLE CITATIONS: COMMITTEES): COMMITTEES): OF IMPORTANT ACTIVITIES (MEMBERSHIP PROFESSIONAL SPONSORED PROJECTS: PATENTS: PUBLICATIONS: NUMBER OF RESEARCH WORKING: STUDENTS CURRENTLY NUMBER OF RESEARCH Desalination and Water Member, Editorial Board, Alumni AssociationUDCT & Honorary Secretary, Member, of Board Governors 11988 Ph.D.(Sc) -1 -0 RA

(AS PER PER (AS Chemical Engineering I Institute of Chemical Technology I 27

0 390 9 TWO SINGLE-SPACED SINGLE-SPACED TWO FIGURES/ WITH PAGES ETC.): DIAGRAMS POST DOCTORAL FELLOWS DOCTORALPOST FELLOWS SUPERVISED: AWARDS/HONORS: : H-INDEX CITATIONS: RESEARCH OF HIGHLIGHTS IT’S DONE AND WORK (MAXIMUM IMPARTING Research scope mainly scopemainly Research based membrane of comprise treatment water separation in work Extensive technologies. enhanced of micellar thefield SprayDryer Spraymate PLC- Spraymate SprayDryer - - International National Based Lab spray dryerBased with Lab spray Jay from nozzle ultrasonic PVT LTD. Systems Instruments 13

09 33 2 25 0 MASTERS AWARDED AS AS AWARDED MASTERS CO-GUIDE: SINGLE/ PROFESSIONAL BODIES: PROFESSIONAL (PEER PUBLICATIONS : FAR SO REVIEWED) PATENTS: CONFERENCE PROCEEDINGS/PAPERS: SEMINARS/LECTURES/ DELIVERED: ORATIONS AS AWARDED PH.D.S CO-GUIDE: SINGLE/ ANY): FELLOWSHIPS/ OF MEMBERSHIPS PRG LAB FROM ADVANCED ADVANCED LAB FROM PRG CENTRE Ultrasonic Reactors Ultrasonic Reactors Ultrasonic horn, Ultrasonic cell with flow Ultrasonic bath, power varying frequency, operating and dissipation based setup Reactor capacities. heating temperature constant on bath Technical Education, New New Education, Technical Delhi, 2016 MRS. KUMUDINI V. MARATHE V. KUMUDINI MRS. B.E., M.Tech (Metallurgical engineering) (Metallurgical M.Tech B.E., in Chemical Engineering Professor Associate Member, Editorial board, board, Editorial Member, SonochemistryUltrasonics (Elsevier), 2015-2018 Member, Member, Mumbai IIChE committee, Center Regional Executive Associate Editor, Chemical Editor, Associate Processing, Engineering Process (Elsevier), 2016-2019 Intensification Treatment (Taylor & (Taylor Treatment 2016-2018 Francis), OR ENGINEERING (IF (IF ENGINEERING OR NATIONAL AND AND NATIONAL INTERNATIONAL SCIENCE OF ACADEMIES FELLOWSHIPS OF OF FELLOWSHIPS GENERAL RESEARCH GENERAL RESEARCH EXPERTISE: AND INTEREST SPECIAL AWARDS/ SPECIAL HONOURS: Membrane Reactor, Reactor, Membrane Studies Sustainability metal composites, Corrosion, Corrosion, metal composites, Nano analysis, failure Material Bioelectrochemical composites, Fluoride Separation, Heavy Heavy Separation, Fluoride Process Separation, Metal of Development Intensification, Membrane Separation, Separation, Membrane Membrane Treatment, Water & Arsenic Bioreactor, Maharashtra State national national State Maharashtra work bestresearch for award Engineering of teachers by done Society Colleges, for Indian • • • 28 I Institute of Chemical Technology I Annual Report 2016-17 mathematical modelling, studies, optimization, field such as hydrodynamic streams. Various of the aspects were considered from aqueous nickel, copper, chromium etc ionsmetal such as cobalt, out where separations of heavy ultrafiltration carried been has also carried out. carried also Membrane on separation efficiencies is of different ions their and effect out.carried Study of separation in membrane separation were for concentrated fluoride stream provide asustainable solution different studies. Studies to fouling was considered in surfactant recovery, membrane TEN BEST / REPRESENTATIVE PUBLICATIONS / PATENTS : Marathe.K.V Jadhav.S.V., Vibhandik, A.D., Marathe, K.V. Ganapati D. Yadav,Angel Irabien Albo,Kumudini V. Marathe, Guillermo Jimeno, Jonathan Karan Chavan, Verónica García, Antonio Dominguez-Ramos, Rathod.V.K Marathe.K.V, Jadhav.S.V, Marathe.K.V Gopalan.S Chavan.K, Marathe K.V. Joshi N.T., Nakhate P.H. Authors (inorder) out. technologies carried was also different watertreatment studies and comparison between Sustainabilityundertaken. Reactor have been also MembraneBioelectrochemical Process intensification in material failurebased analysis. composites and corrosion of composites, metal nano- studies include development recentin the studies. Other approach included has been wastewater by controlled SDS surfactant and textile degradationpesticides, of Bioreactor for separation of (2013) Engineering Chemical Canadian Journal of (2014) andScience Engineering Frontiers of Chemical Research (2014) Chemistry Industrial &Engineering Engineering (2016) Journal of Water Process (2016) Exergy International Journal of Engineering inChemical Reviews Journal 91(2) 8(1) 53(49) 13 20(2) 33 (2) Volume Figure 1:Membrane Bioreactor Figure 1:Membrane Bioreactor 311-317 79-86 18927 18920- 153-167 139-142 143-161 Pages 1.003 0.886 2.567 0.913 1.287 3.16 Impact Factor Chemical Engineering I Institute of Chemical Technology I 29

Factor Factor Impact Impact 1.16 4.679 2.751 1.16 Pages Pages 547-553 485-492 98-107 1033-1041 PROFESSIONAL PROFESSIONAL (MEMBERSHIP ACTIVITIES IMPORTANT OF COMMITTEES): OF MEMBERSHIP WITH BOARDS EDITORIAL AND JOURNAL OF NAME : AGENCY AWARDS/ SPECIAL ACCOLADES: / HONOURS Member scientific advisory scientific Member SWDEWES-2013 committee Award Best Paper SESTEC-2008 - Thesis Best MTech Guiding Society Technical for Indian 2005 Education, Volume 48(4) 184(1-3) 266(1-3) 45(8)

Journal Journal

Desalination(2011) Science and Separation Technology(2010) Separation Science and Scienceand Separation (Philadelphia) Technology (2013) hazardous of Journal (2012) chemicals RESEARCH PUBLICATIONS: RESEARCH PATENTS: : PROJECTS SPONSORED National- National- 33 International- 33 (Peer-reviewed)- - 16 proceeding Conference - Books (if any) - 0 International - 0 Indian Government- 02 Private- M.Sc- 0 Other (if any)- Summer Undergraduate 1 (if any)- Fellows (if Fellows summer Teacher 0 any)- RA- 0 RA- 0 Ph.D.(Sc)-

0 Authors (in order) (in Authors Chaudhari, R.R.,Chaudhari, K.V Marathe, Manchalwar, S.M., Anthati, V.A., V.A., S.M., Anthati, Manchalwar, K.V. Marathe, K.V. K., Marathe, Tadakamalla, Patil, P.N., Marathe, K.V. Marathe, P.N., Patil, RESEARCH STUDENTS STUDENTS RESEARCH BEING CURRENTLY : SUPERVISED SPECIFIC RESEARCH RESEARCH SPECIFIC INTERESTS: SUBJECTS TAUGHT TAUGHT SUBJECTS 2016-17: DURING M. Chem. Eng-1 P.D.F.- P.D.F.- -3 (Tech.) Ph.D. -0 M.Tech. Membranes, Membrane Membrane Membranes, Energy New and Bioreactor Materials. Functionalization of of Functionalization Material Technology, advanced advanced Technology, Material and industrial science, material chemistryengineering 30 I Institute of Chemical Technology I Annual Report 2016-17 • • Engineersof Chemical Life Member, Indian Institute FIGURES/DIAGRAMS ETC.): SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS / The demand for hydrogen absorptionReactive is a useful CO2 capturing CO2 a useful absorbents for CO Exploration of new in the chemical and energy and chemical in the energy oxygenates by reforming of bio- Production of hydrogen explored. salts and amino sugars are polyamines, amino acid hinderedsterically amines, such as amine blends, absorbents new several desirable. In work, this regenerable solvents is of new, efficient easily and treatment. The development gasification and flue gas natural gas processing, coal steam methane reforming, processes,chemical e.g., for technology several 2 capture Associate Professor of Engineering Chemical andRashtriya Chemicals Fertilizers Ph.D. (Tech.) in Chem. Eng. B. E.(Chem. Eng.), M.Chem. Eng., DR. PRAKASH D.DR. VAIDYA • In work, this the hydrogen at reaction mild enables production of pure steam reforming, which Finally, sorption-enhanced aqueousin the phase. reaction performed is also reforming the Besides, production is studied. and bio-oil for hydrogen ethylene glycol, n-butanol such as ethanol, glycerol, biomass-derived oxygenates steam reforming of several resources. In work, this hydrogen from renewable now imperative to produce reforming. However, it is from steam methane It is commercially produced industries is ever-increasing. of other wastewaters oxidation for treatment of efficacy wetcatalytic air encouraging. the Besides, as acatalyst appears performance of ruthenium is investigated. The hydrodechlorination aqueous-phase catalytic organic pollutants by ofdestruction chlorinated Wastewater treatment too. conditions, is investigated

• Renewable or bio- (e.g., refinery spent(e.g., refinery recently received extensive Therefore,fuel hasBHD infrastructure. refinery of renewable fluidsthe in investment) and integration (and thus, low capital units inpetroleum refineries existing hydrotreatment possibility of of use the variation infeedstock, adaptability for wide process flexibility and manufacturing),biodiesel formation in (unlike of byproduct glycerol product quality, avoidance using BHD, e.g., better advantagesseveral of diesel. There based are alternative to petroleum- represents apromising edible vegetable oil hydrotreatment of non- (BHD) from catalytic hydrogenated diesel vegetable oils non-edible by hydrotreatmentdiesel of Production of renewable pollutants) is investigated. with nitrogenous organic wastewater contaminated wastewater anddistillery caustic, biomethanated Chemical Engineering I Institute of Chemical Technology I 31 Bioenergy

committees: of name Boards with agency:journal and Membership of important important of Membership Editorial of Membership PHOTOGRAPH (WITH (LABORATORY) * NAMES). PROFESSIONAL PROFESSIONAL ACTIVITIES: AWARDS/ SPECIAL HONOURS: Research (B-ACER) Fellowship Fellowship (B-ACER) Research DBT by supported Program IUSSTF and Government- 01 Government- 02 Private- a) b) Edge Cutting for – Awards Catalytic Vapour phase reactor phase Vapour Catalytic Stirred Cell Stirred reactor

2 2

- - RA- 01 RA- 08 Ph.D.(Sc)- 1773

- production from 2 SPONSORED PROJECTS : PROJECTS SPONSORED PUBLICATIONS: PATENTS: NUMBER OF RESEARCH RESEARCH OF NUMBER CURRENTLY STUDENTS : WORKING SPECIFIC RESEARCH RESEARCH SPECIFIC INTERESTS: CITATIONS : CITATIONS TAUGHT SUBJECTS : 2016-17 DURING – Nil International - Nil Indian Other (if any) - Other (if any) Summer Undergraduate - (if any) Fellows (if Fellows summer Teacher - - any) National- 19 International- 19 (Peer-reviewed)- - proceeding Conference - Books(if any) Production of biohydrogenated biohydrogenated of Production diesel oxidation Air Wet hydrogenation Catalytic - P.D.F. -09 (Tech.) Ph.D. 03 M.Tech.- 03 M. Chem. Eng- M.Sc - Fuels Engineering (MTech GT) (MTech Engineering Fuels of Analysis Design and Final Yr) Experiments (BTech Process and Instrumentation (TYBTech) Control COChemical of recycling CO of Reactive separation H biooxygenates Chemical Reaction Engineering (TYCE) & Engineering Industrial TYCE) Chemistry (SYCE, 02 05 09 59 38 02 21 01 three-phase slurrythree-phase reactor Ru- heterogeneous using based catalysts. hydrogenation of organic organic of hydrogenation in the aqueous substrates in a investigated is phase reactor. Catalytic hydrogenation methane is investigated investigated is methane lab- and commercial using in a fixed-bedmade catalysts production via dryproduction and of reforming mixed CO2 utilization by Dry by CO2 utilization of Mixedand Reforming Methane bimetals (Co-Mo, Ni-Mo Ni-Mo (Co-Mo, bimetals selected for are Ni-W) and this study. of Karanja and Jatropha Jatropha and Karanja of Two investigated. is oil viz. noble catalysts, types of sulfided and Pt) metals (Pd, attention. In this work, the this work, In attention. hydrotreatment catalytic In this work, catalytic catalytic this work, In In this work, syngas syngas thiswork, In H-INDEX : : H-INDEX AWARDS/HONORS: SINGLE/ CO-GUIDE: SINGLE/ DOCTORALPOST FELLOWS SUPERVISED: PH.D.S AWARDED AS AS AWARDED PH.D.S CO-GUIDE: SINGLE/ AS AWARDED MASTERS SEMINARS/LECTURES/ DELIVERED: ORATIONS PATENTS: CONFERENCE : PROCEEDINGS/PAPERS PUBLICATIONS (PEER (PEER PUBLICATIONS FAR: SO REVIEWED) National- 01 National- 02 International- •

• 32 I Institute of Chemical Technology I Annual Report 2016-17

system High pressure stirred reactor we have able been to work with plants. In endeavour, aparallel powerfrom cycle Rankine eventually displace firing coal technologiesthermal can that discovery the solar been Some successes initial have of interest to Indian the public. evaluate potential of technologies quantitatively develop and physics and engineering to towards using principles of My work is primarily focused FIGURES/DIAGRAMS ETC.): SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS/ Engineering, Institute of Technology, Chemical Mumbai A.MashelkarR. Assistant Professor at Department the of Chemical NL.; Ph.D. University of Texas at Austin, USA. B. Chem. Engg, UICT, Mumbai 2002;M.S.P.D.Eng., University of Twente, DR. VISHWANATH H. DALVI Fixed-Bed Reactor Fixed-Bed with experimentalists in King (incollaborationsurfaces simulations of confined thatsection works on molecular group Our has a theory also industrial estate.semi-rural steam provides core the of asmall where solarcascade thermal developing a“Green Steam” currentOur filed. is focus on impact journals or have patents have published been inhigh of discoveries these Several of waste aqueous streams. power and cycles heat-treatment between gas- find asynergy using we which were able to for rapid process simulations: source, data analysis platform protocol to powerful, open use have simultaneouly developed a collector by afactor of 4.We down cost the of solar-thermal mechanical engineers to bring patents) framework. of Cubic the Equation of State maximumto extract utility out concepts of statistical mechanics and we to use are trying and Technology, Saudi Arabia) Abdullah University of Science DOCTORAL FELLOWSDOCTORAL SINGLE/ CO-GUIDE: MASTERS AWARDED AS SINGLE/ CO-GUIDE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ PROCEEDINGS/PAPERS: CONFERENCE PATENTS: REVIEWED) SO FAR: PUBLICATIONS (PEER 3 filed (Indian3 filed 8

Chemical Engineering I Institute of Chemical Technology I 33 To • Private- 0 Private- integrate •To learn and agency:and Membership of important important of Membership Committees: Editorial of Membership journal of name Boards with Enterprises (ABLE), India India (ABLE), Enterprises College American Member, Clinicalof Pharmacology, USA SPECIAL AWARDS/ SPECIAL HONOURS / ACCOLADES : PATENTS: PATENTS: PROJECTS: SPONSORED PROFESSIONAL ACTIVITIES: Best Teacher Award ICT ICT Award Best Teacher 2017 Mumbai - proceeding Conference - Books (if any) : 3 - Indian International Filed Indian 0 Government- • • RESEARCH WORK WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS HIGHLIGHTS OF OF HIGHLIGHTS “To achieve” • To apply motivation my has This been my of achievement towards • 8 Other (if any) – Other (if any) RA - Chapter Association Member, Led Biotechnology of Respiratory Society, Society, Respiratory Switzerland Scientist Young Member, Controlled Committee, USA Release Society, Mentor-Protégé Mentor, Member, Program, Release Society, Controlled USA Release Controlled Member, Society- Indian USA and NUMBER OF RESEARCH RESEARCH OF NUMBER PUBLICATIONS: NUMBER OF RESEARCH RESEARCH OF NUMBER CURRENTLY STUDENTS : SUPERVISED BEING (Peer-reviewed) - (Peer-reviewed) Ph.D.(Sc)- 1 Ph.D.(Sc)- 0 M.Tech.- 2 M. Chem. Eng– M.Sc - Fellows Summer Undergraduate - (if any) (if Fellows summer Teacher - any) -8 - International National Engineering 0 P.D.F.- 3 (Tech.)- Ph.D. • • • • DR. RATNESH D. JAIN D. RATNESH DR. Ph. D. (Tech.) in Pharmaceutics in (Tech.) D. Ph. in Engineering Professor UGC Assistant

195

5 Member, European European Member, SPECIFIC RESEARCH RESEARCH SPECIFIC INTERESTS: DURING 2016-17: 2016-17: DURING CITATIONS: CITATIONS: TAUGHT SUBJECTS H-INDEX : H-INDEX CITATIONS: H-INDEX: HONORS: SUPERVISED: AWARDS/ OF NO. TOTAL Process Simulations, Solar Simulations, Process Synergy Technologies, Thermal Molecular Simulations, Simulations, Molecular Advanced Mass Transfer, Transfer, Mass Advanced Lab II Simulation Process National - National - International MEMBERSHIPS OF OF MEMBERSHIPS BODIES: PROFESSIONAL FELLOWSHIPS/ FELLOWSHIPS/ OF MEMBERSHIPS BODIES: PROFESSIONAL ACCOMPLISHMENTS SO SO ACCOMPLISHMENTS FAR PROFILE AND AND PROFILE • Sciences Fellowships of Associate Young of Academy Maharashtra 34 I Institute of Chemical Technology I Annual Report 2016-17 implications on areas the of my indirect but significant bearing sciences allied also Pharmaceutical systems“Drug delivery in of my field of specialization, learning not only what is apart I have astrong penchant for short term and long term goals. to brain route of administration nanoparticles.polymeric Nose hard-shelled systems like and micelles like polymeric including soft-shelled systems nanocarriers polymeric characterization of various concerning formulation and myself involved work packages Further research by undertaken bioavailability. route nasal the for an increased could deliver through drug the of nitrendipine,delivery which a nanoemulsion for intranasal investigation was to formulate The objective secondof are ready for publications. afterthorough investigation studiesclinical and results the was effective found in very to be This molecules. formulation andof drug peptide both as amatrixact to control release Also, such adosage form would due to its bioadhesive properties. mucosa of pocket periodontal where it would adhere to the into pocket periodontal the in-situ form to was form designed an of periodontitis. The dosage effective non-surgicaltreatment ofloxacin-serratiopeptidase for (LCNC)nanocarrier of injectable liquid crystalline early days to formulate alocally conducted by myself during my The researchexpertise. work “gel” after administration sciences”, but and neurological phenomenons. involving various physiological of transfer of molecules these shown mechanism adetailed We molecules. these have also nose-to-brainthe transfer of an in-depth knowledge of and SPECT and provided scientigraphy, autoradiography imaging techniques like gamma of various sensitive radio- interpreted by combination systemof was delivery this rats and rabbits. The effect in various animal models like zolmitriptan was investigated like sumatriptanmolecules and moieties to brain. the Potential targeting of entrapped the mucosa thus offering direct transport through olfactory the that make suitable them for (approximatelysizes 25nm) micellar exhibit nanocarriers designing was micelles that research. The rationalebehind over world the engage inthis 1% of researchers the all despite that fact the less than of various CNStargeted drugs conventional administration and acceptable alternative to was studied to present asafe aimed at probing mechanism the stents. The research work was for coating on them cardiac PLGA-Heparin were developed acid derivativesLactic and acid (PLGA) derivatives, Poly- employing Poly Lactic-Glycolic nanoparticles were formulated Here, polymeric loaded drug working systems. with these various collaborations for nanoparticles, Ihave established my keen interest inpolymeric mentioned research, due to In addition to above the for nanoparticle preparation. application as polymermatrix starchmodified derivatives for of various hydrophobically project involved exploitation to tumour the cells. The for targeting nanoparticles drug biodegradable starch derivatives myself was to employ novel workdoctoral by undertaken The objectivepost- the of nanoparticle coated stents. safetythe drug of and efficacy of release and drug evaluating technique. resonance transfer energy dyes and subsequent Fourier and siRNA with suitable labeling different cell organelles is currently evaluated being by siRNA release inside live cells . Furthermore, of kinetics the compared siRNA with naked significantlytowhen be higher with formulation this was found knockdown of luciferase protein transfection the and efficiency against luciferase protein. The and stabilize siRNA a model were found to sufficiently bind with acommercial polymer, nanoparticles, formulated These of diseases. pulmonary siRNA for delivery treatment the nanoparticlulate system for the with objective the of developing investigation initiated has been atdiseases genetic the level. This systemsdelivery that can tackle to biology developmolecular to integrate principles of step and ahead am attempting researcherdoctoral Imoved a docetaxel. As aHumboldt post- moieties like idarubicin and encapsulation of hydrophobic were found to facilitate The hydrophobic modifications Chemical Engineering I Institute of Chemical Technology I 35

Mentor, Mentor-Protégé Mentor-Protégé Mentor, Member, Program, Release Society, Controlled USA Release Controlled Member, Society- Indian USA and Chapter SonochemistryUltrasonics - Elsevier of Journal European and Pharmaceutics - Elsevier Biopharmaceutics Member, European European Member, Society, Respiratory Switzerland Scientist Young Member, Controlled Committee, USA Release Society, RESEARCH WORK WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS MEMBERSHIP OF OF MEMBERSHIP WITH BOARDS EDITORIAL AND JOURNAL OF NAME AGENCY: AWARDS/ SPECIAL HONOURS: SPONSORED PROJECTS : PROJECTS SPONSORED PROFESSIONAL (MEMBERSHIP ACTIVITIES IMPORTANT OF COMMITTEES): • • • • Government- 4 Government- 1 Private- • •

Books - RA -

International - PROFESSIONAL BODIES: BODIES: PROFESSIONAL OF HIGHLIGHTS MEMBERSHIPS OF OF MEMBERSHIPS RESEARCH PUBLICATIONS: PUBLICATIONS: RESEARCH PATENTS: NUMBER OF RESEARCH RESEARCH OF NUMBER CURRENTLY STUDENTS : WORKING RESEARCH INTERESTS: RESEARCH Life Member, IIChE Member, Life Ph.D. (Tech.) - 7 Ph.D.(Sc) - 3 - 3 - 7 Ph.D.(Sc) (Tech.) Ph.D. - 4 M.Tech. - M.Chem.Eng - M.Sc - Others (if any) 9 National- International- Conference Peer-reviewed- proceeding- - 7 Indian (2) Formulation development development (2) Formulation Biopharmaceuticals for (3) Analytical characterization biopharmaceuticals of Drug Delivery (4) Nano process Continuous and development. P.D.F.- Engg.), Fermentation and Cell and Fermentation Engg.), (B.Chem Engineering Culture Engg). studies (1) Pre-formulation dosage of characterization and forms PROFESSOR DR. C. S. MATHPATI S. C. DR. PROFESSOR B. Chem. Engg. M. Chem. Engg. Ph.D Engg. M. Chem. Engg. Chem. B. Professor Assistant

05 74 8 24 None

CITATIONS: 10 07 FELLOWSHIPS/ FELLOWSHIPS/ PROFILE AND AND PROFILE SO ACCOMPLISHMENTS FAR SUBJECTS TAUGHT TAUGHT SUBJECTS 2016-17: DURING MASTERS AWARDED AS AS AWARDED MASTERS CO-GUIDE: SINGLE/ : H-INDEX PH.D.S AWARDED AS AS AWARDED PH.D.S CO-GUIDE: SINGLE/ PROCEEDINGS/PAPERS: SEMINARS/LECTURES/ DELIVERED: ORATIONS PATENTS: CONFERENCE PUBLICATIONS (PEER (PEER PUBLICATIONS FAR: SO REVIEWED) Sci/Tech.), Biological Sciences Biological Sci/Tech.), Chem. (B. Bioengineering and Biomaterials (B. Chem. Engg.), (B. Biomaterials Methodology (M. Research M. Chem. PhD Engg., Pharm, 335 and sensors. and and metal nanoparticles for for metal nanoparticles and Tissue applications, biomedical devices Biomedical engineering, release of drugs/genes/proteins, drugs/genes/proteins, of release Pharmaceutics, Computational polymeric of Engineering Currently, my research grioup grioup research my Currently, of focusedis development on controlled for Biomaterials 36 I Institute of Chemical Technology I Annual Report 2016-17 Function (UDF) hadbeen models.AUserRANS Defined termswith modeled in the results and comparison is made using large the simulation eddy dissipation terms estimated turbulent production, transport, relativethe contribution of Research work comprises of junctions etc., of scale-up elbows, long elbows, tee pipe fittings such as short assisted corrosion invarious studies of molten flow salt, corrosion and heat transfer Recent work includes of software. tested in JLR using OpenFOAM RNG hadbeen k-εmodel) model, SST and k-ωmodel Sharma low number Reynolds modificationsthese (Launder literature. inthe model Someof madeto standardbeen k- problems, modifications had to eliminate some of these three directions.all In order turbulent in energy kinetic transport, redistribution of terms inturbulent and pressure viscosity, higher neglecting isotropic flow, scalar turbulent modelingthe assumptions such deviations attributed could be to quantities or These both. forwas poor mean or turbulent models with experiments the agreementthe of based RANS spargers. In equipments, these bubble column with various and flowradial axial impellers), loop reactor, Stirred vessel with flow, Taylor-Couette flow, Jet equipments (such as channel out carried invarioushad been components. CFDsimulations equations from fluctuating the terms exact the of transport FLUENT, calculate which written inacommercial software ω flow simulation Figure 1: Tee junction dividing helium etc. fluidizingviz., air, media, temperatures and with different atsizes different wall bed different materials, of different of B class of particles Geldart minimum fluidization velocity wasCFD model to predict the The objective the developed of data reported inliterature. validated withexperimental the of Li2TiO3bed is done and CFD modeling of fluidized liquid extraction. lift reactor, studies inliquid- raceway ponds, lift- external air photo bioreactors such as open fraction offraction solids inFluidized Figure 3:Contours of volume Figure 2:Molten salt flow loop Grid size 0.001m 0.003 m 0.005 m 0.01 m Hydrodynamics Study for Design Set-up Experimental model ForBelgium: creation of 3D Materialise MIMICS Software Setup Particle Image Velocimetry DopplerLesser Anemometry Bed INFORMATION. NA ADDITIONAL ANY OTHER RELEVANT NAMES). * (LABORATORY)(WITH PHOTOGRAPH Chemical Engineering I Institute of Chemical Technology I 37

8 0 3 NUMBER OF RESEARCH RESEARCH OF NUMBER PUBLICATIONS: PATENTS: : PROJECTS SPONSORED PROFESSIONAL ACTIVITIES: AWARDS/ SPECIAL HONOURS / ACCOLADES : any)- 0 any)- - 0 National - 2 International - (Peer-reviewed) - proceeding Conference - 0 Books(if any) - International : 2 (filed) Indian Government- Private important of a) Membership Committees: Editorial of b) Membership journal of name Boards with agency:and Other (if any) – Other (if any) Fellows Summer Undergraduate (if any)- (if Fellows summer Teacher

13 RA- 2 RA- 8 M.Tech.- n Engineering Sciencen Engineering

0 272 5 BEING SUPERVISED : SUPERVISED BEING SPECIFIC RESEARCH RESEARCH SPECIFIC INTERESTS: RESEARCH OF NUMBER CURRENTLY STUDENTS SINGLE/ CO-GUIDE: CO-GUIDE: SINGLE/ DOCTORALPOST FELLOWS SUPERVISED: AWARDS/HONORS : H-INDEX CITATIONS: TAUGHT SUBJECTS 2016-17: DURING P.D.F. -0 P.D.F. -3 (Tech.) Ph.D. 2 Ph.D.(Sc)- 2 M. Chem. Eng– M.Sc- 0 Advanced Momentum Momentum Advanced Nanotechnology, Transfer, Membrane Advanced Chemical Processes, Separation Laboratory Engineering Separations, Membrane Sustainability Sensors, Catalysis, Engineering National - 1 International - 1 - 1 International National

2 : DR. PARAG R. NEMADE PARAG DR. B. Chem. Eng., M. S., Ph. D. S., Ph. M. Eng., Chem. B. i Professor UGC Assistant

10 0 5 (filed) MASTERS AWARDED AS AS AWARDED MASTERS ORATIONS DELIVERED: DELIVERED: ORATIONS AS AWARDED PH.D.S CO-GUIDE: SINGLE/ CONFERENCE CONFERENCE PROCEEDINGS/PAPERS SEMINARS/LECTURES/ REVIEWED) SO FAR: FAR: SO REVIEWED) PATENTS: SPACED PAGES WITH WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS (PEER PUBLICATIONS RESEARCH WORK WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM HIGHLIGHTS OF OF HIGHLIGHTS PROFESSIONAL BODIES: BODIES: PROFESSIONAL FELLOWSHIPS/ FELLOWSHIPS/ OF MEMBERSHIPS Member, Indian Institution of of Institution Indian Member, Chemical Engineers Member, Oil Technologists Oil Technologists Member, India of Association Member, Indian Membrane Membrane Indian Member, Society 38 I Institute of Chemical Technology I Annual Report 2016-17 Chalcone derivative was a catalyst. The synthesized with Potassium hydroxide as (ambient temperature) method andmethod conventional (UV radiation), (600C) thermal (CSR) ,photochemical method Concentrated Radiation Solar 4-fluorobenzaldehyde by using 4-methoxyacetophenone with by condensation the of synthesisthe of Chalcone Present invention relates to Summary: • • • FIGURES/DIAGRAMS ETC.): SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS/ FAR ACCOMPLISHMENTS SO PROFILE AND conventional route conventional :AdvantageChalcone over Intensification of AssistedSolar (2007-2012) CSIR Research Senior Fellow - March 18) Professor Grade (April 2013 DST-INSPIRE Assistant DST-I Engineering and Technology), Ph. D(Tech) in Chemical Engineering B. Tech. (Polymer Engineering and Technology), M.Tech. (Polymer DR. DIPAK V. PINJARI nsp were characterized using SEM, ZPn as well as coatings the totalthe paint composition. of ZPn from 0to 16W/V%of resin at various concentrations study was with performed epoxy steel investigated. has been A corrosion protection of mild in epoxy resin meant for nanopigment (ZPn) embedded performance of zinc phosphate In present the study, the Summary: • synthesis. greener protocol toward organic yield. CSR creates method reaction and obtained 85% it took 4hours to complete the (ambient temperature) method, yield in2mins and conventional CSR we method, obtained 88% requirement.energy Through saving inreaction and time total temperature) interms method of and conventional (ambient photochemical,the thermal found excellent to be over performance. The results were and LCMS to evaluate its characterized by using FTIR ire Faculty (Assistant Professor Grade) Synthesis, Characterization phosphate nanopigment: zinc shaped rectangular created Ultrasonically performance and its anticorrosive FTIR spectroscopy. Corrosion XRD, Particle sizeanalysis and It to leads zinc doped further by ultrasonication method. nanocontainer was prepared zinc phosphateDoped phosphate nanocontainer. of surface the it to form zinc phosphonicN-octyl acidon nanoparticles and doping of to synthesis of zinc phosphate nanocontainer. It relates further of zinc doped phosphate forto amethod preparation The present invention relates Summary: • concentration levels. resistance at 12%W/V resin provides better corrosion ZPn to added in when epoxy It was found that synthesized as a protective marine finish. predict its suitability for use coatedthe samples inorder to create acorrosive attack on spray test out was carried to andbasic solutions. salty Salt corrosive such media as acidic, outwas carried inthree different test and salt spray test. Dip test different suchmethods, as dip tests were conducted using two composition thereof nanocontainer and Phosphate Zinc of Doped Method of Preparation Chemical Engineering I Institute of Chemical Technology I 39 semi-empirical models were were models semi-empirical the release predict to examined the benzotriazole. of mechanism signifyresults useThese the in the ZM nanocontainer of anticorrosion multifunctional formulations. coating inhibitor (benzotriazole) was inhibitor in between two carriedout i.e. polyelectrolyte of layers polyacrylic and polyaniline of mean particle size The acid. synthesized sonochemically found was ZM nanoparticles 100 nm, which is than less and micromixing to attributed by caused rate nucleation faster of Results cavitation. acoustic FTIR, zeta potential PSD, XRD, reports TEM analysis and of the successful formation ZM of structure the layered particles with nanocontainer the core. at ZM nanoparticles of benzotriazole release rate The time functiona of as water in was pH values various at using estimated quantitatively The spectroscopy. UV-vis responsive on of pH effect benzotriazole of release ZM nanocontainers form Different investigated. was In the current study, synthesis synthesis study, the current In using (ZM) molybdate zinc of precipitation sonochemical ZM nanocontainer method and doping layer by the layer with on groups charged oppositely of ZM nanoparticles of theexterior order In accomplished. was compatiblization achieve to with ZM nanoparticles of ZM the synthesized polymers, surface were nanoparticles Myristic acid modified a with of corrosion loading (MA). The Release Kinetics Intensified Release of Intensified Benzotriazole Layer- from Assembled Zincby-Layer MolybdateNanocontainers: Summary: is found to be significantly be to significantly found is ultrasound casein of lower compared synthesis assisted precipitation conventional to reasons method. The possible transfer solute improved are, in the nucleation rapid and rate generated cavitations of presence irradiations. ultrasonic by • determine the structure, the the structure, determine bound type atom general of the and in the compound the formed of morphology The respectively. compounds the Zn2+ of ions saturation rapid the synthesis during takesplace ZMP nanoparticles ZM and of irradiation, ultrasonic to due nucleation a faster to leading ZMP nanoparticles ZM and of transfer solute improved with size particle average The rate. an alternative to lead, cadmium lead, cadmium to alternative an which pigment chromium and species. carcinogenic contain sodium Zinc and chloride used were precursors molybdate ZM, and of synthesis during synthesis ZMP nanoparticles using accomplished was sulfate zinc sodium molybdate, dihydrogen potassium and synthesized The phosphate. characterized were materials TEM to FTIR and XRD, by nanoparticles of white color were were color white of nanoparticles conventional using synthesized sonochemical innovative and method without co-precipitation class This new emulsifier. any environmental is pigment of friendly be which can used as ultrasound assisted over Advantage route: method conventional molybdate and zinc and molybdate phosphomolybdate an by nanopigments Synthesis of zinc of Synthesis phosphomolybdate (ZMP) phosphomolybdate Summary: zinc study, the present In zinc (ZM) and molybdate high yield with less time of timeof highless with yield reaction. • nanocontainer of doped zinc doped zinc of nanocontainer method has The phosphate. simple, toxic, less of advantage and then resultant nanoparticles nanoparticles then resultant and doped with phosphate zinc of acid at N-octyl phosphonic form to concentration various reaction is carried out by by carried is reaction out method form to ultrasonication phosphate zinc of nanoparticles comprising precursor used as precursor comprising potassium and chloride zinc and phosphate dihydrogen according to the present the present to according zinc preparing for invention nanoparticles phosphate zinc phosphate nanocontainer nanocontainer phosphate zinc becan used highly as effective high with inhibitor corrosion method The production. yield to its low solubility in water/ solubility low its to and environment biological Doped activity. repellent water nanocontainer is good is nanocontainer industry coating for candidates due especially anti-corrosion which can be indifferently bewhich can indifferently ranging application, large have phosphate doped zinc from invention provides a method provides invention doped zinc manufacturing for nanocontainer, phosphate phosphate naoncontainer with with naoncontainer phosphate of enhancement high and yield present The inhibition. corrosion 40 I Institute of Chemical Technology I Annual Report 2016-17 Summary: • concentration. The effects of applied power and surfactant including sonication time, emulsification process variables on optimization the of major sulfate (SDS). This work focuses sodiumby dodecyl modified nanoemulsions, stabilized assisted, paraffin waxin water optimization of ultrasound- This work thereports on process • by using conventional method. UV light than MoS2 synthesized increase inabsorbance under significantlyalong with major was increased method synthesized by using ultrasound found of MoS2 that crystallinity FTIR spectroscopy. It was SEM, elemental analysis and were characterized using XRD, light. Synthesized MoS2 samples absorbance under UV- Visible structurechanges and incrystal the ofintervals 1000Cto observe from 1500Cto 6500Cinequal atfurnace temperatures ranges MoS2 inamuffle was calcined and conventionally synthesized threetakes steps; ultrasonically Synthesismethod. of MoS2 ultrasound and conventional (MoS2) was synthesized by using Molybdenum disulphide In present the study Molybdenum disulphide. properties of on crystal Calcination temperature ofComparison effect of conventional method: and ultrasound by usingdisulphide Synthesis of Molybdenum Process optimization wax nanoemulsions: manufacturing of paraffin assistedUltrasound stable for more than 3months. prepared ultrasonically is via emulsion the 30 min.while get separated/creamed within it was found that emulsion the its intrinsic stability. Visually, point and method was checked prepared emulsion via inversion paraffin wax emulsion was For of sake the comparison, groups of SDS the surfactant. adsorptionthe of sulfate head negative potential zeta due to of emulsion droplets showed a The electrophoretic properties a spherical shape under SEM. spots light under polarized and temperature, showing bright droplets were at solid room of emulsion the droplets. The to studyused morphology the electron microscopy (SEM) was for0.61 W/ml) 15min.Scanning applied power (power density: mg/ml and treated at 40%of surfactant concentration of 10 formednm could be with the droplet diameters about 160.9 that stable the emulsion with prepared emulsion. It was found diameter and stability of the on basis of the mean droplet variablesthese were investigated has been developed to has been A simple and flexible method Summary: • wax nanoemulsions. preparation of stable paraffin for successfully used be the emulsification process could that ultrasound-assisted the From study, this it was found Immidazole offor Release Controlled A pH-Responsive Shell PhosphateZinc and Core Nanocontainers With A Development of Smart PAA nanovalve can control the acid(PAA).and polyacrylic The polyanilinebetween (PANI) Immidazole was entrapped inhibitor (immidazole). acid) and organic corrosion (polyaniline and polyacrylic ofspecies polyelectrolyte deposition of oppositely charged a core material and subsequent phosphate (ZP)nanoparticles as layer assembly) using zinc nanocontainers (by layer by fabricate reversibly switchable formulation. in corrosion inhibition paint have potential applications core-shell nanostructure can pH as of afunction time. This immidazole of inmedia different to analyze release the rate of UV-vis spectroscopy was used structure of nanocontainers. formation of layered the analysis confirmsthe successful infrared spectroscopy (FTIR) potential, and fourier transform sizeanalysisparticle (PSA),zeta 500 nm.X-ray (XRD), diffraction found range inthe to be of 250– synthesized nanocontainer was The averageparticle size the of to and from nanocontainers. the access of immidazole molecules SINGLE/ CO-GUIDE: MASTERS AWARDED AS SINGLE/ CO-GUIDE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ PROCEEDINGS/PAPERS: CONFERENCE PATENTS: 06 REVIEWED)SOFAR: 55 PUBLICATIONS (PEER 06 01 - 14 Chemical Engineering I Institute of Chemical Technology I 41

Nil Postdoctoral Fellowship Fellowship Postdoctoral 2013-2016. Fulbright Selected for Science Postdoctoral Nehru 2013-2014. Program of GeorgiaInstitute (Place: (USA)) Atlanata Technology, ANY OTHER RELEVANT RELEVANT OTHER ANY ADDITIONAL - * INFORMATION. • Solar set-up up \\\\\\\ set-up cavitation Acoustic fuel cell set-up Microbial Hydrodynamic Cavitation Set- Cavitation Hydrodynamic Commission, Government Government Commission, D S Kothari India of Scholarship program 2013- program Scholarship 2014. K. H. Gharda Dr. Awarded Award Best Thesis PhD 2013. Cement Ambuja Awarded 2013. Award Best Thesis of Department Awarded Technology Science and 2013- Award Faculty Inspire 2018. Grant University Awarded Maharashtra Academy of of Academy Maharashtra Science(2013) Chary P. M. Awarded 2013 for Award Memorial technological and research 35 (below contribution M P The Charyyears). was Award Memorial Indian by constituted Chemical of Institute India. (IIChE), Engineers theSelected Swiss for Excellence Government CIES (State Departments, Departments, CIES (State Government, US Federal USA) Washington, Engineers Young Awarded The by 2014-2015 Award Engineers of Institution (India) Earthian Wipro Awarded Wipro by 2013 Award Bangalore foundation, (India) Associate, Young Young Scientist 2015 and and 2015 Scientist Young 2016 Young NASI Finalist, 2014 and Awards Scientist 2015 OLF Fulbright Awarded and OIE by 2015 Award • • • • • • • • • • • C onference Books- 04 Nil

923 18 RA - 03 National Academy of of Academy National Delhi, India New Engineers, for INSA Medal Finalist, INAE Young Engineer Engineer Young INAE Indian The 2016 by Award HONOURS: HONOURS: OF IMPORTANT IMPORTANT OF COMMITTEES): AWARDS/ SPECIAL PROFESSIONAL PROFESSIONAL (MEMBERSHIP ACTIVITIES SPONSORED PROJECTS : PROJECTS SPONSORED PATENTS: PATENTS: RESEARCH RESEARCH PUBLICATIONS: RESEARCH STUDENTS STUDENTS RESEARCH : WORKING CURRENTLY RESEARCH INTERESTS: RESEARCH SUBJECTS TAUGHT TAUGHT SUBJECTS 2016-17: DURING H-INDEX : : H-INDEX CITATIONS: • • Private- 07 Private- Indian - 06 Indian 01 Government- Nil Proceeding- - Nil International International- 60 International- 03 National- Peer-reviewed- M.Sc - - Others (if any) M.Tech. -07 -07 M.Tech. -01 M.Chem.Eng P.D.F.- 0 P.D.F.- - 04 (Tech.) Ph.D. - 02 Ph.D.(Sc) Paints, Anticorrosion Coatings Anticorrosion Paints, Sustainable Engineering, Engineering, Sustainable Technology, Cavitation and Polymer Nanomaterials, Engineering, Pharmaceutical Pharmaceutical Engineering, Engineering Introduction to Polymer Polymer to Introduction 42 I Institute of Chemical Technology I Annual Report 2016-17 Ph.D. (Tech.) • • • • • • • • • • Consultancy- 4 Consultancy- Government -1 EngM. Chem. SEMINARS/LECTURES/ : PROCEEDINGS/PAPERS CONFERENCE REVIEWED) SO FAR: PUBLICATIONS (PEER SPONSORED PROJECTS : RESEARCH STUDENTS : RESEARCH INTERESTS: SUBJECTS TAUGHT: 3 Environment assessment conducting polymers, Biodegradable and sensitized solar cells,Dye Photocatalytic degradation, Catalyst synthesis, Eng.) Eng./ Year Final Chem. Chem. Laboratory (TY Engineering Chemical B.Tech.) Transport Phenomena (SY B.Tech.)Operations (TY Engineering Chemical Eng.,Chem. B. Tech.) Experiments year, (Final B andDesign Analysis of Eng.)Chem. and Process Safety (TY Environmental Engineering - 5 Private- 0 -2 5

DST INSPIRE Faculty Ph.D (Chem. Eng.) DR. SHARAD M. SONTAKKE The photocatalytic The • National- 1 RESEARCH WORK DONE: HIGHLIGHTS OF CITATIONS: H-INDEX: AWARDS/HONORS: SINGLE/ CO-GUIDE: MASTERS AWARDED AS DELIVERED ORATIONS activity of combustion the all photocatalytichigher The results demonstrate as microorganisms. model pastoris (X-33),ayeast strain, strain andK-12, abacterial P. were out carried using E.coli inactivation experiments TiO of combustion synthesized Synthesis and application of various anions (HCO inpresence was observed photocatalytic inactivation concentrations. Areduced at lowerobserved cell initial microorganismsthe was complete inactivation of (Imp) catalyst. Rapid and presencein the of Ag/TiO inactivation was observed 0.25 g/Land maximum the catalyst concentration was catalyst. The optimum commercial P-25 Degussa synthesized catalysts than 2 3 79 4 : 4 3 ¯, 2

The photocatalytic The • and Mg cations (Na+, K+,Ca SO significant negative effect on concentration exhibited a 1 g/Lcatalyst. Initial dye solution with was observed degradation of 10ppm dye lamp,mercury an optimum pressurea 125Whigh were determined. Using for maximum degradation and optimum the values temperature were studied dye concentration, pHand of catalyst loading, initial catalyst.CeO2 The effects with sol–gel synthesized UV exposure was studied aqueous solutions under Milling Yellow 6Gin degradation of Xylene CeO2: dyesof using azo sol-gel Photocatalytic degradation photocatalytic inactivation. significant effect the on to havewas observed no pH initial of solution the inactivation. Changing the to result inacomplete min exposure was sufficient At dosage higher of H photocatalytic inactivation. to improveobserved the addition of H 4 2 ¯, Cl¯ and¯, Cl¯ NO 2 +). Even asmall 2 O 3 2 ¯) and 2 was O 2 , a 2 + 2

Chemical Engineering I Institute of Chemical Technology I 43

2 - 02 - and electrochemical and Among analysis. impedance TiO materials, the studied synthesized by acid-base co- by synthesized method displayed catalyst cell efficiency solar highest 6.77%. of MASTERS AWARDED AS AS AWARDED MASTERS CO GUIDE: SINGLE/ POST-DOCTORALFELLOWS SUPERVISED: AWARDS/HONORS SINGLE/ CO-GUIDE: CO-GUIDE: SINGLE/ National - NA National - NA International 01 05 - ofessor photovoltage measurement measurement photovoltage area. Dye solar sensitized area. using fabricated were cells materials the synthesized for characterized and current to photon incident efficiency, conversion to density photocurrent sistant Pr ORATIONS DELIVERED : : DELIVERED ORATIONS AS AWARDED PH.D.S PUBLICATIONS (PEER (PEER PUBLICATIONS FAR: SO REVIEWED) PATENTS: CONFERENCE PROCEEDINGS/PAPERS: SEMINARS/LECTURES/ DR. JYOTI S. GOKHALE S. JYOTI DR. UGC As Ph. D (Tech.) Ph. nanoparticles nanoparticles 2 microscopy, pore diameter, diameter, pore microscopy, surface and volume pore materials were characterized characterized were materials diffraction, X-ray by electron scanning were synthesized by various various by synthesized were synthesized The techniques. products identified by LC– by identified products MS. in DSSC: Studies catalysts. A degradation A degradation catalysts. proposed was mechanism based the degradation on better photocatalytic activity activity photocatalytic better synthesized combustion than commercial as well as complete degradation was was degradation complete of min 30 within achieved The sol–gel UV exposure. showed catalyst synthesized pH of the solution, ambient ambient the solution, of pH initial dye and temperature, 10 ppm, of concentration photocatalytic degradation. degradation. photocatalytic natural g/L catalyst, 1 With Anatase TiO SPACED PAGES WITH WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS RESEARCH WORK WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM HIGHLIGHTS OF OF HIGHLIGHTS FELLOWSHIPS/ FELLOWSHIPS/ OF MEMBERSHIPS BODIES: PROFESSIONAL BRSI, UAA BRSI,

• 44 I Institute of Chemical Technology I Annual Report 2016-17 Technology, Lab, Biochemistry Processing, Fermentation Waste Management inFood Principles of Food Analysis, Food Biotechnology, • Institute of Engineers Chemical Honorary Fellow, Indian Science Fellow, Indian Academy of Management Bioprocess Technology, Waste Food Biotechnology, Lab Analysis Technical FIGURES/DIAGRAMS ETC.) : SPACED PAGES WITH (MAXIMUM TWO SINGLE- AND IMPARTDONE ITS RESEARCH WORK HIGHLIGHTS OF PROFESSIONAL BODIES: MEMBERSHIPS OF FELLOWSHIPS/ FAR ACCOMPLISHMENTS SO PROFILE AND STUDENTS CURRENTLY NUMBER OF RESEARCH INTERESTS: SPECIFIC RESEARCH DURING 2016-17: SUBJECTS TAUGHT CITATIONS: H-INDEX: Novel nanofiltration 4 58 Professor of Engineering Chemical K. V. Mariwala-J. B. Joshi Distinguished Spiro) Ph. D. Chemistry (Princeton University, Professor USA)(Supervisor T. G. Mehta) (Chemistry),M. Sc. IITKanpur (Thesis supervisor, ProfessorGoverdhan B. (Chemistry), Sc. St. Stephen’s College, Delhi University PROFESSOR • • • ONWARD): INVITED LECTURES (2015 KEYNOTE ADDRESS/ US PATENTS SHOWN): PATENTS (ONLY GRANTED REVIEWED) SO FAR: PUBLICATIONS (PEER chapters) any) Books(if -2(Book Conference proceeding -01 (Peer-reviewed)- National -International - any)- - Teacher summer Fellows (if (if any)- Undergraduate Summer Fellows (ifany)-Other - - M.Sc- Eng–M. Chem. - M.Tech. -3 Ph.D. (Tech.)- - P.D.F. - PATENTS: RESEARCH PUBLICATIONS: BEING SUPERVISED : membranes protocol New extraction selective resources Innovations around bio- radiation photothermo chemical andsolar thermal solar Applications of concentrated

PUSHPITO KUMAR GHOSH

11 Ph.D.(Sc) - RA- - 88

49 05 same; Development of novel means of eliminating the andfertilizers ways and impurities in phosphate Research on estimating toxic Safety Sources,Renewable Energy Technology,Chemical Chemistry, Innovations in Industrial Engineering RESEARCH INTERESTS DURING 2016-17: SUBJECTS TAUGHT H-INDEX: SINGLE/ CO-GUIDE: PH.D.S AWARDED AS and agency: NAand agency: Boards with name of journal b) Membership of Editorial Committees: NA a) Membership of important Private NA Government- NA Indian- NA International- NA SPECIAL AWARDS/ ACTIVITIES: PROFESSIONAL SPONSORED PROJECTS : INFORMATION. * ADDITIONAL ANY OTHER RELEVANT : ACCOLADES / HONOURS CITATIONS: NA 32 3990 NA 7

Chemical Engineering I Institute of Chemical Technology I 45 Professor Joshi has guided 81 has Joshi Professor 60 Masters and thesis Ph.D. Vidnyan Parishad Vidnyan Lifetime Achievement Award Award Achievement Lifetime Desalination Indian of Association HIGHLIGHTS OF OF HIGHLIGHTS WORK RESEARCH ITSDONE IMPART AND SINGLE- TWO (MAXIMUM WITH PAGES SPACED ETC.): FIGURES/DIAGRAMS SPECIAL AWARDS/ SPECIAL HONOURS: PHOTOGRAPH (WITH (LABORATORY) * NAMES). • Barefoot College, Tilonia, Tilonia, College, Barefoot Rajasthan • Efficient ultrafiltration unit ultrafiltration Efficient utilizing rural households for resources available JYESHTHARAJ B. JOSHI B. JYESHTHARAJ Academy of Sciences, of Academy Science Academy (INSA), Science Academy Science (IASc), of Chemical Engineers, of ACTIVITIES (MEMBERSHIP (MEMBERSHIP ACTIVITIES IMPORTANT OF COMMITTEES): (6) Patron Fellow, Marathi Marathi Fellow, (6) Patron (3) Fellow of Indian Academy Academy Indian of (3) Fellow Institute Indian Fellow, (4) Hon. Maharashtra (5) Fellow, Member, Tripartite Tripartite Member, of Committee Awards ViswakarmaRashtriyaPuraskar Awards Safety National and Directors, Board of Member, Vision 2035 (Drafting 2035 (Drafting Vision Water) Committee, basis), (invitation Chairman Evaluation Programme Bilateral Committee, New CII-GITA, Programmes, Delhi Award Prize Member, NRDC, Delhi New Committee, Research Common Member, Development Technology and DSIR, N. (CRTDH), Hubs Delhi Chairman, Water Technology Technology Water Chairman, of Department Initiative, GoI Science & Technology, Technology TIFAC Chairman, PROFESSOR PROFESSOR B.Chem.Engg., Ph.D.(Tech) B.Chem.Engg., C. Bose Fellow J. of Sciences (TWAS), Sciences (TWAS), of PROFESSIONAL BODIES: BODIES: PROFESSIONAL FAR : FELLOWSHIPS/ OF MEMBERSHIPS PROFILE AND AND PROFILE SO ACCOMPLISHMENTS PROFESSIONAL PROFESSIONAL SPONSORED SPONSORED PROJECTS: PATENTS: PATENTS: RESEARCH PUBLICATIONS: RESEARCH CURRENTLY WORKING : WORKING CURRENTLY RESEARCH STUDENTS STUDENTS RESEARCH (2) Fellow, Indian National National Indian (2) Fellow, (1) Fellow,TheWorld Academy Academy (1) Fellow,TheWorld Government- 01 Government- 03 Private- Indian - 03 Indian Books- - 01 International International- 02 International- National- Peer-reviewed- 07 proceeding- Conference M.Chem.Eng -02 M.Chem.Eng - 03 Assistants Project RA - 01 - 01 Ph.D.(Sc) machine; energy conservation machine; osmosis forward through approaches to water purification purification water to approaches of recycle ruralin household; washing from e.g., wastewater, 46 I Institute of Chemical Technology I Annual Report 2016-17 • • • industrial Such design. a of his procedures for the has recommended use the briefs (named heart-cut), 2002) through its editorial (published by ACS, USAupto Chem.The journal Tech science). h-index of 52(web of than 10000citations and Professor Joshi has more Engineering. in Advances in Chemical in Multiphase Reactors” “Hydrodynamic Stability written amonograph on Engineers’ Handbook and Chemical in new Engineering: Reaction a chapter on “Chemical Dr. L.K.Doraiswamy) he has co-authored (with chapters.book Specifically, monographs/ reviews/ art and more than 60state of the international cited journals more than 450papers in thesis. He has published His major contributions of fundamental sciences. astronghas been basis developments,these there and operating costs. For all and less expensive in capital superior inperformance novel designs, arewhich far invented alarge number of basis. He global the has competitively offered on processes including those number of manufacturing and of selectivity a to enhance productivity the Professor Joshi able has been unique achievement. record by itself and is truly made fivewhichtimes is a recommendation has been • • • proven and exceptionally No wonder of because his McGraw 2002. hill, of Engineering, Chemical coveted Kirkpatric Award Oxygen Company the areathis British the earned Professor Joshi’s work in 700 tons/day. Extension of plants of capacities upto Intensification of nitric acid nitritesodium and Process for manufacture selective of range of 1to 250ton/day plants with capacities in the commercial designs of many absorption) has resulted into multiphase reaction (NOx of probably most complex His analysis and modeling enhancement inbusiness. resulting into 2to 20times commercial operations of alarge number of ongoing productivity and selectivity etc.). (ii) He has improved halogenations, alkylation, hydrohalogenation, oxidation, ammonolysis, (for hydrogenation, equipment multiphase of include: (i)novel designs Department of Chemical year,per he brought the basis ofthe publications citation output year. per On international publications, outputthe of Ph.D. students, Institute. He almost doubled University status to the and subsequently separate autonomous total brought as Director (1999-2009)has Professor Joshi’s leadership consultant. sought after academic Professor Joshi is most tracksuccessful record, • • • • • • years, revenue external the hisDuring tenure of 10 government. yearper given by state the donation funding the 2times funding almost and 10times He brought project the USA. Institute of Technology, Sommerfield Georgia of outcarried by Professor World inthe 6th (Survey Engineering at arank of year worth energy is used year is used worth energy In India 125 billion dollar/ plants. commercialten small-scale he has helped setting up responsibility,As asocial research laboratories. and industry the national the well received very bybeen studentsdoctoral has which of management for the program academic a new of industry. He started also with astrong participation of Process Intensification comprehensive mission He a started also Masters students. additional 130 Ph.D. and 60 with research facilities for andbioenergy atomic energy centers areas inthe of ultramodern research He has established two and housing. faculty laboratory space, student, of about 40,000 m2of funds for construction the andinfrastructure collected He vastly improved the Endowmentseven Chairs. year.25% per He created compounded growth of generation (ERG) had a Chemical Engineering I Institute of Chemical Technology I 47

PATENTS: PROJECTS: SPONSORED PROFESSIONAL (MEMBERSHIP ACTIVITIES IMPORTANT OF COMMITTEES): AWARDS/HONORS: SPECIAL NUMBER OF RESEARCH RESEARCH OF NUMBER PUBLICATIONS: PHOTOGRAPH (WITH (LABORATORY) * NAMES). International -1 International -4 Indian 2 Government- 3 Private- DST, Coal Initiative, Cleaning India of Government Science Advisory Chairman CSIR-IICT Committee, Hyderabad Ph.D.(Sc) -NIL Ph.D.(Sc) -1 M.Tech. -NIL M.Chem.Eng M.Sc - NIL -NIL Others (if any) 450 International- 25 National- 470 Peer-reviewed- 38 proceeding- Conference Books-9 (Book Chapters) Particle Image Velocimetry Velocimetry Image Particle Setup Fellow, Indian National National Indian Fellow, (INAE) Engineers of Academy 38 110 492 81 60 RA - 5

10500 16 54 5 have been innovative been innovative have technologies. of a president is Currently, Parishad Vidnyan Marathi beenwhich has in active temper scientific improving the society. of Practice(All Branches of of Practice(All Branches B.Tech) Engineering(M.Chem Engg) Engineering(M.Chem Engg) (T.Y.B.Chem Mixing Theory and Mixing Multiphase Reactor Reactor Multiphase Design Reactor Multiphase RESEARCH INTERESTS: INTERESTS: RESEARCH RESEARCH OF NUMBER CURRENTLY STUDENTS : WORKING SINGLE/ CO-GUIDE: CO-GUIDE: SINGLE/ : H-INDEX CITATIONS: TAUGHT SUBJECTS 2016-17: DURING PUBLICATIONS (PEER (PEER PUBLICATIONS FAR: SO REVIEWED) PATENTS: CONFERENCE PROCEEDINGS/PAPERS: SEMINARS/LECTURES/ DELIVERED: ORATIONS AS AWARDED PH.D.S CO-GUIDE: SINGLE/ AS AWARDED MASTERS P.D.F.-2 -8 (Tech.) Ph.D. c) Multiphase Mechanics, Fluid Design,Reactor Computational Energy, Dynamics, Atomic Fluid Bio-Energy Solar Energy, Based on Web of Science (all of Based Web on sources) a) b) • In majority of cases, there cases, there of majority In large number of pollution pollution of number large converted and problems assets. into the liabilities year. passionate is Joshi Professor a solved has and about in the institute) had held 200 held had in the institute) about attending workshops every100,000 participants for selecting “research” as as selecting “research” for these two For profession. purposes, the help (with he students 60 Ph.D. about of science awareness in society. in society. science awareness school also has motivated He students college junior and Professor Joshi has been has Joshi Professor very in prompting active developing world. The The world. developing continuous technology of also has cooking been society. to transferred the technologies have been have the technologies invention This licensed. the entire usefulis for in the range of 40 to 50% as 50% as 40 to of in the range conventional with compared 20%. Both to 10 of practice new designs of stoves (for (for stoves new of designs fuels) solid noncommercial thermal efficiency having capacities catering to 5 to 5 to to catering capacities thermal with 2000 persons) of 65- efficiencyrange inthe also has developed 75%. He 25%. Professor Joshi and and Joshi 25%. Professor developed have co-workers (with cookers new of designs efficiency of commercial commercial of efficiency fuelin conventional 10 to practice is cooking NG, Coal, kerosene) and Coal, and NG, kerosene) noncommercial 50% The solid fuels. thermal for household cooking: cooking: household for thisenergy in 50% of is (LPG, from commercial • • 48 I Institute of Chemical Technology I Annual Report 2016-17 • • • • • • PROFESSIONAL BODIES : MEMBERSHIPS OF FELLOWSHIPS/ ACCOMPLISHMENTS SO FAR PROFILE AND (Inorganic and Physical Member, DST-PAC Hydrocarbons of MoP&NG Committee (SAC) on Member, Scientific Advisory Member, RAC- DRDO Women inScience Committee for Promoting Member, Standing Governors, IIT-Hyderabad. Member, of Board Distinguished Professor Dr. B. P. Godrej Engineering B.DR. P. Professor Godrej of and Green Sustainability Chemistry Ph.D. (Chemistry) Science PROFESSOR 20 Annexure I figures/diagrams etc.): pagessingle-spaced with • PROCEEDINGS/PAPERS: CONFERENCE PATENTS: REVIEWED) SO FAR: PUBLICATIONS (PEER IMPART WORK AND DONE ITS HIGHLIGHTS OF RESEARCH Lesser DopplerLesser Anemometry INFORMATION. * ADDITIONAL ANY OTHER RELEVANT India Fellowship Scheme, DAE, Committee, Ramanna Raja Member, Selection Chemistry) LAKSHMI KANTAM LAKSHMI MANNEPALLI

(maximum two

333

Number of research students Nanomaterials Catalysis, Process chemistry, Fundamentals and Applications Technology: Nanomaterials- (1)M.Tech. Green 11809 2016-17: SUBJECTS TAUGHT DURING H-INDEX : SINGLE/ CO-GUIDE: MASTERS AWARDED AS SINGLE/ CO-GUIDE: PH.D.S AWARDED AS ORATIONS DELIVERED: SEMINARS/LECTURES/ RESEARCH INTERESTS: 57

CITATIONS:

- 40 25 Chemical Engineering I Institute of Chemical Technology I 49

P. P. Bhole P. P. Lab Assistant Lab Jr. Typist Clerk Typist Jr. Smita S. Waghmare Smita S. Distinguished Speaker Speaker Distinguished in leadership (for Award and Science, Technology (2016). Education) Member, DST-PAC DST-PAC Member, Selection Member, Raja Ramanna Committee, DAE, Scheme, Fellowship India Professor Darshan Memorial Ranganathan (2016) Award Lecture Padma Paints Asian Mashelkar A R Dr Vibhushan Chemcon and Medal SPECIAL AWARDS/ SPECIAL HONOURS: • • • • Lab Assistant Lab Lab Attendant Lab M. S. Harkar M. S. V. A. Bhambid V. Sr. Tech. Assistant Tech. Sr. Shri S. K.Shri S. Sawant Member, Board of Board of Member, IIT-Hyderabad. Governors, Standing Member, Promoting for Committee in Science Women DRDO RAC- Member, Advisory Scientific Member, on (SAC) Committee MoP&NG of Hydrocarbons Dr. B. P. Godrej P. B. Dr. Professor Distinguished Board of Independent Ltd. Amines Indo Directors- PROFESSIONAL ACTIVITIES ACTIVITIES PROFESSIONAL OF (MEMBERSHIP COMMITTEES): IMPORTANT • • • • • • S. M. Mane S. R. B. Mohite R. B. Lab Assistant Lab

Lab Attendant Lab

Sr. Tech. Assistant Tech. Sr. Shri Samudra Prashant Indian - Indian RA- 2 RA- Others (if any) Others (if any) 1 Jr. Engineer Jr. Lab Assistant Lab U. A. Sathe U. L. E. Sawant Lab Attendant Lab A. G. Pawshe Pawshe A. G. PATENTS: : PROJECTS SPONSORED RESEARCH PUBLICATIONS: RESEARCH CURRENTLY WORKING : : WORKING CURRENTLY NON - TEACHING STAFF PHOTO NON - TEACHING STAFF Government- Government- 4 Private- International -, International Peer-reviewed- 4 proceeding- Conference Books - 0 M.Sc - , 10, National- International- - 01 Ph.D.(Sc) -1 M.Tech. -1 M.Chem.Eng P.D.F.- P.D.F.- - (Tech.) Ph.D. 50 I Institute of Chemical Technology I Annual Report 2016-17 LIST OF ENDOWMENT 1 7 6 5 4 3 2 No. Sr. Sr. 23.12.2016 14.12.2016 24.11.2016 10.11.2016 29.08.2016 22.03.2016 13.01.2017 Date of Singapore Programme, National University &TechnologyScience Professor &Director, Food Prof. Zhou Weibiao 60540 Kallien Avenue, Naperville, IL (Retired) AICHE Fellow,1324 UOP/Honeywell Fellow Consultant and R&DAdvisor Prof. Bipin Vora Ahmedabad, India Visat-Gandhinagar Highway, Complex,College Chandkheda, Government Engineering Gandhinagar Vishwakarma Indian Institute of Technology Prof. Rajagopalan Srinivasan renewable energy Chemist &leading Researcherin Prof. Daniel G.Nocera Columbia British, Biological University Engg. of & Department OfChemical Assistant Professor in G. Yadav Prof. Vikramaditya Krems/Lower Austria, Austria Prof. Wilhelm Höflinger Consultant Chartered Engineer &Project Mr. S.Ganapathy, M.S.,FIE Name of Faculty Commercialization “From Concept to Human Error Building Blocks of Quantifying the for Process Safety: Cognitive Engineering Sunlight, Air and Water Fuels to Food from Disease Against Alzheimer & Medicine Fight inthe EngineeringMarrying Building Brains: methods imagingOptical measurement methods 2) Particle size systemsparticle Characterization of particles and measurement of 1) Fundamentals Job Prospects Industries inIndia & Status of Chemical baking” freezing to bread process: from dough bread-makingmodern control systems for advancedDesigning Title Distinguished M.M Sharma DowThe Prof. Engineering in Chemical Professorship Visiting Dr. G.P. Kane Chemical Engg Chemical Professorship in Mariwala Visiting Shri V.V. Engineering in Chemical Fellowship Distinguished Memorial AbhyankarDada) Shri G.M.(alias Fellowships Tilak Visiting Professor B.D. Visiting Professor Distinguished Mujumdar Professor Arun Engineering in Chemical Professorship Visiting Endowment Chemical Engineering I Institute of Chemical Technology I 51 Golden Jubilee Golden Jubilee Fellowship Visiting Kothari Visiting Visiting Kothari Professorship Chemical Engg. In Golden Jublee Fellowship Visiting Golden Jubilee Fellowship Visiting Chemical Engg In R.A. Professor Rajadhyaksha Lecture Memorial series Endowment in Chemical Engineering Shri K.J. Shri K.J. Visiting Somaiya in Professorship Chemical Engg. Kusumben Smt. Shri Mathradas and Multifunctional Multifunctional Coatings Biopolymer Tissue for Scaffolds and Drug and Engineering Delivery for Various Industrial Industrial Various for Applications Future and Status in Nanomaterials of Energy Storage LNG, of Status w plants Regasification r t India gas * Deepwater - topside/ exploration MEG a chemical of * Role in today’s engineer India strongest our * ICT- a from Instituion point vantage Recombinant biopharmaceuticals: the best choosing from managing to clones product quality Greener routes routes Greener and Organics to Nanometerials: Sustainable of Applications Nanocatalysts Magnetic Modified and Carbon Graphitic in Catalysis Nitrides Environmental and Remediation Carbon Activated Novel Development Materials of Mississippi Medical Centre, Centre, Medical Mississippi of MS, USA Jackson, Prof. Amol V. Janorkar Janorkar V. Amol Prof. Science, Materials Biomedical DentistrySchool of University Dr. Mugdha Gadgil Sr. Gadgil Sr. Mugdha Dr. Chemical ScientistNational Pune Laboratory, LNP Projects, United States United LNP Projects, Prof. Sivaram Arepalli Arepalli Sivaram Prof. Chemical and of Department Rice Engineering, Biomolecular TX Houston, University, Lead Process Kapasi, Dilip Mr. Management, Project Engineer Dr. Ajay Kumar Dalai Kumar Ajay Dr. Chemical of Professor of University Engineering Saskatchewan, S K Canada Dr. Rajender S. Varma Varma S. Rajender Dr. Environmental States United Agency Protection 18.07.2017 18.04.2017 01.02.2017 23.02.2017 25.01.2017 21.01.2017 13 12 11 10 9 8 52 I Institute of Chemical Technology I Annual Report 2016-17 B.CHEM. ENGG. 2016-17 SEMINAR 14 5 4 3 2 1 16 15 No. Sr. Sr. 13CHE1033 13CHE1019 13CHE1001 13CHE1070 13CHE1035 14.08.2017 07.08.2017 02.08.2017 Roll No. Roll Chemical andChemical Biological Engg Engineering Department of Associate Professor of Chemical Professor Rajesh Shende Baltimore, MD21227 257,5200WestlandRm Blvd Technology Research Center. Maryland Baltimore County Engineering, University of Biochemical, and Environmental ,Department of Chemical, Toxicology and Chemistry Associate Editor, Environmental Professor Upal Ghosh, Lafayette, USA Purdue University West Professor, H.C. Peffer Distinguished Prof. Doraiswami Ramkrishna South Dakota 57701 and Technology Rapid City, South of Dakota School Mines RAJENDRA MEHTA OMKAR ASHOK GAIKWAD TANMAY ANIL MUNGAD ADITYA DINKAR PAWAR RITESH ARUN GUPTA HANSIKA Name of Student Advances insolar water production designs for methane Novel UASB Biodigester City water supply Network and Design Management of Reactors Acoustic Cavitation plastic depolymerization of waste Thermal andcatalytic irrigation pumping systems for Bioavailability by Controlling Polluted Sediments Remediation of among Species Bacterial Antibiotics Resistance Modeling Transfer of Production Hydrogen and Biofuels Nanomaterials for Advanced Topic Prof. A.M.Lali Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Visiting Fellowship JubileeGolden Applied Chemistry Technology/ Chemical Engineering/ in Chemical Professorship Visiting Joshi Distinguished Dr. Balwant S. Supervisor Chemical Engineering I Institute of Chemical Technology I 53 Prof. B.N.Thorat Prof. Prof. A.V.Patwardhan Prof. A.V.Patwardhan Prof. Prof. A.W.Patwardham Prof. A.W.Patwardham Prof.A.W.Patwardham Prof. A.W.Patwardham B.N.Thorat Prof. B.N.Thorat Prof. B.N.Thorat Prof. Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.V.Patwardhan Prof. A.V.Patwardhan Prof. natural water bodies water natural sustainable for Solvents processes. chemical in Recovery Solvents of Industries Pharmaceuticals Spent of Valorization based molasses from Wash industries distillation of Features Salient Quantative and Qualitative in Assessment Risk Chemical Plants single phase, two-phase, two-phase, phase, single systems, multiphase and mixers static including of simulations eddy Large jets in crossflow Electrical tomography – liquid for techniques flows liquid balance Population – liquid gas for modeling pipes in flow from Recovery Lithium of and applications of of applications and related and dendrimers structures Critical dyes, review of pharmaceutical and textile, andtheir industry effluents method abatement Critical microbial review of colorants Critical mixer review of all design methods for including applications PhotoBioreactors for Algae for PhotoBioreactors production of conversion Catalytic Lignin Chemicals to production hydrogen Green Critical synthesis review of SHUBHAM SHUBHAM VEENA BHAUSAHEB PARAB JUILI PARAB DIPTI DATTARAM AVANTI PALEKAR KIRAN ASWINI DESHMANE PARAG PARAG KAILAS AKASH PATIL AMEYA KULKARNI NITIN RAJASHREE DATAR ARCHIT ARCHIT DATAR NIKHIL AMAN DEEP NAGPAL ANUP TANAYA MANGLE JADHAV AKSHAY AKSHAY JADHAV BHALCHANDRA PATIL ADITYA ADITYA PATIL NARENDRA DARSHAN PANDYA VIMAL KANE ASHWIN ATUL ASHWIN KANE AAYUSHI SAXENA GARG PARTH PARTH GARG RAJIEEV KEDAR DABHADKAR CHANDRASHEKHAR 13CHE1053 13CHE1041 13CHE1026 13CHE1057 13CHE1024 13CHE1011 13CHE1007 13CHE1005 13CHE1071 13CHE1046 13CHE1029 13CHE1014 13CHE1022 13CHE1047 13CHE1003 20 19 18 16 17 15 14 13 12 11 10 9 7 8 6 54 I Institute of Chemical Technology I Annual Report 2016-17 24 23 22 21 38 37 36 35 34 33 32 31 30 29 28 27 26 25 13CHE1030 13CHE1017 13CHE1015 13CHE1012 13CHE1073 13CHE1061 13CHE1044 13CHE1037 13CHE1020 13CHE1075 13CHE1060 13CHE1043 13CHE1042 13CHE1074 13CHE1050 13CHE1038 13CHE1021 12CHE1059 GOPAL CHANDRA ADITYA DAYANAND ROZA BABAR MAITREYA SANDEEP CHAITANYA JOGLEKAR GHANSHYAM ATTAL YOGESH PARESH GODBOLE EESHANI SUNIL PATIL CHINMAY RAJENDRA PATIL VISHWAJEET MITHIL ANIRUDDHA ZINZUWADIA MANORANJAN SARKAR KAUSTABH SUMANT BHAGWAT SUYASH AJAY KOTANGLE AVIRAL ROHAN VAMAN NACHANEKAR SHAH JIMISH VILAS KIRIT DEDHIYA VINIT SUBODH KORDE MADHULIKA SURESH WAGHELA ROHAN SANJAY THAKARE KOMAL TUSHAR DAVE VARUN Photocatalytic membranes release systems Kinetics of controlled biological processes reactors for chemical and Hybrid catalytic membrane applications oxide preparation and novel New of methods graphene propylene of propylene oxide from Challenges inmanufacture methanol Oxidation of methane to applications catalyst synthesis and in supported trimetallic Recent developments toxic gas srubbing systems Latest developments in analysis of chemical process Principal component granulation processes Multiscale modeling of dynamics computational fluid Meshless for methods from Brine Sludge Sulphate/Barium Carbonate of BariumRecovery of carbon nanosheets Synthesis and applications and chitin Hydrogels from cellulose landfill leachate Biological treatment of applications for environmental Tannin-based bio-sorbents Shape polymers memory forDesign disassembly Prof. G.D.Yadav Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Prof. B.N.Thorat Dr. P.D.Vaidya Dr. P.D.Vaidya Dr.P.D.Vaidya Dr. P.D.Vaidya Mrs. K.V.Marathe Mrs. K.V.Marathe Mrs. K.V.Marathe Mrs. K.V.Marathe Prof. G.D.Yadav Prof. G.D.Yadav Prof.G.D.Yadav Prof. G.D.Yadav Chemical Engineering I Institute of Chemical Technology I 55 Dr. S.M.Sontakke Dr. S.S.Bhagwat Prof. S.S.Bhagwat Prof. Dr. P.R.Gogate Dr. P.R.Gogate Dr. P.R.Gogate Dr. Dr.P.R.Nemade P.R.Nemade Dr. P.R.Nemade Dr. P.R.Nemade Dr. S.M.Sontakke Dr. S.M.Sontakke Dr. S.M.Sontakke Dr. Dr. P.D.Vaidya Dr. P.K.Ghosh Prof. P.K.Ghosh Prof. P.K.Ghosh Prof. P.K.Ghosh Prof. P.K.Ghosh Prof. P.R.Gogate Dr. Antimicrobial agents for for agents Antimicrobial products personal care Recent advances and and advances Recent screen of applications printing softeners water Low-cost natural of status Current a petrochemical as gas feedstock of Developement gases for chemosensors waste of Reclamation foundry sand domestic wastewater in wastewater domestic areas small community biofuels of Intensification microalgae from production reactors cavitational using in Reverse Advances Recent Membranes Osmosis Surfactants Silicone hydrophilization Surface surfactants Biocompatible organics in effluent streams in effluent organics and recycle water Grey reuse spent from recovery Metal catalysts in advances Recent ultrasound of application separations membrane for in recovery advances Recent whey from proteins of in advances Recent of recycle and treatment Pre-treatment technologies technologies Pre-treatment ethanol cellulosic for flue CO2 from of Potential feedstock as gas reject water of Management plants desalination from recalcitrant of Management SURESH SURESH VARAD PATANKAR VAIBHAV SUPRIYA GHOSH SUNIL PATIL YASH SUDHIR SUDHIR YASH PATIL KALYANI JANGAM VIJAY PRITESH TAYADE PATEL MIT HARSHAD MIT HARSHAD PATEL DIGVIJAY BAGUL VASANT VIJAY ROHIT KUMAR SUMEET SUMEET MADHAV SETHIA RAMESH PARTH PEARL RAY SARATHI SUNIL SUNIL SHIRODKAR ATUL ANIRUDDHA GUJRAL ROHAN NAROTE VISHAL VISHAL NAROTE MAHESH NITIN MEET SHAH GANJU SPARSH BHATAVDEKAR BHATAVDEKAR MANDAR OMKAR DEEKSHA DAVE NIKHIL ASHOK UJWAL JAIN GAWANDE KAIVALYA KAIVALYA GAWANDE PURUSHOTTAM KIRAN SABALE BABURAO 13CHE1010 13CHE1034 13CHE1056 13CHE1031 13CHE1009 13CHE1076 13CHE1008 13CHE1025 13CHE1065 13CHE1013 13CHE1055 13CHE1036 13CHE1016 13CHE1004 13CHE1054 13CHE1045 13CHE1049 13CHE1027 13CHE1062 12CHE1068 57 58 56 55 54 52 53 50 51 49 48 47 46 45 44 42 43 41 39 40 56 I Institute of Chemical Technology I Annual Report 2016-17 B.CHEM. ENGG. HOME PAPER 2016-17 2 1 12 11 10 9 8 7 6 5 4 3 No. Sr. Sr. 13CHE1009 12CHE1059 13CHE1060 13CHE1057 13CHE1035 13CHE1013 13CHE1074 13CHE1052 13CHE1014 13CHE1008 13CHE1003 13CHE1023 Roll No. Roll KAILAS PATIL AKASH ANIL MUNGAD ADITYA RAMESH SETHIA MADHAV DAYANAND BABAR MAITREYA ASHLYN SAJEEV SAXENA AAYUSHI VIJAY KUMAR ROHIT RAJIEEV GARG PARTH SANJAY HURSHVARDHAN SRIVASTAVA SUDHIR PATIL YASH SUNIL PATIL CHINMAY SANJAY THAKARE KOMAL Name of Student amine manufacture cyclopropyl aplantDesign to propyne manufacture 3-chloro-1- aplantDesign to glycerine manufacture 2-ethylhexyl aplantDesign to butadine manufacture 50TPD green aplantDesign to single oil cell manufacture 100TPD of aplantDesign to hydrogen manufacture 50TPD of green aplantDesign to L-carvone manufacture10 TPD of aplantDesign to veratrole manufacture 10TPD of aplantDesign to Carboxy Methyl Cellulose manufacture 10TPD of aplantDesign to Ethoxylated Guar Gum manufacture10TPD of aplantDesign to phosphate sodium tri crystalline manufacture 10TPD of aplantDesign to caseinatesodium powder manufacture 10TPD of aplantDesign to Topic Prof.A.B.Pandit Prof.A.B.Pandit Prof.A.B.Pandit Prof.A.V.Patwardhan Prof.A.V.Patwardhan Prof.A.V.Patwardhan Prof.A.M.Lali Prof.A.M.Lali Prof.A.M.Lali Prof.A.M.Lali Prof.A.B.Pandit Prof.A.B.Pandit Guide Chemical Engineering I Institute of Chemical Technology I 57 Dr.C.S.Mathpati Dr.C.S.Mathpati Prof.A.W.Patwardhan Prof.A.W.Patwardhan Prof.A.W.Patwardhan Prof.B.N.Thorat Prof.B.N.Thorat Prof.B.N.Thorat Prof.B.N.Thorat Prof.A.V.Patwardhan Prof.A.V.Patwardhan Prof.A.W.Patwardhan Prof.A.W.Patwardhan sitagliptin malate sitagliptin manufacture 10 TPM of 10 TPM of manufacture phenylphrine to Design a plant 2 of 3000 TPA manufacture THF Methyl to Design a plant 40 TPA manufacture Valsartan to Design a plant of 2 TPA manufacture tertiary butyamine to Design a plant triphenyl 1 TPD manufacture oxide phosphine to Design a plant of 3000 TPA manufacture hydrofluorololefin to Design a plant of 10 TPD manufacture HPMC to Design a plant Design a plant to to Designa plant of 1000 TPA manufacture 1-octanol to Designa plant diol 1,6 hexane manufacture glycerol from to Designa plant 10000 TPA manufacture acid glyoxalic to Design a plant 30000 TPA manufacture Design a plant to to Design a plant dichoro-5- 2,4 manufacture fluoroacetophenone Design to a palnt fatty tallow manufacture acids ROHAN VAMAN VAMAN ROHAN BHIRUD SHUBHAM HARSHAVARDHAN JUILI PARAB DATTARAM RITESH PAWAR DINKAR SANDEEP KOTANGLE AJAY AVIRAL KIRAN SABALE BABURAO VARAD PATANKAR VAIBHAV NACHANEKAR HITESH IJJAPAWAR HITESH KALYANI JANGAM VIJAY YOGESH ATTAL GHANSHYAM JOGLEKAR CHAITANYA DESHMANE DESHMANE SHUBHAM BHAUSAHEB THORAT PRANAV 13CHE1033 13CHE1063 13CHE1026 13CHE1061 12CHE1068 13CHE1010 13CHE1050 13CHE1073 13CHE1031 13CHE1038 200901011018 200901011018 12CHE1074 13CHE1053 25 24 23 22 21 20 19 18 17 16 15 14 13 58 I Institute of Chemical Technology I Annual Report 2016-17 28 27 26 38 37 36 35 34 33 32 31 30 29 13CHE1062 13CHE1004 13CHE1071 13CHE1025 13CHE1019 13CHE1021 13CHE1007 13CHE1049 13CHE1034 13CHE1006 13CHE1066 13CHE1055 13CHE1046 SARATHI RAY PEARL PARTH ARUN GUPTA HANSIKA EESHANI PARESH GODBOLE DEEP ANUP NAGPAL AMAN ASHOK JAIN UJWAL SUNIL GHOSH SUPRIYA VINEY GUPTA RACHIT ARVIND SHENDE TUSHAR SUMEET ROHANGUJRAL DARSHAN VIMAL PANDYA PURUSHOTTAM KAIVALYA GAWANDE JAVER SHAH MEET NITIN BHALCHANDRA JADHAV AKSHAY diacetone acrylamide manufacture 200TPD of aplantDesign to Anthroquinone manufacture 4000TPD of aplantDesign to barium perchlorte manufacture 10TPD of aplantDesign to aluminium sulphate manufacture 100TPD of aplantDesign to tetrahydrate manufacture cadmium nitrte aplantDesign to adipatedioctyl manufacture of 5TPD of aplantDesign to manufacture zinc acetate aplantDesign to p-toluidine manufacture 5000TPA of aplantDesign to 4-methoxyacetophenone manufacture 5TPD of aplantDesign to lutidine manufacture 10TPD 2,3 aplantDesign to ornidazole manufacture 300TPA of aplantDesign to Dimethyl fumarate manufacture 50TPA of aplantDesign to crotonaldehyde manufacture 10000TPA of aplantDesign to Prof.G.D.Yadav Dr.C.S.Mathpati Dr.C.S.Mathpati Dr.C.S.Mathpati Prof.Lakshmi Kantam Prof.Lakshmi Kantam Mrs.K.V.Marathe Mrs.K.V.Marathe Mrs.K.V.Marathe Mrs.K.V.Marathe Mrs.K.V.Marathe Prof.G.D.Yadav Prof.G.D.Yadav Chemical Engineering I Institute of Chemical Technology I 59 Dr.P.R.Gogate Dr.P.R.Nemade Prof.P.K.Ghosh Prof.P.K.Ghosh Prof.P.K.Ghosh Prof.P.K.Ghosh Dr.P.R.Gogate Dr.P.R.Gogate Dr.P.R.Gogate Dr.P.D.Vaidya Dr.P.D.Vaidya Dr.P.D.Vaidya Dr.P.D.Vaidya cinnamic acid cinnamic Design a plant to to Design a plant ethyl manufacture cyanoacetate to Design a plant 2,3 xyelnol manufacture to Design a plant aceto 3 hydroxy manufacture phenone to Design a plant p-sulfoxy manufacture of high performance anion anion high performance of membrane exchange to Design a plant acid fatty 3TPD manufacture Jatropha from ester methyl fruit to Design a plant of 1000 TPA manufacture A Tetrabromobisphenol to Design a plant acid 1, 6 cleves manufacture Design a plant to to Designa plant of 100 TPA manufacture alpha-bisabolol to Designa plant of 100 TPA manufacture N-acetyl-D-glucosamine to Designa plant agarose 1 TPD manufacture seaweed dura G. from to Design a plant 100 m2 per day manufacture Design a plant to to Design a plant of TPA 500 manufacture benzonitrile to Design a plant di- of TPA 1000 manufacture ether n-butyl PATIL PATIL VISHWAJEET RAJENDRA VARUN DAVE TUSHAR DIGVIJAY BAGUL VASANT ARCHIT DATAR NIKHIL KANE ASHWIN ASHWIN KANE ATUL ROHAN WAGHELA SURESH OMKAR MEHTA RAJENDRA NAROTE VISHAL VISHAL NAROTE MAHESH DABHADE SHARVARI MAHESH SUYASH BHAGWAT SUMANT KOTHARI AJAY RISHABH SHAH SOHAM SOHAM SHAH EMIL VINIT DEDHIYA KIRIT 13CHE1005 13CHE1043 13CHE1076 13CHE1001 13CHE1030 13CHE1075 13CHE1018 13CHE1047 13CHE1068 13CHE1012 13CHE1037 13CHE1054 13CHE1002 51 50 49 47 48 46 45 44 43 42 41 40 39 60 I Institute of Chemical Technology I Annual Report 2016-17 53 52 63 62 61 60 59 58 57 56 55 54 13CHE1045 13CHE1036 13CHE1028 13CHE1017 13CHE1069 13CHE1044 13CHE1040 13CHE1039 13CHE1024 13CHE1056 13CHE1032 13CHE1029 MITHIL ZINZUWADIA VASANTRAO JADHAV VISHAL VILAS SHAH JIMISH DHANANJAY NANDINI BHOSALE NARESH GOSAR RIJUL NITIN KULKARNI AMEYA SURESH TAYADE PRITESH MUKESHBHAI HARDIK RADADIYA NARENDRA PATIL ADITYA NIKHIL DAVE DEEKSHA ATUL ANIRUDDHA SHIRODKAR PRAMOD PATEL VISHVA ANIRUDDHA acetylene routeacetylene monomer by carbide- manufacture vinyl chlordie aplantDesign to manufacture metronidazole aplantDesign to manufacture chloranil aplantDesign to manufacture aspartame aplantDesign to sulphate stannous manufacture 30TPD of aplantDesign to ThionylChloride manufacture 50000TPA of aplantDesign to phoshprous trichloride manufacture 100TPD of aplantDesign to Dichloroethane manufacture 30TPD of 1,2 aplantDesign to Caustic soda manufacture 300TPD of aplantDesign to ammonio-butanoate R) 3acetyloxy -4-trimethyl manufacture 100TPA of ( aplantDesign to methylcellulose TPA of hydroxypropyl manufacture 10000 aplantDesign to ofloxacin manufacture 1000TPA of aplantDesign to Dr.S.M.Sontakke Dr.P.R.Nemade Dr.P.R.Nemade Dr.P.R.Nemade Prof.S.S.Bhagwat Prof.S.S.Bhagwat Prof.S.S.Bhagwat Prof.S.S.Bhagwat Dr.S.M.Sontakke Dr.S.M.Sontakke Dr.S.M.Sontakke Dr.S.M.Sontakke Chemical Engineering I Institute of Chemical Technology I 61 Dr.S.S.Jogwar Prof.V.K.Rathod Prof.V.K.Rathod Prof.V.K.Rathod Prof.V.K.Rathod Prof.V.K.Rathod Dr.V.H.Dalvi Prof.S.S.Bhagwat Dr.S.S.Jogwar Dr.S.S.Jogwar Dr.S.S.Jogwar Design a plant to recover recover to Design a plant sea from water of 1000 LPD thramal solar using water system manufacture 1TPD of of 1TPD manufacture Bosentan to Design a plant N of 2 TPA manufacture cystine Acetyl to Design a plant 10 TPD manufacture acid anthranilic to Design a plant of 10 TPD manufacture benzene nitrobutyl Design a plant to to Designa plant acetate vinyl manufacture to Designa plant maleic manufacture anhydride to Designa plant dioctyl phtalate manufacture to Designa plant of 5000 TPA manufacture disupfide dimethyl to Design a plant Design a plant to to Design a plant dimetheyl manufacture glycine to Design a plant phthalic manufacture anhydride GANJU SPARSH GANJU SPARSH SUNIL PARAG PARAG KORDE MADHULIKA SUBODH AVANTI PALEKAR KIRAN ATUL KHEDKAR JAGDISH CHANDRA CHANDRA GOPAL ADITYA MIT PATEL HARSHAD GAIKWAD ASHOK TANMAY ATALE ADITYA TANAY MANGLE ASUTKAR ASUTKAR SANJAY LAKSHYA SARKAR KAUSTABH MANORANJAN 13CHE1064 13CHE1016 13CHE1020 13CHE1041 13CHE1011 13CHE1070 12CHE1058 13CHE1015 13CHE1042 13CHE1065 13CHE1058 74 73 72 71 70 69 68 67 66 65 64

62 I Institute of Chemical Technology I Annual Report 2016-17 RESEARCH PROJECTS RESEARCH TOPICS(THESISWORK): 1. 14. 13. 12. 11. 10. 9. 8. 7. 6. 5. 4. 3. 2. No. Koli Aditya (left course) PravinBote P Gore Amol Akshaya Chavan Swapnil Pakhale Rahul Patil Kalsulkar Sudarshan Kalpana Mahalle Haramkar Shilpa Chavan Anand Bhadange Yogesh Shete T. Rahul Shailendrasingh P. Rajput Tidke Vaibhav B. Research Scholar Research Scholar (Beginning with with (Beginning Last name) Last Technology, Mumbai Institute of Chemical Kharghar BhartiVidyapeethCoE, UDCT, Jalgaon Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical UDCT, Jalgaon University SGB, Amravati Technology, Mumbai Institute of Chemical Thane Govt. Polytechnic, Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Previous Institution Previous PH.D. (TECH) of briquettes fuel Studies on development technologies evaluation of sustainable Techno-commercial carbohydrates fromChemicals Production of Valuable oleochemicals for synthesis of different Novel Reactor Design vegetable oils phytonutrients from ofExtraction science Studies inInterfacial marcescensSerratia biomolecules from purification of Bioprocessing and Power Cycle Thermodynamics of waste Utilization of agricultural refrigeration forcycle power and Study of absorption activated sludge Dewatering waste studyExergy of dryers Modeling, simulation and Sustainable Technologies continuous process Microencapsulation by Project Thorat Professor B.N. Thorat Professor B.N. Prof. V.G. Gaikar Prof. V.G. Gaikar Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Thorat Professor B.N. Thorat Professor B.N. Thorat Professor B.N. Thorat Professor B.N. Supervisor Chemical Engineering I Institute of Chemical Technology I 63 Prof. A.B. Pandit A.B. Prof. Pandit A.B. Prof. Prof. V.G. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. Pandit A.B. Prof. Prof. V.G. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. Sustainable processes processes Sustainable of the development for the for hydrolysate keratin animal use fertilizer, as pet foodfeed and intensification Process hydrolysis enzymatic of process various using techniques intensification system for CO2 for system valuable to conversion fuel Components Tea in water solubilization thermodynamic and solubilization of studies additive of Development Coker use in Delayed for (DCU) improve to Unit yield liquid in Situ Design of Systems Photocatalytic into CO 2 Conversion for OrganicMaterials Useful CdS Nanoparticles Using CO Polymeric the New on Adsorbentsand/ 2 Specific Supports graphene of conversion Catalytic Biomass. Cost of Development for Technologies Effective Wastewater Reuse of Design and Process Process Design and Novel of Intensification Selective for Extractants MetalIons of Separation of intensification “Process of isolation extraction and products.” natural aspects Engineering of nanoparticles of synthesis pharmaceutical and cocrystals in microreactor reactors. continuous and Photocatalytic situ In Technology, Mumbai Technology, LIT Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Institute of Chemical of Institute Mumbai Technology, B.A.T.U Dr. Institute of Chemical of Institute Mumbai Technology, LIT LIT UDCT, Jalgaon UDCT, Chemical of Institute Mumbai Technology, Karuna Nagula Karuna Kausley Shankar Kausley Desai Ketan Chatake Vikram S Vikram Chatake BhojeRutuja Sanjay BhojeRutuja Syed Tanweer Tanweer Syed Ahmed Ketan Kabade Balkrishna GabhaneSuchita T. GabhaneSuchita Labrath Yogita Labrath Rathi Noopur Sawant Vishal M. Vishal Sawant 25. 24. 23. 22. 21. 20. 19. 18. 17. 16. 15. 64 I Institute of Chemical Technology I Annual Report 2016-17 28. 27. 26. 37. 36. 35. 34. 33. 32. 31. 30. 29. Rutuja Kamble Rutuja Mayur Ladole Gaurav Dastane DoltadeSarjerao Nilesh Rane Dipak Chandre Sammit Karekar JadhavAnanda Chandrakant Holkar Chandrakant Bhogle HussainZakir Yogesh Urunkar T.K.I.E.T. Kolhapur Jalgaon U.D.C.T. N.M.U. Technology, Mumbai Institute of Chemical Pune A.I.S.S.M.S.C.O.E. Jalgaon U.D.C.T. N.M.U. S.V.I.T.Nashik V.I.T. Pune I.I.T. Roorkee Technology, Mumbai Institute of Chemical Jalgaon U.D.C.T. N.M.U. Jalgaon U.D.C.T. N.M.U. L.I.T. Nagpur sustainable processes for Development of phenomenon cavitation productsadded using Terepthalate) into value consumer Poly(Ethylene Depolymerisation of Post- devices of burning fuel solid Modeling and simulation burningfuel device improvements insolid efficiency Thermal (MBR) Membrane Bioreactor avoid biofouling the in Novel to methods transformations to study Biochemical enzyme immobilization Nano supports for Synthesis of Magnetic Devices ofDesign Cavitating surrogate system passive heat transfer or of cold trap including regeneration behavior tomodel study the Development of CFD system cold trap using surrogate Regeneration of sodium treatment Cavitation for wastewater applications performance based nanocontainer for Development of nanoscale synthesizing materials at trasnsformation for physico-chemical Cavitation assisted green environment Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Chemical Engineering I Institute of Chemical Technology I 65 Patwardhan A.V. Prof. Patwardhan Prof. A.M. Lali Prof. A.M.Lali Prof. A.M. Lali Prof. A.M.Lali Prof. Joshi B. J. Prof Joshi B. J. Prof A.V. Prof. Patwardhan A.V. Prof. Prof. A.B. Pandit A.B. Prof. Pandit A.B. Prof. Pandit A.B. Prof. A.M.Lali Prof. A.M. Lali Prof. and application of of application and / colorants microbial pigments ceramic of Synthesis its and membranes applications Synthesis of methyl ethyl ethyl methyl of Synthesis butadiene and ketone 2,3 fermented from butanediol cultivation Continuous for thrastochytrides of production oil microbial Chromatographic Isomers of Separation scale and up Process for engineering reaction FDCA of production Flow Computational Compressible of Modeling Centrifuge in Gas Flow solar CPC for Design of Systems Thermal in advanced Studies separation membrane processes in development Studies Design of cavitating cavitating Design of nanoemulsion devices for experiments CFD and bed packed with catalytic systems based enzyme Microbial fiber (Ramie) natural an ecofriendly finishing: approach of Depolymerisation lignin kineticScale and up algae of studies Technology, Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, A.C.Tech Campus, Campus, A.C.Tech University Anna Chennai University, SRM Chennai Chemical of Institute Mumbai Technology, Chemical of Institute LIT, Nagpur LIT, Chemical of Institute Mumbai Technology, of Institute Indian Kanpur Technology Jalgaon NMU, UICT, Institute of Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Prabhu Vandana (Chemical Engineering) (Chemical Engineering) M. Vaishali Kulkarni (Bioprocess Technology) Khadamkar RamchandraPatil Swapnil Chaudhari R. Vasishta Ayush Vasishta Hrushikesh Pawar Pratik R. Pratik Pawar Sunu Subramanian Moushmi Prashant Savvashe Jyoti Mahale Ashish Yadav Ashish Chakraborty Rahul Kulkarni Rahul Patil Priyanka 51. 50. 48. 49. 47. 46. 45. 44. 42. 43. 41. 40. 39. 38. 66 I Institute of Chemical Technology I Annual Report 2016-17 54. 53. 52. 67. 66. 65. 64. 63. 62. 61. 60. 59. 58. 57. 56. 55. (Co-Guide) Sawant Shrilekha Hinge Shruti Amol Ganjare Pallavee Dhekne Hendre Nilesh Mali Chaitanya (Co-supervised) Tiwari Shashank Lote Dhiraj (Co-supervised) Yadav Manishkumar Bapat Deepak (registered at HBNI) Nirvik Sen (Co-supervised) Yadav Geeta supervised) Sharma Anita (Co- Farakte Raosaheb Engineering) (Chemical Rajput Swapnil Engineering) V. (Chemical Nitin Thombre Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical BATU NIT Trichy BATU NIT Bhopal IIT Guwahati IIT Gandhinagar Technology, Mumbai Institute of Chemical BARC ofCollege Pharmacy Dr. L.H.Hiranandani Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical I. S.M.,Dhanbad Formulation of Actives andExtraction NanoTubes Synthesis of Carbon Multiphase Processes Transport Phenomena in metals (extractants) for precious resins and membranes Development of grafted membranes separation treatment using Studies inwastewater applications Experimentation and nanotubes: modification carbonof Synthesis and Reactors and Fermenters Liquid Stirred Tanks CFD Modeling of Gas- Settlers Aspects ofDesign Gravity ProcessesLeaching Modeling of Infusion and Assymetric RDC CFD Modeling of Evaporators Vertical Tube Boiling Flow Instability in Modeling of Two Phase Multi-Particle Systems DNS of Flow Patterns in Processes Studies on Extraction Fibres Carbon NanoTubes and Characterization of Synthesis and SystemExtraction Thermodynamics of Columns Extraction Pulsed from Natural Materials Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.V. Patwardhan Prof. A.V. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Chemical Engineering I Institute of Chemical Technology I 67 Prof. V. K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Rathod Prof. A.W. A.W. Prof. Patwardhan K. V. Prof. Rathod K. V. Prof. Rathod K. V. Prof. Studies in enzyme in enzyme Studies immobilization in enzyme Studies reaction catalyzed in studies Modeling natural extraction of products Downstream Processing Processing Downstream of biomolecules of from medicinal value source natural in biocatalysis Studies in enzyme Studies reactions catalyzed Intensification Process spinning using studies disc reactor production Fermentative a biomolecule. of proteins Extraction of seeds oil from medicinally Extraction of compounds important sources natural from Extraction of natural from biomolecules sources in enzyme Studies reactions catalyzed Synthesis and Application Application and Synthesis Graphene of Extraction and of Study Processing Downstream from Biomolecules of Sources Natural Various Extraction and of Study Processing Downstream of Biomolecules of values from Therapeutic Sources Natural Various Extraction and of Study Technology, Mumbai Technology, Institute of Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Institute of Chemical of Institute Technology Lonere BATU, Dr. -Raigad Patil Y. DR. D. Navi University, Mumbai. Chemical of Institute Technology Chemical of Institute Mumbai Technology, Institute of Chemical of Institute Technology Vidyapeeth’s Bharati Phamacy College of Chemical of Institute Technology Institute of Chemical of Institute Mumbai Technology, Chemical of Institute Technology Girish N Girish Gharat Neha Prerna Tomke Nadar Shamraja Bhagwat Komal Kavita Lanjekar Rohidas PawarShwetaVitthal Revati Chavan Pandhare Dhanashree Khan Nishat RathodWadilal Rao Priyanka Niphadkar Sonali Niphadkar Biranje Pratiksha Biranje (Co-Guide) Kulkarni Vrushali 82. 81. 79. 80. 78. 77. 76. 75. 74. 73. 72. 71. 70. 69. 68. 68 I Institute of Chemical Technology I Annual Report 2016-17 85. 84. 83. 95. 94. 93. 92. 91. 90. 89. 88. 87. 86. More Nishant Joshi Saurabh Praveen Bhandari AratiBarik Mohod Ashish Jawale Rajashree H. PravinTadkar Katyayini .T Meera Sose ShivrajYadav SandipShewale Parmanand Dange Patil Sujata University, Lonere Technological Ambedkar Dr. Babasaheb Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Rourkela of Institute National Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Vellore of Vellore Institute Engineering College Pravara Rural bioethanol of production Fermentative TKIET, Warnanagar AISSMS,Pune Technology, Mumbai Institute of Chemical production from waste studies inethanol Process intensification ingredients from herbs purification if natural of and extraction Process intensification production Studies inbiodiesel from turmeric purification curcumin of andExtraction cavitational reactors cavitational oil processing using emulsification and Improvements in resources synthesis from sustainable Improvements inbiofuel wastewater treatment Intensified Industrial Wastewater Treatment and Photocatalysis for Cavitation, Ozone on Schemes based Combined Treatment Reactors Cavitational Applications Using ProcessingChemical Intensification of treatment cavitation for wastewater onprocesses based Advanced oxidation reactions in chemical engineering Process intensification extraction Studies inbiomolecule catalyzed reaction studies inenzyme Prcoess intensification Rathod Prof. V. K. Rathod Prof. V. K. Rathod Prof. V. K. Rathod Prof. V. K. Dr. P.R. Gogate Dr. P.R. Gogate Dr. P.R. Gogate Dr. P.R. Gogate Dr. P.R. Gogate Dr. P.R. Gogate Rathod Prof. V. K. Rathod Prof. V. K. Rathod Prof. V. K. Chemical Engineering I Institute of Chemical Technology I 69 Marathe Vaidya D. P. Dr. Vaidya D. P. Dr. Dr. P.R. Gogate P.R. Dr. Gogate P.R. Dr. Gogate P.R. Dr. Gogate P.R. Dr. Gogate P.R. Dr. K. V. Mrs. Marathe K. V. Mrs. Marathe K. V. Mrs. Dr. P.R. Gogate P.R. Dr. Gogate P.R. Dr. Gogate P.R. Dr. membrane in waste water water in waste membrane treatment catalyst of Development gas synthesis for via CO2 production methane of reforming in reactive Studies CO2 by of absorption alkanolamines Contaminates Recovery Of Intensified From Products Valuable Ultrasound Using Whey and separations Improved ultrasound using cleaning of Intensification using processing chemical cavitational reactors and water Improved treatment wastewater combination using approaches of production Intensified sustainable from biofuels sources biomass in Development Process Separations Membrane Intensification Process of Studies Bioelectrochemical Reactor Membrane ReuseRecycle of and Improved oxidation oxidation Improved schemes treatment effluent industrial for treatment adsorption Improved of removal for processes wastewater from dyes Oxidation Combined BasedProcesses On Cavitation Hydrodynamic Waste of Treatment for Containing Water Emerging and Pesticides Institute of Chemical of Institute Mumbai Technology, PhD (Tech) PhD PhD(Tech) BITS, Pilani AISSMS, Pune AISSMS, Chemical of Institute Mumbai Technology, Nagpur LIT, PhD(Tech) Institute of Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Chemical of Institute Mumbai Technology, Dr. Babasaheb Dr. Ambedkar Technological Lonere University, Jalgaon NMU, UDCT, Mrs. Joseph Joseph Mrs. Elizabeth Hrushikesh Patil Hrushikesh L. Ashvin Karemore Karan Chavan Pranav Nakhate Vinod Pakhale Vinod Gandhi Sudhir Sabnis Sarvesh Sabnis Pankaj Sinhmar Khaire Rajeshree Khaire Jain Suyog Nandlal Suyog Jain ThanekarPooja Ayare Sudesh Ayare 108. 107. 106. 104. 105. 103. 102. 100. 101. 99. 98. 97. 96. 70 I Institute of Chemical Technology I Annual Report 2016-17 112. 111. 110. 109. 121. 120. 119. 118. 117. 116. 115. 114. 113. Kulkarni Harshawardhan Yogesh Urankar Bhavesh Gajbhiye Sandeep Gosavi Achyut Pakhre Shekhar Sawant Ghungrud Swapnil Bhoite Ganesh M. Patil Mayurkumar Karan Dewoolkar Ms. Budhwani Neha Ms. Barge Aditi GhanshyamBhosale CMS, Pune LIT, Nagpur Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical BATU, Lonere UICT, Jalgaon Technology, Mumbai Institute of Chemical UICT, Jalgaon Technology, Mumbai Institute of Chemical NIT, Raipur Technology, Mumbai Institute of Chemical Technology, Mumbai Institute of Chemical Pretreatment of captureCO2 absorbents for enhanced ofDiscovery novel reforming reactions Sorption enhanced absorption Studies inreactive purification Studies inwater for wastewater treatment Multiphase reactor design erosion problems techniques for corrosion Computational Fuel Burning Device Improvement inSolid Efficiency Thermal Visualization andDynamics Flow Computational Fluid Fluid-Fluid Interface: at Solid-Fluid and Transport Phenomena Fluidization Phenomena StudyExperimental of and Computational Morphology of Crystals Distribution and Fields on Size the and Supersaturation Role of Fluid Mechanics Reactor Scale-Up of Multiphase in Studies Experimental and Computational enhanced reforming Studies insorption biomethanationfurther air oxidation to enhance waste by catalytic wet biomethanated distillery Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. P. D. Vaidya Chemical Engineering I Institute of Chemical Technology I 71 Dr. P.R. Nemade P.R. Dr. Nemade P.R. Dr. Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. Dalvi V.H. Dr. Dalvi V.H. Dr. Nemade P.R. Dr. Nemade P.R. Dr. Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. C.S.Mathpati Dr. separations silicone of Development based surfactants gemini in crystallization Studies synthesis continuous for nanoparticles of gas solid systems gas and Scheduling Batch energy of control optimal networks integrated mixed design of Robust integration heat mode of systems. in batch study Computational human in blood flow of body - to Approach Lagrangian the using Mechanics Fluid Framework Voronoi of Simulations Molecular Confined and Biphasic Systems of Development catalyst metal oxide environmental for applications graphene of Development for based materials oxide Development of of Development the code for simulation electrorefining salt molten fuel nuclear spent of transport of Study multiphase in phenomena using design by reactor computational tool Computational and of Experimental Study Phenomena Fluidization Experimental and of studies Computational NMU, Jalgaon NMU, Jalgaon NMU, Nagpur LIT, Chemical of Institute Mumbai Technology, UDCT Jalgaon LIT Nagpur Chemical of Institute Mumbai Technology, NIT Surat Chemical of Institute Mumbai Technology, Lonere BATU, Nagpur LIT, Current institute: institute: Current HBNI-IGCAR LIT Nagpur Aniket Waval Aniket Rahul Zambare Rahul Kulkarni Shivani Deepak Bapat (co- Deepak Bapat Prof. with guiding Patwardhan) A. W. Sushil Chaudhari Tukaram Shinde Tukaram Shinde Tukaram Parikshit Shahane Parikshit Dwidmuthe Prachi Naresh Hanchate Mete Shrikant Shivanand Teli Shivanand Kulkarni Niraj Sourabh Agarwal Sourabh 135. 134. 133. 132. 131. 129. 130. 128. 127. 126. 125. 124. 123. 122. 72 I Institute of Chemical Technology I Annual Report 2016-17 137. 136. 147. 146. 145. 144. 143. 142. 141. 140. 139. 138. Gaikwad Ganesh Rohra Nanda Patil Saurabh Sathish Dyawanapelly AnomitraDey Sharwari Ghodke Pofali Prasad Mamta Sardare Umale Sanjivani Tambat Sneha Sane Priyanka Sushil Chaudhari Jalgaon North Maharashtra, Technology,Chemical University Institute of Technology, Mumbai Institute of Chemical Research, Shirpur Education and of Pharmaceutical PatelR.C. Institute Bariely Rae NIPER, University, Mumbai Dr. D.Y. Patil Technology, Mumbai Institute of Chemical Bhopal Pharmacy, Bhanpura, ofRMS College MAE, Alandi NMU, Jalgaon Amravati University DBATU, Lonere UDCT, NMU, Jalgaon and Advanced Oxidation harnessing energy Solar and its Application for Organic Framework Synthesis of Metal for methane reforming Development of catalysts reforming oxidative methane formation innon- lowering of coke Catalytic studies in Topic Approval Pending formulation recombinant protein sustainable process for Development of Dosage Forms for Pharmaceutical Excipient Development biomacromolecules of nanoparticulates for Intracellular delivery complexes for nucleic acid-polymer computational studies and Cellular actives ofdelivery therapeutic polymer forbased Synthesis of Cyclodextrin for nucleic aciddelivery evaluation of Nanoplex Development and degradation studies photocatalytic Visible light solar cell Studies on dye sensitized Processes Sontakke Dr. S.M. Pandit/ Prof. A.B. NemadeR. Sontakke /Dr. P. Dr. S.M. Sontakke / Dr. S.M. Dr. P. Nemade R. Dr. Ratnesh Jain Dr. Ratnesh Jain Dr. Ratnesh Jain Dr. Ratnesh Jain Dr. Ratnesh Jain Dr. Ratnesh Jain Dr. Ratnesh Jain Sontakke Dr. S.M. Sontakke Dr. S.M. Chemical Engineering I Institute of Chemical Technology I 73 Supervisor Dr. D.V.Pinjari Dr. D.V.Pinjari Dr. Dr. Ratnesh Jain Ratnesh Dr. D.V.Pinjari Dr. D.V.Pinjari Dr. Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. Prof. B.N. Thorat B.N. Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. Project Development of of Development for processes sustainable environment green by treatment water Waste methods.novel Novel drug delivery Novel chitosan of system using developed oligomer approaches green of Development for Nanocontainer based performance applications Induced Cavitation Physico-Chemical for Transformation at Materials Synthesizing scale Nano absorption cycles absorption Characterization of of Characterization from derived surfactants sources natural in equilibria Phase of Study solutions surfactant surfactant of Application in petroleum solution industry systems surfactant Mixed Phase of Thermodynamics for relevant equilibria Biochemical and and Biochemical Analysis Microbiological Dried and Agricultural of Products Food Marine Science for Interfacial methods synthesis greener and Synthesis Previous Institution IIT, Roorkee IIT, Mumbai ICT, Visvesvaraya Sir technology of Institute Bharati Vidyapeeth Vidyapeeth Bharati Navi University, Mumbai Pune VIT, Mumbai of University Mumbai College Bhavan’s of University Mumbai college R. N. Ruia Mumbai University Mumbai Science college RYK Nasik of University Last name) (Beginning with Research ScholarResearch Chandre Dipak Dipak Chandre Karbhari Holkar Chandrakant Chandrakant Holkar Ramnath Karekar Sammit Sammit Karekar Ekanath Ananda Jadhav Jaysing Pandit Ashish Pandit Parab Pallavi Desai Shobha Kedar Vaibhav Kotian Prashant Lokhande Lokhande Kumudini Nagwekar Nupur N. Nupur Nagwekar Manisha Ahire No. 158 159 157 156 155 154 153 152. 151. 150. 149. 148. PH.D. (SCIENCE) 74 I Institute of Chemical Technology I Annual Report 2016-17 162 161 160 171 170 169 168 167 166 165 164 163 Koli Aditya (left course) PravinBote P Yogeshwar Dubhashe Dabir Tasneem Chatake Vikram S BhojeRutuja Sanjay Balkrishna Kabade Ketan Ahmed Syed Tanweer GabhaneSuchita T. NoopurRathi Labrath Yogita Sawant Vishal M. Dr. B.A.T.U ICT LIT LIT ICT ICT UDC UICT KhargharCoE, Bharti Vidyapeeth UDC Wilson college LIT Photocatalytic Systems ofDesign inSitu yield to improve(DCU) liquid inDelayeduse Coker Unit Development of additive for solubilization thermodynamic studies of solubilization inwater and Tea Components valuable fuel for conversion CO2 to In situ Photocatalytic system and continuous reactors. inmicroreactorcocrystals and pharmaceutical synthesis of nanoparticles ofEngineering aspects natural products.” andextraction isolation of “Process intensification of Separation of MetalIons Extractants for Selective Intensification of Novel andDesign Process carbohydrates fromChemicals Production of Valuable oleochemicals for synthesis of different Novel Reactor Design Nitrogen Heterocycles Process intensification of plant extract of phytochemicals from andextraction purification Thermodynamic studies of Biomass. Catalytic conversion of graphene Supports 2 Specific Adsorbentsand/ on New the Polymeric CO Using Nanoparticles CdS Useful OrganicMaterials for 2Conversion CO into Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Chemical Engineering I Institute of Chemical Technology I 75 Prof. A.M. Lali Prof. A.M. Lali Prof. Prof. A.B. Pandit A.B. Prof. Pandit A. B. Prof. Pandit A. B. Prof. Pandit A. B. Prof. A.M. Lali Prof. A.M. Lali Prof. A.M. Lali Prof. Prof. V.G. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. Gaikar V.G. Prof. hydrocarbons Lipase mediated synthesis of of synthesis Lipase mediated designer lipids cellulose from of Isolation and lignocellulosic feedstock to conversion catalytic its chemicals platform characterization Isolation, phenolics of valorization and lignocellulosic biomass from growth Genetic and cyanobacteria of engineering of the production for Ultrasound assisted assisted Ultrasound physiochemical from transformation sources renewable Eco-friendly technologiesfor organicand of the synthesis materials inorganic based MOF of Synthesis photocayalyst Recovery and lignin to of transformation added products value Under approval Under Selection Regeneration and for liquid ionic potential of hydro feed stocks processing Ultrasonication-assisted eco-friendly of synthesis agent/ chelating nano water waste for composites treatment Synthesis and and Synthesis of characterization alumina using nanoparticles template. as membrane organic of synthesis Green specialty in chemicals solutions aqueous Mithibai College Mithibai of University Mumbai of UDC, University Mumbai Mumbai, University Mumbai Pratap College, College, Pratap Amalner University Pune University, Amravati Amravati University, Solapur Sholapur Poona college of of college Poona Commerce art’s, &Sciene, Pune B.A.M.U. Dr. Mahila Bhilai Mahavidyalaya, Bhilai Kerala S.S.G.M College Sarnaik Aditya Sarnaik Singh Nitesh Kumar Nitesh Singh Patil Mallikarjun Patil Monali Kavadia Bhupal Asodekar Nilesh Jadhav Nilesh Sneha Tambat Bhagwat Patil Barkule Angad Angad Barkule Babasaheb Sahu Abha Hiware Suwarna Hiware Khan PathanArif (discontinued) M K MuffidahK M K 184 183 182 181 179 180 178 177 176 175 174 173 172 76 I Institute of Chemical Technology I Annual Report 2016-17 187 186 185 195 194 193 192 191 190 189 188 Dargode Priyanka (Chemistry) Machhindra S. Bhalerao S.P.Rao Poornima Ukarde Tejas Pandey Preeti Pooja More VishwanathKhadye Upadhyay Priya Patil Parmeshwar Suveera Bellary Gore Suhas University Savitribai Phule Pune Pune University, Savitribai Phule MumbaiScience, of Institute The V. GVaze college Mumbai St. Xaviers College, PAU, Ludhiana Mumbai S.I.E.S College, Pune University Nasik K.T.H.M. College, Maharashtra Pravaranagar, and Science, CommerceArts, Patil of College Padmashri Vikhe- Mumbai St. Xaviers College, Pune,Pune liquefaction of plastic waste Catalytic thermo splitting Photocatalytic solar water microbial cultures hydrolysates using mixed biomasslignocellulosic production from pretreated for Triacyl Glycerol Biphasic Fermentation subtilis inBacillus glucosidase Production of Beta- hydrolysate biomassLignocellulosic catechol biosynthesis using putida KT2440for Engineering Pseudomonas deconstruction process relation to biomass characterization &its Hemicellulose conversion of lignin microbialDesigning from complex substrates Improved biogas production digestion improved anaerobic bioaugmentation for by design Consortia added applicationsadded non-edible oils for value Utilization of edible and thermoacetica coli and Moorella acidbyacetic Escherichia of production Improved Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Patwardhan Prof. A.V. Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Chemical Engineering I Institute of Chemical Technology I 77 Dr. P.R. Gogate P.R. Dr. Vaidya D. P. Dr. Prof. V. K. Rathod V. Prof. K. Rathod V. Prof. K. Rathod V. Prof. K. Rathod V. Prof. K. Rathod V. Prof. K. Rathod V. Prof. K. Rathod V. Prof. Prof. A.V. A.V. Prof. Patwardhan A.V. Prof. Patwardhan A.V. Prof. Patwardhan K. Rathod V. Prof. and applications of of applications and catalyst heterogeneous Catalysis in Enzyme Studies of Synthesis Improved Triacylglycerols Structured their Applications and H2 production Sustainable reforming catalytic by Utilization of waste cooking cooking waste of Utilization usefulproducts for oil catalyzed in Enzyme Studies synthesis in biodiesel Studies production in Process Studies in Enzyme Intensification Reaction.catalyzed in synthesis Studies reaction systems for chiral chiral for systems reaction processes discrimination in ceramic Studies and synthesis membrane applications in extraction of Studies natural from biomolecules sources in process Studies of intensification Extraction and Biomolecules Application Studies in chemistry aspectsStudies and separation membrane of synthesis membrane ceramic in organic Studies Pune,Pune Institute of Chemical Technology Institute of Chemical Technology, Mumbai College, I.Y. Mumbai G. S. Gawande G. S. Gawande College Umarkhed of University of Dept. Mumbai. Chemistry of VES college Arts,Science and Commerce University Mumbai , Sub-Centre Ratnagiri of University Mumbai College, G. J. Ratnagiri, Mumbai University College, Ruia Mumbai Ahmednagar College, Ahmednagar Government Girls’ Girls’ Government Postgraduate Bilaspur, College, Ghasidas Guru University, Chhattisgarh Science, of Institute Yadav Abhimanyu Abhimanyu Yadav K. More Snehal More Deepak Suraj Yadav Vasantrao Jaiswal Kajal Gupta Anilkumar Gupta Sarita Gawas Waghmare Govind Waghmare Bansode Sneha (Chemistry) Manjeshwari Sonar Gadalkar Sagar Choughule Yogesh Yogesh Choughule K. (Chemistry) S. Ketan Kulkarni Kumbhaj Shweta Shweta Kumbhaj (Chemistry) 208 207 206 205 204 203 202 201 200 199 198 197 196 78 I Institute of Chemical Technology I Annual Report 2016-17 211 210 209 221 220 219 218 217 216 215 214 213 212 Payal Dipak D. Gupta Shyam Sunder Sayyad Anwar Lakshman Jadhav Nilesh Ambre Jyoti Kiran Dhopte Narayan) with Dr. Mohan (co-guiding PradnyaGhoderao Mr. Prabjna Babu Nilam Ms. Pachupate Chetana Ms. Baviskar Patil Shailesh J. Vemula Shrikant.Y. Bhandare Sachin G. Mumbai University University, Nanded Teerth Marathwada Ramanand Swami Pune university Savitribai Phule, IIT, Bombay Mumbai University of UICT, Jalgaon College, Panvel C.K. Thakur College, Mumbai D.G. Ruparel Mumbai University of Mumbai College, Siddharth ICT Pune University Pune University oxide graphenefunctionalized of graphene oxide and Environmental applications organic transformations catalyst support for various oxide as catalyst as well as Application of Graphene Fluid Phases Statistical Mechanics of Bulk reforming reaction Sorption-enhanced organic pollutants of nitrogen containing Studies inwet air oxidation oil compounds model The steam reforming of bio- vegetable oil catalytic hydrotreatment of Renewable via diesel oxidation process Studies inadvanced hydrogenation Studies incatalytic hydrotreatment organics by catalytic of chlorinatedDestruction biomass to chemicals Catalytic conversion of Studies of and Inorganic Materials for Synthesis the of Organic TechnologiesEco-friendly Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya antam Prof. M.Lakshmi Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. P.R. Nemade Dr. P.R. Nemade Dr. V.H. Dalvi Dr. P. D. Vaidya Dr. P. D. Vaidya Chemical Engineering I Institute of Chemical Technology I 79 Supervisor Prof. A.M. A.M. Prof. Lali N. B. Prof. Thorat Supervisor Prof. S.S. Bhagwat Prof. Professor B.N. B.N. Professor Thorat B.N. Professor Thorat B.N. Professor Thorat S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. S.S. Bhagwat Prof. Project Project for epoxidation of of epoxidation for derivatives aromatic for production of chemicals commodity epoxidation Intensifying process continuous by design Design development & Design development of experimental Analysis Dryer Agri for Industrial Commodities & Food and Experimental Study modelling mathematical dryer conduction solar of cake of Fundamentals filtration surfaceof Effect on modification water of evaporation from soil aspects Thermodynamic of micellization mixed of binary surfactant mixed system in modeling Molecular media micellar design Process microorganisms for the enhanced the enhanced for microorganisms production 2,3-Butanediol sludge activated waste Dewatering Metabolic & fermentation & fermentation Metabolic thermophilic of engineering Previous Institution Previous Institution BITS, Pilani, GoaBITS, Pilani, Government college, engineering Ujjain Pune college, Sinhgad IT-GGU, Bilaspur IT-GGU, Engg. Rural Pravara College Loni Pune Collage, Sinhgad Lonere BATU, ICT, Mumbai ICT, ICT, Mumbai ICT, Heritage Institute of Kolkata Technology, Last name) Last name) (Beginning with Research ScholarResearch (Beginning with Bhutkar Siddhant Bhutkar Pawar Anisha Pawar Nandini Chauhan Bayas Pooja Bayas Thombare Govind Thombare Ashwini Kulkarni Ganesh Bhere Ganesh Sikarwar Arvind Research ScholarResearch Jadhav Sachin Jadhav Das Arijit Sr. No. No. 8 7 6 5 3 4 2 1 223 222 M. TECH. / M.CHEM. ENG. M. TECH. / M.CHEM. INTEGRATED PH.D. INTEGRATED 80 I Institute of Chemical Technology I Annual Report 2016-17 11 10 9 20 19 18 17 16 15 14 13 12 Anagha HunoorAnagha Thakkar Harsh Gotmare Akshay Pokhriyal Prashant Datar Shreerang D. Vijayalakshmi Vamanan Sudhir Sonparote Harshit Madhavan Ashwin RamyaRamesh ShrilekhaVijaysinh Sawant Halwai Govind Jayesh Mevada Technology (VNIT), of Institute National Visvesvaraya Uttarakhand of Technology, Kumaon Institute Bipin Tripathi ofEngineeringCollege Shivajirao S.Jondhale engineering Sinhgad of College LIT NIT Tamilnadu SASTRA university, Dr. B.A.T.U NIT Agartala B.K.M.G.P.C. Gujarat I.C.T. Mumbai I.C.T. Mumbai Nagpur biomass to diesel. Catalytic upgrading of Oxidation Plant optimization of Bitumen Simulation for Oxidation of HMF Enzymatic/ microbial synthesis Aqueous solutions based industry dairy refrigeration system in vaporbased absorption Integration of heat biomolecules and purification of for disruption cell Modified methods microbial cell fuel wastewater by of use Harnessing from energy device of various cavitating validationexperimental Simulation and fuel blendability intransport for enhancing its of oil biocrude Catalytic upgradation microbial systems Flux balance analysis of microwave Benzothiazoleby using for synthesis of catalytic reaction Intensification of (FDCA). 5-dicarboxylic acid (HMF) to Furan-2, 5-hydroxymethylfurfural conversion of Continuous enzymatic Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. V.G. Gaikar Prof. S.S.Bhagwat Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.B. Pandit Prof. A.M.Lali Prof. A.M.Lali Prof. V.G. Gaikar Prof. V.G. Gaikar Chemical Engineering I Institute of Chemical Technology I 81 Prof. V. K. Rathod V. Prof. K. Rathod V. Prof. Prof. A. V. A. V. Prof. Patwardhan A. V. Prof. Patwardhan A.W. Prof. Patwardhan A.W. Prof. Patwardhan K. Rathod V. Prof. K. Rathod V. Prof. Prof. A.B. Pandit A.B. Prof. Pandit A.B. Prof. Pandit A.B. Prof. A. V. Prof. Patwardhan A. V. Prof. Patwardhan Sharadchandraji Sharadchandraji Food College of Pawar Technology Shri Bhagwan College of Pharmacy membrane separation membrane in water Studies from recovery pesticide-containing using effluents aqueous separation membrane dendrimers of Synthesis polymer-inclusion and for membranes metal from recovery wastewater Liquid- of Comparison ExtractionLiquid systems Development Process Recovery Lithium of for Bittern Seawater from College of Meghe Datta Engineering Jondhale Shivajirao engineering College of Optimization of of Optimization cycles thermodynamic modification Enzymatic guar-gum of crack hairline Filling of block in concrete recovery in water Studies dye-containing from using effluents aqueous separation membrane recovery in water Studies dye-containing from using effluents aqueous characterization of of characterization polyhydroxyalkanoate intensification:Anti intensification:Anti drug solvent using precipitation disc Reactor spin intensification Process acid fatty trehalose of ester Fishery waste for utilization natural extraction of products and Pfermentation Pt. Deendayal Pt. Deendayal University, Petroleum Gandhinagar University Sastra University Banasthali Process NIT Jalandhar NIT Raipur UDCT Jalgaon K.K. Wieer Nashik Wieer K.K. Jondhali Shivajira Mumbai College, Jondhali Shivajira Mumbai College, Avinash Deshmukh Avinash Rahul Walwatkar Sadawarte Prachi Bhushan Bamane Venkat Vaishali Venkat Sudha Ramani Muley Saurabh Muley Ratrey Geetanjali Ratrey B. Shankesh Ekhande SusheelYadav Radhish Gupta Sumedh DeviSumedh Khasgivale Viraj 33 32 31 30 29 28 27 26 25 24 22 23 21 82 I Institute of Chemical Technology I Annual Report 2016-17 36 35 34 45 44 43 42 41 40 39 38 37 Singh Shruti Gadhekar Amit Dhaktode Mayuri Oke Amogh Sanaik Ketki Shubham Kashyap Chaudhari Prasad Tejaswini Prabhuzantye Kasar Santosh Ketan Ingle Manish Salgaonkar SantreDhairyashil Education Society’s Vivekananda University ,Lonere Technological Ambedkar Dr. Babasaheb DCRUST, Murthal Technology,pune Engineering & MGM college of of Pharmacy, Pune Maharashta Institute Aurangabad of pharmacy, SND college production subtrate for bioethanol lignocellulosic Pretreatment of framework on organic metal immbolization enzyme Dual productionbiodiseal catalyst based forCaO ICT, Mumbai ,maharashtra college,chikli Anuradha Engineering engineering ,Pune Sinhagad of College Mumbai ofCollege Pharmacy, cooking oil frombiodiesel waste Intensification of Pharmacy Government college of Engineering MGM of College MGM JNEC membranes. polyethersulfone (PES) ultrafiltration modification of UV-assisted surface cavitation membrane using Cleaning of fouled by enzyme intensification Degradation of PUfoam water and sludge Stabilization of waste heterogeneous reactions process intensification of Cavitation assisted assistance with ultrasounic by interesterification for production biodiesel Study of non edible oils sources spent materialsecondary of PGMsfromRecovery proteins intensification of Whey isolation and Ultrasound assisted Dr. P. Gogate R. Prof. V. K.Rathod Prof. V. K.Rathod Prof. V. K.Rathod Mrs. K.V. Marathe Dr. P. Gogate R. Dr. P. Gogate R. Dr. P. Gogate R. Dr. P. Gogate R. Dr. P. Gogate R. Dr. P. Gogate R. Dr. P. Gogate R. Chemical Engineering I Institute of Chemical Technology I 83 Dr. P. R. Nemade P. Dr. R. Nemade P. Dr. Dr. P. D. Vaidya D. P. Dr. Vaidya D. P. Dr. C. S. Mathpati Dr. R. Nemade P. Dr. R. Nemade P. Dr. R. Nemade P. Dr. R. Nemade P. Dr. R. Nemade P. Dr. R. Nemade P. Dr. Mrs. K. V. K. V. Mrs. Marathe Vaidya D. P. Dr. Vaidya D. P. Dr. Vaidya D. P. Dr. Vaidya D. P. Dr. oxide to formaldehyde to oxide of Hydrophilization oil-water for membranes separations silicone of Development surfactants Renewable diesel viaRenewable hydrotreatment catalytic oil vegetable of Phase Aqueous Reforming Energy spectra CFD and sump pump of analysis systems oxidation Advanced degradation for process effluents dye of of Electro activation di oxide carbon papain Extraction of wastes pineapple from of Development electrochemical sensors draw of Studies fruit juice for solution uing concentration osmosis forward di carbon of Conversion PVDF Membrane Membrane PVDF Surface and production using modification photocatalyst diesel viaRenewable hydrotreatment catalytic oil vegetable of reactive of Modelling process adsorption Thermodynamic hydrogen for Modelling production Shift Gas Reverse Water & Technology Engg College of MGM & Technology Coleege Meghe Datta Engg,, Airoli of Vidyapeeth Bhartee Engg., College of Kharghar BATU NIT suratlhkal Nagpur LIT, College Meghe Datta Engg,, Airoli of of Institute Kolhapur Technology Engg College of MGM VIT, Pune VIT, Nagpur LIT, Telangana RGUKT, Univ., Amity Rajasthan Amravati UDCT, L.I.T., Nagpur L.I.T., Nagpur LIT, Shashank Mhatre Shahista Khan Thapa Gauri Romil Shendre Romil Rasika Mhetre Pawar Pratiksha Pramod Gawal Pramod Mogaveera Akshita Joshi Bhagyashree Joshi Gulshan Maheshwari Nikhita Chinthapandu Prashanth Pranav Goyal Belsare Makrand Swati Ms. Sakhare Ms. Kumbhare Hatewar Akshay Hatewar 61 60 59 58 57 56 55 54 52 53 51 50 49 48 47 46 84 I Institute of Chemical Technology I Annual Report 2016-17 64 63 62 75 74 73 72 71 70 69 68 67 66 65 Nitin Sagle Vasudha Borkar Ankita Gawas Aditya Deshpande Dipak Pukale Desai Sharvari Pranit Patil Sai Krishna CSastry Abhijeet Goswami Prashant C.Hendre Avinash P. Bari Kapil Palaspagar Ramesh Kanchana Ghosh(HBNI) Rituparna chemical technology, department of University ICT, Mumbai Engineering, Kolhapur KIT’s of College University, Kolhapur Technology, Shivaji Department of SASTRA university Warananagar T.K.I.E.T, VNMAU, Parbhani UICT, Jalgaon AISSMS, Pune University of Calcutta Engineering, Kharkar MGM of College of Pharmacy, Nagpur Sharad Pawar College SIES, Nerul Aurangabad application oil nanoemulsions &it’s Preparation of Essential application polyglucosides &it’s Synthesis of Alkyl turmeric from unblanched ofExtraction curcumin separations forsurfaces oil-water superhydrophobic Development of Absorption of NOx flour fermented Sangri seed with food functional Development of Aspergillus niger fromα-Rhamnosidase Production of leaves powder using coconut abscised Biosorption of Vanadium innovative methods nano emulsions by Development of micro/ of silicone surfactant synthesis and application or flavour compounds ofextraction perfumery Novel for methods Application of Triacetin Synthesis and Sunlight Nanoparticles using Synthesis of Silver organosilicon surfactant Synthesis of Food Technology Past Institute of :College Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. P. Nemade R. Dr. P. Nemade R. Prof. J. B. Joshi Dr. Jyoti Sontakke Dr. Jyoti Sontakke Dr. Jyoti Sontakke Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. D. V. Pinjari Dr. D. V. Pinjari Chemical Engineering I Institute of Chemical Technology I 85 Supervisor Prof. M. Lakshmi M. Prof. Kantam M. Lakshmi Prof. Kantam Dr. P. R. Gogate P. Dr. R. Gogate P. Dr. Prof. B. N. Thorat B. Prof. N. Thorat B. Prof. S. S. Bhagwat Prof. S. S. Bhagwat Prof. S. S. Bhagwat Prof. S. S. Bhagwat Prof. A. M. Lali Prof. A. Prof. W.Patwardhan A. Prof. W.Patwardhan R. Gogate P. Dr. Prof. B. N. Thorat B. Prof. Title C-H activation by by activation C-H catalyst heterogeneous of synthesis Catalytic FDCA HMF from operating parameters and scale-up and parameters operating aspects Flow Instability in Two Phase Flow Phase in Two Instability Flow in Distribution Time Residence ARDC in crystallization Improvements drugs using pharmaceutical of ultrasound of Synthesis Assisted Ultrasound subsequent its and Photocatalyst in Dye Degradation application of synthesis assisted Ultrasound of study in milk oil emulsion: stable evaporation of water from soil from water of evaporation aspects of mixed Thermodynamic binary mixed of micellization system surfactant in micellar modeling Molecular media cadmium of in Adsorption Studies biosorbent surface modified (II) by municipal of liquefaction Catalytic energy of generation for solid waste dense biocrude oil Microwave vacuum puffing of food of puffing vacuum Microwave dryer design novel and products analysis Drying and characteristics jiggeryof selected and starch dryingof in study The and biomaterials of bioprocessing agri-waste on surfacemodification of Effect Course ICT mumbai ICT Mumbai ICT M.Chem. Engg. M.Chem. Engg. M Chem M Chem M Chem M.Chem. engg. M.chem. Engg. M.Tech. M.Tech (BPT) M.Chem. Engg. M. Tech. M. Tech. M.Tech. Name Leena Patil Leena Ankit Sharma Ambati Rohini Sreenivasan Sreenivasan Shravan Udit Bhatnagar Sutar Sharvari Pawar Anisha Pawar Pawan Meshram Kulkarni Ashwini Kulkarni Pooja Bayas Deshmukh Aditya Deshmukh Aditya Kamble Ashwin Wagh Vishwakarma Rakhi Vishwakarma S. Kashish Tembhekar V. Sr. No. 13. 12. 11. 10. 9. 8. 6. 7. 5. 4. 3. 1. 2. 77 76 DETAILS OF POST-GRADUATE STUDENTS WHO PASSED OUT POST-GRADUATE STUDENTS DETAILS OF MASTERS: 86 I Institute of Chemical Technology I Annual Report 2016-17 16. 15. 14. 28. 27. 26. 25. 24. 23. 22. 21. 20. 19. 18. 17. Monica Diwathe Rucha Patil Patil Ajinkya Inamdar Manasi Kapanis Gaurav Kumbhare Nikhita Chandole Akash Pawar Chetan Tongle Aniket Sajanikar Ajinkya Shruti Singh Aniket Jadhav Mousiq Wasi Neha Masram Pradhumna Sapkal Green Tech. M.Tech. Green Tech. M.Tech. Engg. M. Chem. Engg. M. Chem. Engg M.Chem Engg M.Chem Engg M Chem Engg M Chem Engg M Chem Green Tech. MTech MTech BPT M.Chem Technology) (Bioprocess M.Tech. Technology) (Bioprocess M.Tech. Green Tech. M.Tech. vegetable oils to produce renewable Catalytic hydrotreatment of model hydrogenation of bio-oil derived Study of aqueous phase Gas liquid mass transfer absorption Study of capture CO2 by reactive (PES) membranes. of ultrafiltrationpolyethersulfone UV-assisted modification surface from Wastewater separation of organic compounds Use of Ultrafiltration forselective Wastewater of Diclofenac from Sodium Ultrafiltration for removal Use of Micellar Enhanced Bioreactor Sulfate (SDS) by Membrane Degradation of Dodecyl Sodium using Membrane Bioreactor Treatment of Textile Wastewater catalyst in presence of phase transfer 1-benzyloxy-4- nitrobenzene Ultrasound assisted synthesis of hydrolysis of Intensification of Enzymatic applications nanoparticles for biomedical Engineering non-spherical from mycelia fungal of low molecular weight chitosan Production and characterization Properties Soluble Derivatives With Improved Conversion OfChitosan Into Its hydrogen production Thermodynamic Modelling for diesel Mrs. K.V. Marathe Mrs. K.V. Marathe Mrs. K.V. Marathe Dr. P. Gogate R. Dr. P. Gogate R. Dr. D. R. Jain Dr. D. R. Jain Dr. D. R. Jain Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Dr. P. D. Vaidya Mrs. K.V. Marathe Mrs. K.V. Marathe Chemical Engineering I Institute of Chemical Technology I 87 Supervisor Prof. V.G. Gaikar V.G. Prof. A. M. Lali Prof. Dr. R. D. Jain R. D. Dr. Pinjari V. D. Dr. Pinjari V. D. Dr. Pinjari V. D. Dr. Sontakke- Jyoti Dr. Gokhale Sontakke- Jyoti Dr. Gokhale S.M. Sontakke Dr. S.M. Sontakke Dr. Gaikar V.G. Prof. Dr. R. D. Jain R. D. Dr. Jain R. D. Dr. Jain R. D. Dr. Jain R. D. Dr. Title Controlled chemo-enzymatic chemo-enzymatic Controlled polysaccharides of hydrolysis Separation of metal ions using using metal ions of Separation process and modeling molecular macrocyclic of the intensification ligands metal of Dynamic study Molecular metal for ligand design of and ions extraction Novel methods for extraction of extraction of methods for Novel compounds perfumery flavour or of Application and Synthesis Triacetin Functional of Development Prosopis using Ingredients Food Cineraria Anaerobic of Studies Numerical Optimization Process and Digester and characterization Synthesis, polymers conductive of application ITO of synthesis Combustion Characterization and stabilization stabilization and Characterization solution protein aggregated of protein of Characterization interaction nanoparticle release controlled Modelling polymeric from silver of behavior scaffold micro/nano of Development methods innovative by emulsions Development of DNA Staining dye dye Staining DNA of Development analysis quantitative for Characterization and Development for systems release controlled of fragrances Course Ph.D. Ph.D. (Tech.) Eng (Tech) Ph.D. (Tech) Ph.D. M.Tech M.Tech. FBT M.Tech. M.Tech. BPT M Chem Eng M Chem M.Tech M.Tech (Bioprocess Technology) M.Tech Green Technology M.Chem M.Tech M.Tech M.Tech Green Technology M.Tech Perfumery Flavor and Technology Name Singh Meena B Meena Singh Mukesh Pednekar Arora Jyotsna Arora Awate Vedraj Awate Katke Prashant Dipanshu Garg Dipanshu Rathi Sushil Aditya Deshpande Aditya Sharvari Desai Patil Pranit Meghna Suvarna Meghna Ghodmare Harshal Mahesh Tambe Shitole Mayur Shitole Kirti Chavan Sr. No. 43. 42. 41. PH.D.(TECH/SCI) 40. 39. 38. 36. 37. 35. 34. 33. 32. 31. 30. 29. 88 I Institute of Chemical Technology I Annual Report 2016-17 45. 44. 58. 57. 56. 55. 54. 53. 52. 51. 50. 49. 48. 47. 46. Rao Suruchi Rao Sharma Anita Sharma Khadamkar Hrushikesh Karemore Ashvin Nakhate Pranav Amar Vibhandik Chavan Karan Prajapat Amrutlal (Co-Guided) SharmaDeepankar Ajay Sharma Nivarutti Patil Shukla Hiral ShaliniDeb Gangal Swanand Jayant Rathod PhD(Tech) PhD(Tech) PhD (sci) Phd. (Tech) Ph.d. (Tech) Ph.D. (Tech) Ph.D. (Sci) Ph.D. (Sci) Ph.D.(Sci.) Ph.D. (Sci.) (Tech.) Ph.D. Chem. Engg. Chem. PhD (Tech) Ph.D. Tech EnggChem PhD (Tech) PhD (Tech) Engineering for treatment the of Studies inEnvironmental Separations Process Development inMembrane approaches using treatment ultrasound based Studies inpolymer degradation Characteristics and Design Jet Reactors: Loop Hydrodynamic Processes Advanced Membrane Separation Processes Advanced Membrane Separation Process Intensification using Integrative butanol fermentation isobutanol coliescherichia for production of tools and metabolic engineering of ofConstruction genome editing biofuels lipidmicroalgal production for strategiesDesigning to improve conditions for improved growth microalgae light under high of stress responsive genes in Molecular cloning, overexpression (CBMs) carbohydrate binding modules characterization of specific cellulose Cloning, expression and functional Synthesis of Carbon Nanotubes Marangoni convection Studies inliquid-liquid extraction: reforming of methane synthesis gas production CO2 via Development of catalyst for Reactor MembraneBioelectrochemical Process Intensification Studies of aqueous industrial waste Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. A.M.Lali Prof. J.B.Joshi Dr. C.S.Mathpati Dr. P. D. Vaidya Mrs. K.V. Marathe Mrs. K.V. Marathe Mrs. K.V. Marathe Dr. P. Gogate R. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Patwardhan Prof. A.W. Prof. A.M.Lali Chemical Engineering I Institute of Chemical Technology I 89 Institute Previous Institution MIT, Manipal MIT, BHU IIT, SSN College of Engineering College of SSN Engineering College of R.V. University Babasaheb Technological Ambedkar Dr. Kharakpur IIT, AOE MIT, Engineering BMS College of Pune AISSMS, Dhanbad ISM, Pune AISSMS, Pune AISSMS, Dr. Babasaheb Ambedkar Technological University Babasaheb Technological Ambedkar Dr. Science, Pilani And Of Technology Institute Birla University Babasaheb Technological Ambedkar Dr. Engineering College of Meghe Datta Nagpur PIET, Nagpur PIET, Lonere BATU, Durgapur Of Technology, Institute National Manipal Technology, of Institute Manipal Warangal Technology, of Institute National Dr.Babasaheb Ambedkar Technological University Technological Ambedkar Dr.Babasaheb University SRM University Babasaheb Technological Ambedkar Dr. Prof. B. N. Thorat B. Prof. Rajiv Gandhi Commission for S&T, Government of Maharashtra of Government S&T, for Commission Gandhi Rajiv Granulation Jaggery 18 months 1 Crore Name of Students of Name Research ScholarResearch Mr. Aniket Mali Aniket Mr. Chawdhary Adit Mr. Vale Vikas Mr. Ms. Anushka Patel Ms. Anushka Mascarenhas Delton Mr. Mr. Akhilesh Malge Mr. Surendra Ms. Priyanka Mhaske Kiran Mr. Mr. Kamesh Chikhale Kamesh Mr. Mohapatra Ms. Saumya Mr. Aritra Bhattacharya Aritra Mr. K.R. Rohit Mr. Uppaluri Ms. Maitri Mr. Gaurav Sen Gaurav Mr. Tripathy Ms. Mukta Ms. Bhavika Pallan Ms. Bhavika Ms. Sonali Thawrani Rakesh Ambildhuke Mr. Mr. Mahesh Agrawal Mahesh Mr. Ghutugade Ms. Snehal Ms. Mrunal Salvi Ms. Noopur Walve Ms. Noopur Bhongade Mayur Mr. Mr. Shrikant Dongare Shrikant Mr. Kothari Kaushal Mr. Duration amount Total Investigator Principal Sponsor Title Sr. No No. 1 23 24 25 21 22 18 19 20 16 17 13 14 15 11 12 8 9 10 5 6 7 3 4 1 2 GOVERNMENT AGENCIES: DETAILS OF SPONSORED PROJECTS DETAILS OF SPONSORED LIST OF SUMMER TRAINEE 2016 TRAINEE OF SUMMER LIST 90 I Institute of Chemical Technology I Annual Report 2016-17 2 6 5 4 3 Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows 2015-2017 improve liquid yield Development of additive for inDelayed use Coker Unit to (DCU) Bharat Petroleum Corporation Limited Barkule Angad Babasaheb(Ph.D. (Sci)) Prof. VGGaikar 50,00,000 Rs 2015-2017 hydroprocessing stocks feed and RegenerationSelection of potential ionic liquid for Bharat Petroleum Corporation Limited Vishal M.Sawant (Ph.D. (T)) Prof V. G.Gaikar 84.4 lacs years 5 ions ofDesign novel extractants by molecular modeling for heavy metal Centre Department of Atomic Knowledge Engineering Energy/ Based Kalpana Mahalle, Pallavi Parab Prof. S.Bhagwat Years 5 Vegetables Using and Solar Biomethane Heat Refrigeration Based StorageCold Facility for Post Harvest Preservation of Fruits And Rajiv Gandhi Commission for S&T, Government of Maharashtra Anand Chavan BhojeRutuja(Ph.D. (T)) Ms.M.Muffidah(Ph.D.(Sci)), MsGabhaneSuchita(Ph.D. (T)) and Ms. Prof. VGGaikar Rs.54,80,900 years 3 adsorbents 2specific polymeric CO grapheneand supports into organicmaterials useful Nanoparticles using CdS on new the ofDesign insitu photocatalytic systems for 2conversion CO Board Research Department of and Science Technology, and Science Engineering (Ph.D. (Tech)) Prof. VGGaikar Kabade Ketan Balkrishna Chemical Engineering I Institute of Chemical Technology I 91 DBT- Rs.54,80,900 V G Gaikar Prof. Ms. and (T)) (Sci)), MsGabhaneSuchita(Ph.D. Ms.M.Muffidah(Ph.D. (T)) BhojeRutuja(Ph.D. Energy (CEB) Technology Biosciences for Centre DBT-ICT energy distillery into solid waste Turning 1045.72 improve liquid yield liquid improve 2015-2017 Balkrishna Ketan Kabade V G Gaikar Prof. (Tech)) (Ph.D. Engineering Science and Technology, Science and of Department ResearchBoard into CO 2 conversion for systems photocatalytic in situ Design of the new on CdS using Nanoparticles materials useful organic supports and graphene COpolymeric specific 2 adsorbents 3 years Prof V. G. Gaikar V. Prof (T)) (Ph.D. M.Sawant Vishal Limited Corporation Petroleum Bharat for liquid ionic potential of Selection Regeneration and feed stocks hydroprocessing 2015-2017 50,00,000 Rs V G Gaikar Prof. (Sci)) Babasaheb(Ph.D. Angad Barkule Limited Corporation Petroleum Bharat (DCU) to Unit Coker use in Delayed for additive of Development Department of Atomic Energy/ Knowledge Based Energy/ Engineering Knowledge Atomic of Department Centre metal heavy for modeling molecular by extractants novel Design of ions 5 years 84.4 lacs Research Fellows Research Sponsor Duration amount Total Investigator Principal Sponsor Title Principal Investigator Principal Fellows Research Duration amount Total Title Research Fellows Research Sponsor Duration amount Total Investigator Principal Sponsor Title Principal Investigator Principal Fellows Research Duration amount Total Research Fellows Research Sponsor Title Total amount Total Investigator Principal Title Duration Sponsor 12 11 10 9 8 7 92 I Institute of Chemical Technology I Annual Report 2016-17 13 17 16 15 14 Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration 50.00 2016-2017 biomass translationalPilot scale facility for value chemicals added from DBT-CEB-BIPP 39.84 2017-2020 pretreated biomass lignocellulosic Biphasci fermentation glycerol for (TAG) triacyl production from DBT, India 50.00 2016-2017 biomass translationalPilot scale facility for value chemicals added from DBT-CEB-BIPP 39.84 2017-2020 pretreated biomass lignocellulosic Biphasci fermentation glycerol for (TAG) triacyl production from 2015-2017 II Phase Integrated biorefinery for production sorghumof Grain protein DBT-AISRF, India 61.35 2015-2018 for cultivation algae to produce biogas desalination system at Narippaiyur and utilization water of sea reject Performance and durability improvements solar inthe thermal DST-KGDS Chemical Engineering I Institute of Chemical Technology I 93 DBT- BBSRC/ SuBBSea BBSRC/ DBT- 2013-2018 1763.26 MNRE, India lignocellulosic from bio-CNG and biogas of production Improved biomass 2013-2016 267.16 DSIR,DST, India DSIR,DST, of production and CO2 for sequestration biorefinery Macroalgal added compounds value and biofuel 2014-2016 85.00 India DBT, extension and Energy New Biosciences: for Centre DBT-ICT proposals 2014-2017 115.40 India DST, fatty of production technology for fat-splitting enzymatic Green Glycerols Acyl and acids 2014-2017 847.53 113.74 India IGSTC,DST, efficient for bioreactor membrance selectiveDesign nanoporous of (SeNaMeB) lignocellulosic sugar from bio-butanol of production Principal Investigator Principal Fellows Research Sponsor Duration amount Total Sponsor Title Total amount Total Investigator Principal Fellows Research Title Duration Research Fellows Research Sponsor Duration amount Total Investigator Principal Title Principal Investigator Principal Fellows Research Sponsor Duration amount Total Sponsor Title Total amount Total Investigator Principal Fellows Research Duration Research Fellows Research Sponsor Title Total amount Total Investigator Principal 23 22 21 20 19 18 94 I Institute of Chemical Technology I Annual Report 2016-17 24 28 27 26 25 Sponsor Sponsor Research Fellows Principal Investigator Total amount Duration waste grain straw advanced biofuels from Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Energy Title 68.468 2013-2016 for purification therapeuticof antibodies Development and characterization of alternative affinity adsorbent DBT, India 700.30 2014-2017 Integrated technologies for economically sustainable bio-based AISRF Indo-Australia Grand Challenge Program, DST, India 152.00 2013-2016 andEngineering bioconversion enzymes, bacteria processes for DBT- BBSRC/ Ricefuel 201.672 2014-2017 macroalgal biofuel production Transnational approaches to resolving biological bottlenecks in Prof. A.B. Pandit Rs. 35lacs DBT under Twinning Program approachecofriendly Microbial natural finishing: enzyme based (Ramie) fiber an 1472.21 2009-2020 Fellowship Biosciences Overseas Energy &Chairs DBT, India Chemical Engineering I Institute of Chemical Technology I 95 CFD Modeling of Assymetric Rotating Disc Contactors Rotating Assymetric of CFD Modeling 2015 – 2018 Department of Science and Technology (SERB – Green Technology) – Green (SERB Technology Science and of Department in waste their applications and membranes novel of Synthesis dilute from chemicals valuable of recovery and minimisation streams aqueous 3 years Rs. 35 Lakh Patwardhan Prof. Anand V. Patwardhan W. Ashwin Prof. S. Kulkarni Ketan Mr. Centre DAE-ICT 2017 – 2020 Desai Ketan Mr. Centre DAE-ICT for (extractants) membranes and resins grafted of Development metals precious 3 years Rs. 69 Lakh Patwardhan Prof. Anand V. R. Kapdi Anant Dr. Rajput Swapnil Rs. 38 lacs Pandit A.B. Prof. 2015 – 2018 Rane Nilesh Mr. and Sarjerao Doltade Mr. Department of Science Government and of Technology, India for hydrolysate keratin of the development for processes Sustainable pet food feed and animal the use fertilizer, as Rs. 75 lacs Pandit A.B. Prof. 2016 – 2019 2016 Yadav Ashish Mr. (IGCAR) Research Atomic for Center Gandhi Indira liquid for process the regeneration of Characterization Sponsor Title Duration Co-Investigator Fellow Research Duration amount Total Investigator Principle Title Research Fellow Research Sponsor Total amount Total Investigator Principle Co-Investigator Title Duration Research Fellows Research Sponsor Duration amount Total Investigator Principal Title Research Fellows Research Sponsor Duration amount Total Investigator Principal sodium cold trap in trap sodium cold secondary of system fast Sponsor Title Principal Investigator Principal Fellows Research 33 32 31 30 29 96 I Institute of Chemical Technology I Annual Report 2016-17 34 38 37 36 35 Title Sponsor Research Fellow Co-Investigator Principle Investigator Total amount Duration Title Sponsor Research Fellow Co-Investigator Principle Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellow Co-Investigator Principle Investigator Total amount Duration Title Sponsor Research Fellow Co-Investigator Principle Investigator Total amount Duration Prof. Ashwin W. Patwardhan 2015 –2018 Thermal Hydraulic StudiesBoilingLong in on Vertical Tubes IGCAR Prof. Ashwin W. Patwardhan 2015 –2018 TrapCold System inSecondary of Fast Breeder Reactors Characterization of Regeneration the Process for Liquid Sodium IGCAR Anita Sharma, Mainsh Yadav, Pratiksha Biranje, Sawant Shrilekha Prof. Ashwin W. Patwardhan 2015 –2018 experimentation and application Synthesis and modification carbonof nanotubes: modeling, DAE-ICT Centre Nilesh Hendre, Farakte Raosaheb Prof. Ashwin W. Patwardhan 3 years (2016-2018) ultrasound Intensified recovery of valuable fromproducts usingwhey Department of &Technology Science (MOFPI Scheme), New Delhi Thanekar Pooja Dr.P.R.Gogate 54.4 Lacs 3 years (2016-2018) cavitation and oxidation processes contaminants using novel approach of combined hydrodynamic Treatment of Wastewater containing and pesticides emerging Department of &Technology Science Scheme), New (WTI Delhi Dhiraj Lote, Chaitanya Mali Chemical Engineering I Institute of Chemical Technology I 97 Systemic Fungal Infections Fungal Systemic (2013-2016) years Three Dr. Ratnesh Jain (co-PI) Jain Ratnesh Dr. Dyawanapelly Sathish Mr. DBT molecular of low purification and the production for process Green solid acid catalyst using Oligomer Chitosan weight (2016-2019) years Three Rs. 51,64, 200/- Jain Ratnesh Dr. Akhil Krishnan Mr. DAE-BRNS of Therapy Improved for Based Nanocarriers Polysaccharide guided theranostic applications guided theranostic (2015-2018) years Three Rs. 65,32,000 Jain Ratnesh Dr. Gaikwad Ganesh Mr. DBT intracellular inhibiting for nanoplexes -COS-siRNA NANOCOS”: mycobacteria (2013-2016) years Two Rs. 19, 99, 000/- Rs. 17 lakh Marathe K.V. Mrs. Intensification) (CoETEQIP Process H2 production for process reforming Sorption-enhanced 2014 since Rs. 10,00,000 Vaidya D. P. Dr. DAE image for nanoplatforms various of radiolabelling and Conjugation 41.4Lacs Dr.P.R.Gogate Khaire Rajeshree DST fluoride and arsenic containing water ground of Treatment Duration Sponsor Title Principal Investigator Principal Fellow Research Duration amount Total Sponsor Title Total amount Total Investigator Principal Fellow Research Title Duration Research Fellow Research Sponsor Duration amount Total Investigator Principal Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research Title Duration amount Total Research Fellows Research Sponsor Total amount Total Investigator Principal 44 43 42 41 40 39 98 I Institute of Chemical Technology I Annual Report 2016-17 45 49 48 47 46 Models Title Sponsor Research Fellow Principal Investigator Total amount Duration Title Sponsor Research Fellow Principal Investigator Total amount Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Mr. Bhavesh Gajbhiye Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellow Principal Investigator Total amount Duration Ms. Sona C.S. Dr.C. S.Mathpati 72,40,000/- years Five reactors Thermal hydraulic studies related to coolants for new generation DAE Mr. Anurag Dobhal, Ms.Aanshu Deokuliar Dr. Ratnesh Jain Rs. 2,82,00,000/- Three years (2014-2017) computational and cellular Development and evaluation of siRNA nanomedicine loaded in DST Nanomission 2014-2017 Mr. Rohan Chhabra Dr. Ratnesh Jain (co-PI) Rs. 85,10,000/- Three years (2014-2017) Skin for Burn Patients culture3D cell Technology for Developing Affordable Bioengineered of Maharashtra, 2014-2017 Rajiv and Gandhi Science Technology Commission (RGSTC), Govt. Mr. Krishnan Akhil Dr. Ratnesh Jain Rs. 16,95,000/- 25,00,000/- Three years of lithium titanate influidized particles packedandbed fluidized Computational fluid dynamics and experimental study of fluidization DAE- BRNS Mr. Aniket Waval Dr.C. S.Mathpati 16,00,000/- One year Computational Fluid Dyanmics of Two aspects Design and Experimental microextractor: opposed jet Centre of Excellence inProcess Intensification (TEQIP-II) Chemical Engineering I Institute of Chemical Technology I 99 Oct-2008 May-2017 to Rs 1.60 crores Department of Science and Technology, Government of India of Government Technology, Science and of Department cell solar sensitized dye for material anodic of Development 5Years 35 Lacs S.M. Sontakke Dr. Student) (PhD Sneha Tambat Miss DST C. Bose J. 1.5 years Kulkarni Shiwani India of Government Technology, Science and of Department Applications Anticorrosive for Nanocontainers of Development 5Years 35 Lacs D.V.Pinjari Dr. Jadhav Nilesh Holkar, Chandrakant Jyoti Ambre SERB separation gas for membranes liquid ionic of Development 3 years Amar Dhopte BIRAC-BMGF Toilet Free Water Hygienic Dr.C. S. Mathpati S. Dr.C. Kulkarni Niraj DAE desalination for based membranes oxide graphene of Development 3 years Title Duration amount Total Miss Umale Sanjivani Sanjivani Umale Miss Student) (PhD Sponsor Principal Investigator Principal Fellows Research Title Duration amount Total Research Fellows Research Sponsor Duration amount Total Investigator Principal Sponsor Title Total amount Total Investigator Principal Fellows Research Title Duration Principal Investigator Principal Fellows Research Sponsor Duration amount Total Research Fellows Research Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research 55 54 53 52 51 50 100 I Institute of Chemical Technology I Annual Report 2016-17 PRIVATE AGENCIES: 1 6 5 4 3 2 No. Research Fellows Principal Investigator Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Scholar Manishkumar Yadav Prof. J. B. Joshi Studies and fluidization on drying the slurry algal of Reliance Industries Ltd. Prof. B. N.Thorat 17.41 lakhs 12 months binder for briquetting coal effective Cost binder similar the to present pre-gelatinized starch Gujarat Heavy Ltd. Pvt. Chemicals Sachin Jadhav Prof. B. N.Thorat 5.69 lakhs months 6 Value Salts addition of Crystallized Coromandel International Ltd. Shete Rahul Prof. B. N.Thorat lakhs 5 12 months Gujrat Stevia Growers and Marketing Federation Gujrat Stevia Growers and Marketing Federation Surface studies on lean amine solvents from gas treating units Amines and plasticizers Gore Amol Prof. S.Bhagwat years 3 branRice oil refining Marico Prof. B. N.Thorat 4.89 lakhs 12 months Previous Institution Previous Chemical Engineering I Institute of Chemical Technology I 101 Rs. 20 lacs Pandit A.B. Prof. Prof. S. S. Bhagwat Prof. Pakhale Swapnil Mumbai Ltd, Unilever Hindustan in water Tea components of of Solubility Thermodynamics 4 years Rs. 45 lakhs V G Gaikar Prof. (T)) (Ph.D. Tanveer (Sci)), Mr.Syed (Ph.D. Tasneem Ms. Dabir Benzaldehyde p-Hydroxy of Synthesis of Kinetics LTD ATUL HUL surfactant 2 year S. S. Bhagwat Prof. GSK products Pharmaceutical of Analysis 3 months 6 months S. S. Bhagwat Prof. HUL of in presence polymerized oil of tension interfacial Oil water surfactant 1 year S. S. Bhagwat Prof. 1.5 years 1.5 years S. S. Bhagwat Prof. Marico ANN by prediction properties: oil Vegetable Principle Investigator Principle Funding Agency Funding amount Total Principal Investigator Principal Fellows Research ofName Project Duration Amount Research Fellows Research Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research Title Duration amount Total Principal Investigator Principal Sponsor Duration amount Total Research Fellows Research Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research Duration amount Total 12 11 10 9 8 7 102 I Institute of Chemical Technology I Annual Report 2016-17 13 18 17 16 15 14 Name of Project Name of Scholar Research Year Principle Investigator Total amount Funding Agency Project Name of Research Schoalr Year Principle Investigator Total amount Funding Agency Project Name of Scholar Research Year Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Scholar Research Year Principle Investigator Total amount Funding Agency Project Name of Scholar Research Year Principle Investigator Total amount Funding Agency Geeta Yadav,Geeta Pallavee Dhekn 2016 –2019 Prof. A.W. Patwardhan Unilever Modelling of Kinetics of Tea Infusion Mr. Ketan Desai 2016 –2017 Prof. A.B. Pandit Rs. 5lacs Val Organics Ltd Pvt. Mumbai Conversion of 2,6-Dichloroacetophenone to 2,6-Dichlorobenzamide Mr. Gaurav Dastane 2013 –2018 Prof. A.B. Pandit Rs. 75lacs Hindustan Unilever Ltd., Banglore LDH Formation and Converging Diverging Cavitating Nozzles. Mr. Ketan and Desai Mr. Shankar Kausley 2016-2017 Prof. A.B. Pandit Rs. 3lacs Asian Paints of WaterRecovery of Esterification Mr. Anand Jain 2016-2017 Sinhmar Pankaj Dr.P.R.Gogate 15 Lacs 3 years (2017-2019) Improved processing of camphor, and terpenes resins Mangalam Organics Ltd. Patil Sujata Prof V.K Rathod years 3 Konark Industries Chemical Engineering I Institute of Chemical Technology I 103 Swagat Polymers, Aurangabad (India) Aurangabad Polymers, Swagat Surfactants Polymer of Development 3 years 21,22,000/- R. Nemade Dr.P. - Limited Phosphorous United Limited Phosphorous United 2016-2020 (4 years) Rs. 26 Lakhs C.S. Mathpati Dr. Dwidmuthe Prachi Rs. 11,50,000/- Vaidya D. P. Dr. Technologies Nanoxpert excipient COS a pharmaceutical as (2014-2017) years Three Rs. Jain Ratnesh Dr. NA Foundation Gates Melinda Bill and BIRAC- free toilet water Hygienic Indian Oil Corporation Ltd. Oil Corporation Indian hydrogen to bio-oil and methanol of reforming Aqueous-phase 2016 2014 – March April Rs. 80,50,000/- Vaidya D. P. Dr. Jadhav Santosh Mr. Ltd. Atul on -A study p-cresol from production benzaldehyde p-Hydroxy kinetics reaction 2016 Konark industries Konark treatment water in waste membrane ReuseRecycle of and 3 years in Chemical Engineering) Tech (Ph.D Patil Hrushikesh Research Fellows Research Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research Title Duration amount Total Principal Investigator Principal Fellow Research Sponsor Duration amount Total Principal Investigator Principal Sponsor Title Duration amount Total Sponsor Title Principal Investigator Principal Fellows Research Title Duration amount Total Research Fellows Research Sponsor Duration amount Total Investigator Principal Sponsor Title 25 24 23 22 21 20 19 104 I Institute of Chemical Technology I Annual Report 2016-17 26 31 30 29 28 27 Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows its Performance Evaluation Lighting and Irrigation using natural the flow of irrigationCanal and Micro Hydro Production: Generation Electricity Electricity for TEQIP Grant (AWorld Project bank Initiative) Dr.D.V.Pinjari 2.43 Lacs Year 1 Development of Liquid Hand Soap Formulations P&P Products, Parbhani (India) Dr.D.V.Pinjari 14.1 Lacs Year 1 Techno-feasibility of Various Products Dairy Shanghai/Atlanta Cola, Coca Dipak Pukale Dr. D.V.Pinjari 5 Lacs Years 2 Development of Polymer (Silicon) Surfactants Ltd.,Elkay Pvt. Chemicals Pune (India) Abhijeet Goswami Dr. D.V.Pinjari 20 Lacs Years 4 Purification Techniques for raw Emerald and Blue Sapphire Jai Ambe Developers Mumbai (India) Dr.D.V.Pinjari 11.45 Lacs Year 1 Engineering ofReverse value natural added resins Muraspec Distributors Ltd. Pvt. Mumbai (India) Dr.D.V.Pinjari 7.0 Lacs Year 1 Chemical Engineering I Institute of Chemical Technology I 105 1 Year Rs. 6 Lakhs + Tax Prof. J. B. Joshi B. J. Prof. (IIT Bombay) Mahesh Baroda GACL, phenol. of Hydroxylation 1 year Rs 30 Lakhs + Tax V K Rathod Prof. and G D Yadav Lakshmi Kantam,Prof. Prof.M 3 Mumbai VOL, bulkchemicals and fine Lab of scale synthesis United Phosphorous Limited Phosphorous United Limited Phosphorous United 2016-2020 (4 years) Rs. 26 Lakhs Joshi B. J. Prof. PrachiDwidmuthe PM Fellow Limited) Phosphorous United Sponsor- (Company PM-Fellow 4 years Rs. 26 Lakhs 2013-2017 Rs. 26 Lakhs Joshi B. J. Prof. Pakhre Achyut Technoforce Technoforce 2013-2017 Rs. 26 Lakhs Joshi B. J. Prof. Bhosle Ghanshyam 1 Year 2.5 Lacs Dr.D.V.Pinjari Technoforce Technoforce Total amount Total Title Duration Principal Investigator Principal Fellows Research Sponsor Duration amount Total Research Fellows Research Sponsor Title Total amount Total Investigator Principal Sponsor Title Duration Principal Investigator Principal Fellows Research Title Duration amount Total Research Fellows Research Sponsor Duration amount Total Investigator Principal Sponsor Title Total amount Total Investigator Principal Fellows Research Title Duration Principal Investigator Principal Fellows Research Sponsor Duration amount Total 37 36 35 34 33 32 106 I Institute of Chemical Technology I Annual Report 2016-17 38 43 42 41 40 39 Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor Research Fellows Principal Investigator Total amount Duration Title Sponsor 2014-2017 ofDeveloped improved animal ingredient feed meals from seed AgrovetGodrej Ltd 500.00 2017-2027 pipeline projects (DBT-ICT 2GEthanol Technology) with offerings across upstream, midstream &downstream and & operation &maintenance entire inthe hydrocarbon service chain Engineering, procurement, construction, installation, commissioning L&T Hydrocarbon Enginnering Ltd. 1 Prof. Kantam M.Lakshmi Prof.V. K.Rathod +TaxRs. 13.6Lakhs Year 1 Phthalonitrile Kesar Petro products, Mumbai 1 Prof.M Kantam, Lakshmi Prof.V KRathod +TaxRs. 8Lakhs Year 1 Intermediates Development of economical processes for Important organic MumbaiMarvel Drugs, 1 Prof.M Kantam Lakshmi 2015-2016 Tea Alcohol Project Bacardi &Co. Ltd 25.00 2015-2016 Purification of Glycerin InNow LLC USA 100.00 Chemical Engineering I Institute of Chemical Technology I 107 CNAP, Department of of Department CNAP, York, of University Biology, UK Cell and for Institute Biosciences, Molecular UK University, Newcastle & Life Health Faculty Brookes Sciences, Oxford Centre for Tropical Crops Crops Tropical for Centre Biocommodities, and University Queensland Brisbane, Technology, of Australia The Energy, for Centre Western of University Australia Perth, Australia, Chemical of Department Curtin Engineering, Western Perth, University, Australia Clostridia Group/ Research of Sciences,Life University UK Nottingham, Biological, of Institute Rural and Environmental Sciences, Aberystwyth Aberystwyth,UK University, • • • • • • • • Institute (CSIR-CSMCRI), (CSIR-CSMCRI), Institute India. Bhavnagar, DBT-ICGEB Centre for for Centre DBT-ICGEB Bioenergy Advanced Delhi, India New Research, for Institute CSIR-National Science & Interdisciplinary Trivandrum, Technology, India EnergyResources and The Delhi (TERI), New Institute & Salt CSIR-Central Chemical Research Marine USA GmBH, Innovations, Atech Germany Chemicals Synthetic ACME Mumbai Limited, Private Camlin Sciences Fine Ltd, Mumbai. Ltd, Private Godrej Agrovet Mumbai India Ltd, Godrej Industries Industries Limited, India Limited, Industries The Coca Cola Company, • • • • • • • • • • 115.00 95.60 Pvt. Ltd. Godrej Agrovet feed aqua algae for of cultivation Mass 2014-2016 Principal Investigator Principal Fellows Research Duration amount Total Research Fellows Research Sponsor Title Total amount Total Investigator Principal Kanoria Chemicals & Kanoria Privi Biotechnologies Biotechnologies Privi Limited,India Private Limited, India Limited, Integrated Kirloskar India Limited, Technologies India Glycols Limited, India Limited, Glycols India Private Organics Privi Agilent Technologies, India Technologies, Agilent GE Healthcare Wipro India Limited, Private and Technology Technology and Nanded (SGGSIE&T), Engineering, Mumbai Engineering, GobindSinghji Shri Guru Engineering of Institute Technological University, University, Technological Lonere College Of Patel Sardar COEP, Pune- Thermostable Thermostable Pune- COEP, Ph.D.) joint Enzymes( BabasahebAmbedkar Dr. synthesis and and synthesis characterization NMIMS- Nanoparticle NMIMS- Nanoparticle 44 • • • • • • • • • • • DETAILS OF NATIONAL AND INTERNATIONAL COLLABORATIONS INTERNATIONAL NATIONAL AND DETAILS OF • 108 I Institute of Chemical Technology I Annual Report 2016-17 • • • PUBLICATIONS : • • • • • 2. 1 No. Foundation of Medical nucleic acids for delivering therapeutic developing nanoparticles polymer combination for Exploring biodegradable Health, Parel, Mumbai/ Research inReproductive of Institute National Brazil University of SaoPaulo, Portugal University of Minho, Hungary University of West Hungary, Department, LIT, Nagpur Engineering Chemical Pune ofCollege Engineering, Department, AISSMS Engineering Chemical Department, NIT, Warangal Engineering Chemical University, UK Desai ShobhaDesai B. N. Tidke, V., Thorat Nagwekar, N., Title and authors Water Interface atChloride Air– the Cetylpyridinium Ether(20) Oleyl with of Polyoxyethylene Mixed Micellization methods using different drying comparative study of fish dried and biochemical analysis Microbial and • • • • • University of Newcastle, CSIR-CSMCRI, Bhavnagar Collaboration is mainly with Models/ Anurag Dobhal computational and cellular nanomedicineloaded in and evaluation of siRNA Jadhav/ Development Bombay (IITB)/Dr. Sameer Indian Institute Technology, Krishnan Laboratory, Pune/Akhil National Chemical Chhabra Burn Patients/ Mr. Rohan Bioengineered Skin for for Developing Affordable culturecell Technology Airoli, Navi-Mumbai/3D National Burns Centre, Mr. Sathish Dyawanapelly intracellular mycobacteria/ nanoplexes for inhibiting NANOCOS”: -COS-siRNA Research, Mumbai, India/ Detergents Surfactants and Journal of TechnologyDrying Journal • • • • • 19 Vol. No. Saudi Arabia. Trying to of and Science Technology, King Abdullah University Dr. Himanshu Mishra, RMIT University Australia Curtin University, Australia Baton Rouge, USA Louisiana State University, Mumbai Fundamental Research, Tata of Institute Australia interfaces. on hydrophobicity of hydrogen bonding networks understand effect the of 1169–1174 1-11 Pages 2016 2017 Year Chemical Engineering I Institute of Chemical Technology I 109 2017 2017 2017 2017 2017 2017 2017 - 160-165 75-83 1604-1610 789–797 257–269 - 5 (1) 65 (2) 8(1) 157 20 42 - Utilization, 2017 Utilization, Carbohydrate Polymers Academic Academic for Research Multidisciplinary Phycological Research of Journal Algal Biomass Sadhana Microbiol J Ind Biotechnol of Journal International Journal of of Journal and Surfactants Detergents prerequisite for species for prerequisite outdoor selection for cultivation” and “Synthesis of characterization cellulose seaweed Carboxymethyl derived cellulose” Chlorella Saccharophila Saccharophila Chlorella and urea with stress acclimated for light natural under biofuels” “Photosynthetic Chlorella of acclimation heat to saccharophila stress” algae to of “Responses exposure: high light Mapping of optimum optimum of Mapping for condition operating refrigeration LiBr–water cycles two- shortened, “A pathway enzyme 2,3-butanediol for in production Escherichia coli” lipid “Improved productivity of Novel Ester-linked Ester-linked Novel Gemini Anionic Synthesis, Surfactant: Surface-Active and Properties Study Antimicrobial Lakshmi, DS, N and Trivedi CRK , Reddy, Smita Patil, Patil, Smita Reena Pandit, Arvind Lali, Smita Patil, Patil, Smita Reena Pandit, Arvind Lali, Sujata Gaikwad, Gaikwad, Sujata Reena Pandit, Arvind Lali, Reshamwala S. Reshamwala M. S., Deb S. S., Lali A. M. Mali Nilesh Mali Ahire Manisha Ahire 9 8 7 6 5 4 3 110 I Institute of Chemical Technology I Annual Report 2016-17 11 10 16 15 14 13 12 Maddikeri, AB N Agrawal, GL Lali, Arvind andOdaneth Annamma Juliet Victoria, Lali Arvind andOdaneth Annamma Shilpa Sagwal, Pedneker, Mukesh Birhade, Sachinkumar Lali Arvind andOdaneth Annamma Rutuja Vaze, Lali. Arvind andOdaneth SA, Annamma Onime L,Huws Rodrigues, Valerie Lali. Arvind andOdaneth Annamma Manish Yadav, Monali Kavadia, Lali, Arvind Pandit,Reena Aditya Sarnaik, Pandit Phenomenon” Adsorption Employing Differential Concoction Cellulase “Preparation of Endo-Protease” Immobilized Alkaline Hydrolysis with “Controlled Protein Macroalgae Ulva Spp” With theGreen AssociatedBacteria Depolymerizing and Cellulose “Diversity of Ulvan Organic Media” Antarctica in BLipase Immobilized Candida Monostearate by “Production of Glyceryl production” for improved feedstock natural light conditions for mixotrophy under elongates 7942 PCC of Synecococcus “Growth engineering cavitational techniques nanoemulsion using oil citronella of formulations Sustained release hydrolysis of cellulose” cocktails favouring “Influence of cellulase Biotechnology & Biochemistry Preparative Bioengineering Biotechnology & Journal of Applied Bioengineering Biotechnology & Journal of Applied Bioengineering Biotechnology & Journal of Applied Progress Biotechnology Sonochemistry Ultrasonics Biotechnology & Biochemistry Preparative 36 10.15406/ jabb.2017.02.00048 10.15406/jabb.2017.02.00031 10.15406/jabb.2017.02.00037 10.1002/btpr.2490 10826068.2016.1275006 10826068.2016.1275009 367 DOI: 10.1080/ DOI: 10.1080/ DOI: DOI: DOI: DOI: DOI: DOI: DOI: DOI: 2017 2017 Chemical Engineering I Institute of Chemical Technology I 111 2017 2017 2017 2017 2017 2017 2017 2017 124 177 721 232 1 196 35 372- 373 34 147 35 Environmental Environmental Chemical Engineering Ultrasonics Sonochemistry of Journal Process Food Engineering Ultrasonics Ultrasonics Sonochemistry Wear of Journal Indian Chemical Indian Engineer Ultrasonics Sonochemistry Solar Energy alkyd resin wastewater: wastewater: resin alkyd different of Feasibility oxidation advanced processes of the effect Modeling on gas carbon-dioxide cavitation based analysis Image kinetic and validation of estimation parameter rice cooking A novel approach for for approach A novel of synthesis continuous using carbonate calcium operation sequential sonochemical two of reactors damage: Cavitation Theoryand – A measurements review of Mineralization radiation Modelling Kinetic of Hydrogenation of Pd/C over Cardanol Catalyst Sono-crystallization K2SO4: kinetics of of Estimation growth, nucleation, and breakage kinetics agglomeration Green approach for the for approach Green chalcone of synthesis (3-(4-fluorophenyl)- 1-(4-methoxyphenyl) using prop-2-en-1-one) solar concentrated Shinde Y.H., Y.H., Shinde A.B., Pandit J.B. Joshi B.R., Pandit A.B. Pandit B.R., S., Gireesan A.B. Pandit V., Amogha Pandit A.B. Pandit S.B., Kausley Desai K.S., S., Shrivastava Patil P.R., Shah Gogate P.R., P.R., Gogate A.B. Pandit B.K., Sreedhar Albert S.K., Shirsath S.R., Shirsath B.A., Bhanvase S.H., Sonawane D.V., Pandit Pandit D.V., A.B. Bari A.H., A., Chawla A.B. Pandit Patil B.R., Bari B.R., Patil A.H., Pinjari Jadhav N.L., Jadhav A.B., Pandit D.V. Pinjari 24 23 22 21 20 19 18 17 112 I Institute of Chemical Technology I Annual Report 2016-17 26 25 30 29 28 27 Sonawane S.H., Saini D.R., S., Pinjari D.V., Raut-Jadhav Pandit A.B. Bhanvase B.A., Pinjari D.V., Holkar C.R., Rohit G.S., Sonawane S.H., B., Bethi Pandit A.B. Pinjari D.V., Jadhav A.J., Pandit A.B. Bhagwat S.S., Tongaonkar J., Mawson R., Pandit A.B. M.R., Ladole R., P.S., Adivarekar Sahu A.,Badhe Joshi J.B. Pandit A.B., Amogha V., Shinde Y.H., Pandit A.B. decolorization in performance for TiO Investigation of nanocarrier applicationtheir as nanoparticles and zinc phosphate of hollow structured sonochemical synthesis Surfactant assisted Defoaming Applications for Enhanced Airborne Ultrasound magnetic nanoparticles protease immobilized glycinamides using Synthesis of cajan) (Cajanus presoaked split peas of and unsoaked Kinetics of cooking additives and process intensifying of ultrasonic cavitation using combination the group by pesticide) methomyl (carbamate degradation of Intensification of AOP cavitation as hybrid hydrodynamic presencethe of 2 photocatalyst photocatalyst Sonochemistry Ultrasonics Journal Engineering Chemical Intensification and Process Modification Component Separation, Extraction, Technologies: Processing Innovative Food Reports Biotechnology Engineering Food Process Journal of Sonochemistry Ultrasonics 12 31 28 297 347 13 135 150 116 2017 2016 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 113 2017 2017 2017 2017 2017 2017 2789 221 311 231 326 172 4 23 28 168 295 104 Journal of Food Food of Journal Engineering Engineering Journal Indian Chemical of Technology Ultrasonics Sonochemistry Chemical and Engineering Process Processing: Intensification Sustainable ACS Chemistry and Chemical Engineering Journal and 2 O 2 the preparation of of the preparation sodium spindle-shape molybdate zinc nanoparticles Design and energy of development continuous efficient system cooking Hydrolysis of Wool Wool of Hydrolysis to Based Keratins Organic Produce Fertilizers Amendment assisted Ultrasound zinc of synthesis green room at nanorods oxide temperature Intensification ultrasound- of for process assisted process intensifying intensifying process (H additives ozone) of Intensification using transfer heat nanoparticles PANI PANI-CuO and based nanocomposite nanofluids Cavitation Acoustic Alkaline Assisted Treatment of the of Treatment pesticide industry using effluent hydrodynamic its and cavitation with combination Joshi J.B. Joshi Shinde Y.H., Y.H., Shinde A.S., Gudekar P.V., Chavan A.B., Pandit Bhanvase B.A., B.A., Bhanvase M.A., Patel S.H., Sonawane A.B. Pandit Pandit A.B. Pandit D.V., Pinjari A.B., Pandit S.T. Mhaske Holkar C.R., Holkar A.J., Jadhav P.S., Bhavsar S., Kannan D.V., Pinjari Bhanvase B.A., B.A., Bhanvase S.D., Kamath Patil U.P., Patil H.A., Pandit Sonawane A.B., S.H. Sonawane S.H., S.H., Sonawane A.B. Pandit Raut-Jadhav Raut-Jadhav M.P., S., Badve D.V., Pinjari D.R., Saini 36 35 34 33 32 31 114 I Institute of Chemical Technology I Annual Report 2016-17 38 37 43 42 41 40 39 R. K.,Ghosh R. A.W. *,Moorthy Patwardhan Patil N.D., Sharma A.D, W.*, Singh G. Patwardhan A. Yadav G.U., Farakte A., R. W.*, Singh G. Patwardhan A. Yadav G.U., Farakte A., R. Joshi B. S., * W. Patwardhan A. Patil N.D., Yewale A.G., AV Patwardhan Patwardhan*, ND Patil, AW Nemade* Patwardhan, PR KB Dhopte, AV RS Zambare, AW Patwardhan Patwardhan*, V Prabhu, AV P. K. Role of Particle sizein in hot water Swelling of kinetics tea Membranes Fibre Supported Liquid Streams using Hollow from Dilute Aqueous Removal of Pyridine membrane. fiber supported liquid separation using hollow Carboxylic acids properties. and anti-fouling improved hydrophilicity matrix membranes with polysulfone mixed graphene oxide functionalized Polyamine kaolin and alumina. membrane on ased micro-porous ceramic characterization of Fabrication and membrane supported liquid using hollow fiber ofextraction lithium and TBP towards the D2EHPAbetween Synergistic interplay Tea Infusion Process Int. J. Food. Eng. J. Tech. Food Sci. Water Treatment Desalination and Technology of Chemical Indian Journal Desalination Technology of Chemical Indian Journal Sep. Tech. Sci. 403 24 (13) 51 12 (1) 53(1) (40) 57 24 24-35 367-373 2242 –2254 1 –16 315 –325 18939 –18955 20-31 2017 2017 2016 2016 2016 2016 2017 Chemical Engineering I Institute of Chemical Technology I 115 2017 2017 2017 2017 2017 2016 2017 11-20 145-151 496-502 2790 – 2803 2790 1-12 108 In press 68 In press 38 51 (17) 33 (170) Ultrasonics Ultrasonics Sonochemistry Catalysis Today Catalysis in Food Trends Science& Technology Applied of Journal on Research and Medicinal Plants Aromatic World Journal of of Journal World and Microbiology Biotechnology and Enzyme Microbial Technology Sep. Sci. Tech. Sep. oleo gum resin using using gum resin oleo phase three novel (TPP) partitioning technique cavitation Acoustic promoted lipase of synthesis catalyzed in propionate isobutyl free system: solvent and Optimization kinetic studies ultrasound assisted Ultrasound citronellol of synthesis using by laurate 435 Novozym phase Three for partitioning A oil: extraction of D. Panadare, review, acetylExtraction of 11-keto-β-boswellic from acid (AKBA) Boswellia serrata plant Predict Dispersed Phase Predict Holdup assisted Ultrasound of intensification its and activity enzyme a mini- properties: review lipase of Encapsulation metal-organic within (MOF) framework activity enhanced with under intensified CFD Simulation of of Simulation CFD Flow Two-phase in Pulsed Sieve - Columns Plate of a Identification to Model Drag Suitable Jaiswal, K.S., Jaiswal, Rathod, V.K. Niphadkar, Niphadkar, S.S., Bokhale, N. B., Rathod, V.K. Rathod, V.K. Rathod, V.K. Galgali A., S.D., Gawas, Rathod, V.K. S.S., Nadar, Rathod, V.K. K.T.Shenoy, K.T.Shenoy, S.K.Ghosh S.S., Nadar, Nirvik Sen, A.W. K.K.Singh, S. Patwardhan*, Mukhopadhyay, 50 49 48 47 46 45 44 116 I Institute of Chemical Technology I Annual Report 2016-17 51 57 56 55 54 53 52 RL Keiski, GD VK Rathod, KV Marathe, P Häyrynen, SV Jadhav, V.K.Rathod, Gupta, A.R., Kolhe, N.S., V.K.Rathod, Panadare, D.C., V.K.Rathod, Dhage, A.B., V.K.Rathod, PanadareD.C., V.KRathod, Niphadkar, S.S., A., Rathod, V.KA., Rathod, G.V., Chatterji, Waghmare, Yadav purification of Production and dimethyl carbonate waste cooking oil and of with biodiesel enzymatic synthesis Microwave assisted system aqueous two-phase fermentation with an using extractive Aspergillus niger from production enzyme β-glucosidase Intensification of organic phase carbonate (DMC) as with dimethyl phase partitioning charantia) by three gourd (Momordica peroxidase from bitter ofExtraction Macroporous Resin UsingExtract Serrata Boswellia Acids (AKBA) From 11 Keto βBoswellic Studies of Acetyl Thermodynamics Isotherm and Adsorption Kinetics, Immobilized Lipase Cinnamyl Butyrate by Synthesis of Kinetics of Enzymatic Nanofiltration Wastewater by Removal from Mining of Sulfate and Arsenic Modeling Assessment andExperimental cavitation using hydrodynamic oil from frying used producedbiodiesel Technologies Resource-Efficient Enzymatic Catalysis B: Molecular Journal of Biochemistry Process Biotechnology and Biochemistry Preparative Biotechnology and Biochemistry Applied Engineering Reactor Chemical Journal of International press In press In 3(2) press In 1-15 198–203 2017 2017 2017 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 117 2016 2017 2017 2017 2017 2017 2017 64-70 496-5502 In press 3(1) In press In press In press 38 In press Ultrasonics Ultrasonics Sonochemistry Science Separation Technology and International International of Journal Biological Macromolecules Preparative Biochemistry and Biotechnology Biocatalysis and and Biocatalysis Agricultural Biotechnology Resource-Efficient Technologies Ultrasonics Ultrasonics Sonochemistry rapamycinicus Using Using rapamycinicus Ultrasound Investigation An catalysed lipase of sonochemical A review synthesis: Acetyl Extraction of 11-keto-β-boswellic from (AKBA) acids Boswellia serrata using ultrasound esterification of butyric butyric of esterification methanol acid with microwave under irradiation in Advances Recent ExtractionEnzyme A Strategies: Comprehensive Review Extraction of (Sirolimus) Rapamycin Streptomyces from Pre-Treatment of of Pre-Treatment Esterases Acid Ferulic on Immobilized the Enhance to MNPs Ferulic extractionof Defatted from Acid in presence Rice Bran Ultrasound of and Equilibrium thermodynamic for parameters heterogeneous Lipase-ultrasound Lipase-ultrasound of synthesis assisted polyesters, Rathod, V.K. S.S., Niphadkar, Rathod, V.K. More, A.S., More, S.M., Gadalkar, Rathod, V.K. Bansode, S.R., Nadar, S.S., Nadar, R.G., Pawar, Rathod, V.K. Dange, P.N., P.N., Dange, Rathod, V.K. Wang, H., Silva, Silva, H., Wang, C., Rathod, Cavaco- V.K., A. Paulo, S.M., Gadalkar, Rathod, V.K. Tomke, P.D., P.D., Tomke, X., Zhao, Chiplunkar, B., Xu, P.P., 64 63 62 61 60 59 58 118 I Institute of Chemical Technology I Annual Report 2016-17 66 65 72 71 70 69 68 67 Rathod, V.K.Rathod, Marathe, K.V., Jadhav, S.V., V.K.Rathod, Hardikar, M.A., S.R., Bansode, V.K.Rathod, Nadar, S.S., Sojitra, U.V., V.,Rathod, V.K. Jadhav, S. Khan, N.R., V.K.Rathod, Nadar, S.S., V.K.Rathod, T.W.,Charpe, V.KRathod, Kulkarni, V.M., V.K.Rathod, Nadar, S.S., linker macromolecular cross- nanoparticles by chitosan magnetic ontoof pectinase Immobilization studieskinetic RSM optimization and a solvent-free system: of n-butyl palmitate in Enzymatic synthesis with enhanced stability (glucoamylase-MOF) organic frameworks metal- embedded of glucoamylase Facile synthesis FROM Eclipta alba WEDELOLACTONE EXTRACTION OF ASSISTED ULTRASOUND KINETICS OF Leaves Mangifera indica Mangiferin from for of Extraction Green Process Commercial Lipases of Conformation on Activity and Effect Sonochemical modelling approach interaction and Competing ion using nanofiltration: sulfate and nitrate by of fluoride, arsenic, concurrent removal A pilot scale Isoamyl Butyrate synthesiscatalysed of for Novozym 435 modelling kinetic parameters and Evaluation of reaction Polymers Carbohydrate Biotransformation Biocatalysis and Macromolecules Biological Journal of International Engineering of Chemical Brazilian Journal Nature Products from Biologically Active Journal of Biotechnology and Biochemistry Applied Engineering Water Process Journal of Biotechnology Technology and Chemical Journal of 33 (4) 6) 6 (5- 13 press In press In Press In 95 1003-1010 406-41 1-19 153-167 511-519 2016 2016 2016 2016 2016 2017 2016 2016 Chemical Engineering I Institute of Chemical Technology I 119 2016 2016 2016 2016 2016 2016 2016 2016 205-212 145-153 264-275 210-217 In press In press 5(2) 7 5 24(3) In press In press Biocatalysis and and Biocatalysis Agricultural Biotechnology of Journal Active Biologically from Products Nature Journal of of Journal Process Food Engineering Processing Green Synthesis and International International of Journal Biological Macromolecules ChemistryFood Journal of of Journal Environmental and Engineering Landscape Applied Biochemistry and Biotechnology Enzyme as biocatalyst biocatalyst as Enzyme octyl of synthesis for using ethanoate cavitation: acoustic and Optimisation kinetic study of Three Effect ExtractionPhase Ultrasound with Recoveryon and Activity Antioxidant Andrographis of paniculata Recovery of Proteins Recovery Proteins of Rice Mill from (Rice Waste Industry Alkaline Using Bran) NaCl‐Assisted or Alkaline Extraction Processes assisted Ultrasound phase three of partitioning waste from peroxidase orange peels Optimization and and Optimization Studies Kinetic Self-assembled organic–inorganic glucoamylase hybrid with nanoflowers and activity enhanced stability tri-enzymeA magnetic for nanobiocatalyst clarification, fruit juice U.V. Sojitra, Copper removal using using Copper removal peanut acid activated aqueous from husk solution Lipase Free Solvent Catalysed Synthesis Laurate: Ethyl of Rao, P.R., P.R., Rao, Rathod, V.K. Tomke, P.D., P.D., Tomke, Rathod, V.K. Vetal, M.D., M.D., Vetal, Rathod, V.K. Rathod, V.K. S.M., Gadalkar, P.R., Gogate, Rathod, V.K. Gawas, S.D., S.D., Gawas, Rathod, V.K. S.S., Nadar, Gawas, S.D., S.D., Gawas, S.V., Jadhav, Rathod, V.K S.S., Nadar, Ingle, P.K., P.K., Ingle, A., Karishma, Rathod, V.K. 80 79 78 77 76 75 74 73 120 I Institute of Chemical Technology I Annual Report 2016-17 82 81 86 85 84 83 R. Gogate, S. R. R. D. V. Pinjari, P. K. Ramisetty, B. A.Bhanvase, H. Sonawane, Sikwal, S. N. R. V.K.Rathod, Nadar, S.S., V.K.Rathod, Kulkarni, V.M., Marathe, K.V. V.K.,Rathod, Gadipelly, C., A. Cavaco-Paulo, V.K.,Rathod, Gogate, P.R., Parpot, P., Oleiveira, C., Abreu A.S., Ribeiro, A., S.R., Bansode, Zhao, X., V.K. G.V., Rathod, Waghmare, Babu. macromolecular Magnetic partitioning advance three phase andextraction conventional batch of mangiferin by leaves for extraction Mangiferaindicadried Utilization of waste toxicity analysis Biodegradability and aqueous waste: hydrochloride from abatement of cetirizine photo-catalytic Persulfate assisted (ethylene glutarate) synthesis of poly lipase-catalyzed Ultrasound enhances solvent condition free cooking oil under hydrolysis of waste enzyme catalyzed Ultrasound assisted Parameters, effect of operating Understanding the nanostructures: preparation of ZnO Ultrasound assisted glucoamylase aggregates (CLEAs) of cross enzyme linked Microbial Enzyme and and Synthesis Green Processing Chemical Catalysis A: Molecular Journal of Sonochemistry Ultrasonics Sonochemistry Ultrasonics Synthesis Green Processing & Technology 31 32 5(2) 83 5 (1) 414 506-511 60-67 163-172 78-87 79-85 116-121 2016 2016 2016 2016 2016 2016 Chemical Engineering I Institute of Chemical Technology I 121 2016 2016 2016 2016 2016 2016 18285 18217- 18228 23927–23939 152- 60 1-27 1051-65 18275- (39) 57 (39) 57 168 374 (5) 44 (8) 57 Desalination & Desalination Treatment Water Desalination & Desalination WaterTreatment Chemistry Water Clean-Air, and Soil & Desalination WaterTreatment Separation & Separation Purification Technology in Current Topics Combined removal removal Combined Rhodamine B and of Rhodamine from 6G Using wastewater novelTreatment based approaches and ultrasonic on irradiations ultraviolet Degradation of Patent Patent of Degradation V Dye Using Blue Photocatalytic Modified basedReactor solar on UV irradiations, and Sonochemical reactors, and copper of Removal chromium hexavalent immobilized using adsorbent, Rhodamine of Removal Wastewater 6G from Solar Irradiations Using of in the Presence additives, different Degradation of 4-chloro 4-chloro of Degradation using 2-aminophenol approaches combined based microwave on photocatalysis, and on Discussion Gogate. Tikhe, N. S. Tikhe, K. N. Pandey, M Bawankar, Bagal, A. V. V. P R. Mohod, Hinge, A.V. A.V. Hinge, R. P. Mohod, Gogate. M. Hinge, S. P. S. Orpe, K. V. G. D. Sathe, Gogate. R. R. N. Dalbhanjan, B.S. S. Pande, Banerjee, S.P. Diwate, R. R. Diwate, Dalbhanjan, Mahale, D.D. B.S. Hinge, S.P. Banerjee, A.V. R. P. Mohod, N.B. Bhaskar, Bhaskar, N.B. Kadam, A.D. P.M. Biwal, J.J. P.R. Gogate, P.N. P.N. Gogate, P.R. Patil. Ramteke, L.P. Gogate P.R. A. J. Barik, S. A. J. R. P. Kulkarni, Gogate. 92 91 90 88 89 87 122 I Institute of Chemical Technology I Annual Report 2016-17 93 98 97 96 95 94 S. B. More, P. Ashokkumar. P.R. Gogate, M. A. Bhanvase, D. V. Pinjari, B. P. H.Pujjalwar, Ranganathan, H. Sonawane,V. S. Shabana, S. . R P. S. H.Sonawane, B. A.Bhanvase, Shirsath,S. R. Gogate. H.V. Khare, P.R. Gogate Iyer,S.. R. P. R. P.R. Gogate. L.P. Ramteke, S.Waghmare, Gogate,R. J. Improved synthesis Pandit. reactors, Gogate, A.B. of two sonochemical sequential operation calcium carbonate using continuous synthesis of A novel approach for as pretreatment, ozone and ultrasound effluent treatment using oxidation for industrial catalytic wet air Intensification of conventional approach, and comparison with of operating parameters Mefenamic Acid: Effect of Crystallization Ultrasound Assisted oxidation, and biological Fenton pretreatment in polymeric beads compounds using removal of aromatic approach for the treatment Improved of tricaprylin, catalyzed esterification intensification of lipase novel approach for pretreatment as a Ultrasound adipate, studies indi-octyl subsequent dispersion approach and ultrasound assisted nanoparticles using of aluminium Ultrasonics Sonochemistry Ultrasonics Water Treatment Desalination & Sonochemistry Ultrasonics Research &PollutionScience Environmental Sonochemistry, Ultrasonics Sonochemistry 34 (20) 23 36 36 (A) 35 58 896-903 20281-20296 253-261 59-69 124-133 63-71 2017 2016 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 123 2017 2017 2017 2017 2017 2017 2017 687-98 9-15 531-42 751-757 309-318 517-526 527-543 317 37 14 (3) 316 36 36 36 Engineering Engineering Journal Chemical Engineering Journal International International of Journal Environmental Science and Technology Chemical Sonochemistry Ultrasonics Sonochemistry Ultrasonics Sonochemistry Ultrasonics Ultrasonics Sonochemistry Ultrasonics Biodiesel Production Biodiesel Production Hydrodynamic Using based Cavitation Speed High on Homogenizer, Synthesis Intensified Chain Medium of using Triglycerides Approaches Novel and based ultrasonic on Irradiations,. microwave Lactose Hydrolysis: Lactose Hydrolysis: into Understanding operating of effect scale and up parameters studies, dead treated NaOH Ficus of leaves efficient an racemosa as Acid for biosorbent removal, 25 dye Blue of Intensification dichlorophenol using using dichlorophenol approach combined based ultrasound, on catalyst, and ozone A review of aspectsengineering of intensification of synthesis chemical ultrasound, using Assisted Ultrasound Catalysed Acid Intensification of Intensification non of esterification sustainable as oil edible using feedstock reactors, cavitational 2,4- of Degradation A.V. Mohod, Mohod, A.V. Gogate P.R. A. V. Mohod, G. Mohod, A. V. Firmino, P. Viel, R. R. Gogate, P. Giudici. S.N. Jain, P.R. P.R. S.N. Jain, Gogate. C.N. Gajendragadkar, R. Gogate. P. S.V. Sancheti, Sancheti, S.V. Gogate P.R. A. J. Barik, P. R. Barik, P. A. J. Gogate A.V. Mohod, Mohod, A.V. A.S. Subudhi, Gogate. P.R. 105 104 103 102 101 100 99 124 I Institute of Chemical Technology I Annual Report 2016-17 107 106 112 111 110 109 108 Girdhar, E. R. P. Gogate, R. A. S.H. Sonawane, Satish Babu, M. Bhatia, R. Gogate. D.R. Saini, P.R. H. Sonawane, G. Gaikwad, S. S. Sable, S. Shirsath,S. R. Gogate. Tandale, P.R. Jawale,R.H. A. P.R. Gogate S.V. Sancheti, P.R. Gogate. Gogate. S.N. Jain, P.R. Marathe.K.V Joshi.N.T, Nakhate.P.H, Reddy, M.Pola. using ultrasound from Curcuma Amada ofextraction curcumin Intensification of ferrocyanide, containing potassium treatment of wastewater on ultrasoundbased for Novel approaches water, ambient conditions in Pd/C as catalyst under of oil using soybean 5% transfer hydrogenation catalyticselective Ultrasound assisted microwave irradiations, ultrasonic and applications using chemical processing Intensification of Dulcis, leavesdead of Prunus and surfactant modified on NaOHbased treated using novel biosorbent from aqueous solution Acid Blue 113removal water, removal of from lead Nanoadsorbents for Application of parameters, of different operating assisted approach: Effect Sonochemistry Ultrasonics Sonochemistry Ultrasonics Sonochemistry Ultrasonics Engineering in Chemical Current Opinion Engineering Chemical Environmental Journal of Engineering Chemical in Reviews Technology andScience Environmental Journal of International 17 5(4) 14(5) 38 38 38 9-14 3384-3394 1135-54 437-445 402-409 161-67 2017 2017 2016 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 125 2016 2016 2016 2016 2016 2016 2016 1234-1241 38-44 318-328 2364-2372 6094-6106 6085-6093 101-106 203 55 48 94 41 41 94 Can. J. Chem. Eng. Can. J. Chem. Eng. Commun. Int. J. Chem. Kin. J. Int. Int. J. Hydrogen Hydrogen J. Int. Energy Chem Eng Can. J. Chem. Eng. Ind. Res. Int. J. Hydrogen Hydrogen J. Int. Energy catalyst 3 O 2 Kinetics of the of Kinetics ruthenium-catalyzed of hydrogenation levulinic acid to in γ-valerolactone solutions aqueous of On the production bio-oil: from hydrogen study A representative glycol propylene using N-ethyldiethanolamine N-ethyldiethanolamine solutions in aqueous of the addition by promoters catalytic of Kinetics of hydrogenation 5-hydroxymethylfurfural to 2,5-bishydroxyme- aqueous in thylfuran Ru/C over solution Toward hydrogen hydrogen Toward productionfrom phase aqueous on polyols of reforming Pt/Al reverse of Kinetics reaction shift water-gas Pt/Al2O3 catalyst over On the acceleration with CO2 reaction of Tailored hydrotalcite- Tailored materials based hybrid hydrogen for via sorption production steam enhanced ethanol of reforming Dubey V. R. & Dubey V. D. P. Vaidya Jain, A. B. & A. B. Jain, D. P. Vaidya, Jain, A. B. & A. B. Jain, D. P. Vaidya, & Joshi J. B. J. & Joshi R. Kanawade P.D., Vaidya B., Subramanian V. K., Kulkarni E.Y & Kenig V. P. P. S. G., Jadhav D., P. Vaidya M. B. Bhanage Bindwal A. B. & A. B. Bindwal Bindwal Vaidya & Vaidya A. B. Dewoolkar, K. Dewoolkar, Vaidya, & D. P. D 119 118 117 116 115 114 113 126 I Institute of Chemical Technology I Annual Report 2016-17 121 120 126 125 124 123 122 Bhandare S.G. Chugh P. andSinha R. Vaidya P. D., Budhwani N., D. P. D. &Vaidya K. Dewoolkar D. P. D. &Vaidya K. Dewoolkar V., Kenig, E.Y. K., Kulkarni, V. Subramanian, B., Vaidya, P. D., Kanawade, R. Chugh, P. D., & Sinha, R. L., Vaidya, P. Karemore, A. & Vaidya P. D. Nimkarde M.R. and Vaidya P. D. steam reforming of sorption-enhanced production via for improved hydrogen New hybrid materials Promotion with Pt hydrotalcite: Effect of Glycerol over Ni– Steam Reforming of Sorption-Enhanced Solutions mine inAqueous n-Butylmonoethanola- by n-Propyl- and Dioxide Removal Kinetics of Carbon production variables on syngas Influence of reaction over Ni/Al reforming of methane and mixed dry On the catalysts CoMo and NiMo hydrotreating over from karanja oil production Toward diesel Ru/C catalyst aqueous solution over a and glutamic acidin hydrogenation of serine Kinetics of Equilibrium and Vapor–Liquid on Kinetics Reaction Separation: AStudy for Improved CO2 New Amine Blends butanol 2 O 3 – Energy Technol.Energy ChemCatChem fuels Energy Energy Int. J. Hydrogen FuelsEnergy Res. Ind. Eng. Chem. Commun. 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Energy catalyst 3 O 2 Microreactor-based Microreactor-based process continuous controlled for Poly- of synthesis Methyl-Methacrylate- Methacrylic acid (PMMA) nanoparticles, Silver-embedded starch-based for mats nanofibrous engineering soft tissue Sorption-enhanced Sorption-enhanced reforming steam glycol ethylene of functional dual over materials hydrotalcite Pt and with promoted Ru. investigation Kinetic steam butanol on Ru/ over reforming Al Al2O3 Ce-and Zr- Tailored doped Ni/hydrotalcite superior for materials sorption-enhanced methane steam reforming Review Hydrogen of Catalytic by Production Aqueous‐Phase Reforming Steam reforming reforming Steam model bio-oil of 2-butanone, compounds 1-methoxy-2-propanol, and acetate ethyl Ni/ over butyraldehyde Chhabra R, Jain R,Chhabra Jain P* R*, Dandekar Jain R Jain P, Wadke Vaidya P. D. P. Vaidya A, Dobhal A, Kulkarni P, Dandekar Yadav A. K. and A. K. and Yadav Lopez-Sanchez Lopez-Sanchez JA Dewoolkar K. Vaidya and D. P. D. P. D. and D. P. Vaidya Dewoolkar K. Vaidya and D. Baviskar C. V. V. C. Baviskar D. P. Vaidya and 133 132 131 130 129 128 127 128 I Institute of Chemical Technology I Annual Report 2016-17 135 134 138 137 136 Bangde SP, Jain Dandekar P. D, Jain RD, Khandekar D, Waske P, P, Dhoble S, Purohit P, Agarwal Deshmukh Krishnan RA, Dandekar P. V., Jain R.D., Dharamdasani S., Koli U., Dyawanapelly R.D. 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Pinjari Vitthal Karekar, Dipak Sammit Ekanath Nemade Patwardhan, PR KB Dhopte, AV RS Zambare, P Nemade Antony Prince, Bhuvana, JS X Song, S Zambare, R Application of mixed adipate studies indi-octyl subsequent dispersion approach and ultrasound assisted nanoparticles using of aluminium Improved synthesis calcination temperature nanoparticles: Effect of molybdenum sulphide and characterization of synthesisSonochemical properties and anti-fouling improved hydrophilicity matrix membranes with polysulfone mixed graphene oxide functionalized Polyamine Graphene Oxide Sponge Using Ionic Liquid– Ultrafast Removal Dye speaker nanoparticles inaudio and NiFe of single domain Fe colloidal magnetic fluid 2 O 4 ferrite 3 O 4

International Sonochemistry Ultrasonics Intensification Processing: Process Engineering and Chemical Desalination Engineering & Chemistry ACS Sustainable Application Research and Engineering Journal of 403 5(7) 7 36 120 24-35 6026 268–275 59–69 268-275 2017 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 131 2016 2017 2016 2016 2017 2017 4256–4263 232-239 328-336 133-142 1-13 287-295 4 147 139 2 20 20 Resource-Efficient Resource-Efficient Technologies Sustainable ACS Chemistry & Engineering Solar Energy Journal of of Journal and Surfactants Detergents Solar Energy Journal of of Journal and Surfactants Detergents On the Behavior, On the Behavior, Modeling Mechanistic of Interaction and Crop and Biochar in Aqueous Fertilizers Solutions as Cavitation Acoustic for approach a Novel OilExtraction from of Date Seeds Waste prop-2-en-1-one) using using prop-2-en-1-one) solar concentrated radiation Solar Concentrated energy aided Radiation for protocol efficient alcohol of oxidation biodegradable using specifictask ionic liquid-Choline peroxydisulfate Application of silicone silicone of Application along surfactant hydrocarbon with textile to surfactants the removal for washing complex different of stains the for approach Green chalcone of synthesis (3-(4-fluorophenyl)- 1-(4-methoxyphenyl) Development of of Development of Nanoemulsion Pine Oil and Silicone Binary Oil Using for System Surfactant Finishing Textile Holkar, Abhijeet Abhijeet Holkar, Goswami, Aniruddha Dipak Pandit, Pinjari Aniruddha B. Aniruddha B. Pandit Ananda Jadhav, Chandrakant Ganapati S. Ganapati Shankarling Simha, Prithvi Yadav, Ashish Pinjari, Dipak Balu L. Gadilohar, S. Saurabh Deshpande, Pinjari, V. Dipak Aniruddha B. Aniruddha B. V. Dipak Pandit, Pinjari V Pinjari, Rahul V Pinjari, R Kulkarni, Sayed Usha L. Jadhav, Nilesh Sayed, Rahul R Sayed, Kulkarni D Pukale,Dipak S Archana Bansode, Dipak Dipak D Pukale, D Dipak S Archana Bansode, Dipak Usha V Pinjari, 155 154 153 152 151 150 132 I Institute of Chemical Technology I Annual Report 2016-17 156 160 159 158 157 Shweta Kannan, S. Bhavsar, J. Jadhav, Parag Holkar, Ananda Chandrakant R. Shankarling Ganapati S. Dipak V. Pinjari, Gadilohar, L. Balu Pinjari Pandit and DV R Holkar, AB A JJadhav, C MhaskeT V Pinjari and S Bhangaonkar, D N HShah, KR Pandit B.Aniruddha Mahamuni and Naresh M. V. Pinjari, J. Jadhav, Dipak Holkar, Ananda Chandrakant R. Pandit B.Aniruddha Dipak V. Pinjari, of Benzyl Alcoholsof Benzyl OxidationSelective Sonochemical EfficientAn Energy method over conventional sonochemical method Advantage of nanopowder: (Zn3(PO4)2) PhosphateZinc synthesis of crystalline Intensification of Dye Degradation of Organic and Sonocatalytic Mediated Photocatalytic Titania Nanostructure Engineered Ceria- Ultrasonically Approaches Treatments: Possible Textile Wastewater on Review A Critical Amendment Fertilizers Produce Organic KeratinsBased to Hydrolysis of Wool Assisted Alkaline Acoustic Cavitation Peroxydisulfate Using Bio-TSIL Choline to Benzaldehydes by Research Chemistry Engineering Industrial & Engineering Austin Chemical Engineering Austin Chemical Management Environmental Journal of Engineering & Chemistry ACS Sustainable 3 182 4 55 3 1032 351-366 2789-2796 4794-4802 1028 2016 2016 2016 2016 2016 Chemical Engineering I Institute of Chemical Technology I 133 2016 2016 2016 2016 2016 326-335 163-172 32-57 116-120 221-226 295 5 1 297 23 Journal of Food Food of Journal and Bioengineering Nanoprocessing Green Processing Processing Green Synthesis and Indian Journal Journal Indian Chemical of Technology Chemical Engineering Journal Chemical Engineering Journal and 2 O 2 Recent developments developments Recent of in synthesis utilized nanomaterials basedin polymer food for composites applications packaging combination with with combination intensifying process (H additives Ozone) assisted Ultrasound ZnO of preparation nanostructures: the Understanding operating of effect Parameters Nanocarrier Room Temperature of Synthesis Nanostructured ZnO Acoustic using Cavitation the of Treatment pesticide industry using effluent hydrodynamic its and cavitation Surfactant Assisted Assisted Surfactant Sonochemical Synthesis structured Hollow of Zinc Phosphate and Nanoparticles as their Application Pandit, Dipak Dipak Pandit, Vitthal Pinjari Jaysing Jadhav, Jadhav, Jaysing Ekanath Sammit Karekar, Aniruddha Bhalchandra D. V. Pinjari, P. P. Pinjari, V. D. R.R. Gogate, Babu Satish Chandrakant Ramnath Ananda Holkar, Pandit N. R. S. Sikwal, H. Sonawane, A. Bhanvase, B. K. Ramisetty, P. Badve, Dipak Dipak Badve, P. Pinjari, V. Daulat R. Shirish Saini, H. Sonawane, Aniruddha B. T. Mhaske T. Raut- Sunita Mandar Jadhav, Pandit A. Pinjari, V. D. S. and Pandit B. Ananda J. Ananda J. V. Dipak Jadhav, A. B. and Pinjari 165 164 163 162 161 134 I Institute of Chemical Technology I Annual Report 2016-17 166 170 169 168 167 Sontakke, S., Umale, S., Tambat S., Shankarling and Ganapati Yogesh Shinde Dipak Pinjari, Gadilohar,Balu Ghorpade, Prashant Pandit Bhanvase, AB Pinjari, BA Holkar, DV GS Rohit, CR SH Sonawane, Bhaskar Bethi, Ratnesh DJain R Nemade, V Pinjari, Parag Jadhav, Dipak J Ananda Bhutada, Payal R Pandit B.Aniruddha H. Sonawane, Saini,R. Shirish Daulat Pinjari, Jadhav, Dipak V. Sunita Raut- Phthalimide DES and N-Phenyl one pot synthesis of Radiation Enhanced Concentrated Solar AOP cavitation as hybrid Hydrodynamic presencein the of decolourization performance for TiO Investigation of Seeds Moringa oleifera Lam. ofextraction oil from Solvent assisted additives and process intensifying of ultrasonic cavitation using combination the group by pesticide) methomyl (carbamate degradation of Intensification of synthesized CeO Yellow dye using sol-gel degradation of Milling Photocatalytic 2 photocatalyst photocatalyst 2 Solar Energy Solar Sonochemistry Ultrasonics and Products Industrial Crops Sonochemistry Ultrasonics Bulletin Materials Research 82 31 76 122 28 74-80 135-142 466-472 1354-1361 150-160 2016 2016 2016 2016 2016 Chemical Engineering I Institute of Chemical Technology I 135 2016 2017 2017 2017 2016 2016 372-384 26-75 76-87 359-375 99867-99877 64–76 13 157 157 105 6 519 Chem. Engg. Sci. International Heat for Journal Transfer Mass and Chem. Engg. Sci. Curr. Org. Synth. Org. Curr. RSC Adv Instabilities Due To Due To Instabilities Through Turbulence Jet in Plunging Jet Inlet Column Bubble in Injection Poison AHWR Calandria: Flow Mixing and Pattern Characteristics reactions Generated Bubble Direct and Turbulence Simulations Numerical nanofiltration membranes manipulation situ In and properties of of performance polyethyleneiminena- membranes nofiltration polyethylenimine- by conjugate dextran efficient of Illustrations organic driven solar Effect of phenol phenol of Effect on functionality features characteristic of performance and polyester fully aromatic thin film composite Maheshwari, N. Maheshwari, Joshi, K., and J. B. Joshi, J. B., and and B., J. Joshi, G. M. Evans, A.K., Kansal, G. L., Kumawat, M. T., Kamble, M., Sathe M. J., M. J., M., Sathe Khanwale, and M. A. I., Karim, S. V., Ghatage, M. J., Sathe, Joshi, J. B., B., J. Joshi, Nandkumar, G. K., Evans, V. M., Pareek, K., Gumulya, M. Dinda, M. Dinda, S. S. Maiti, Samantaand K. Pushpito Ghosh Trivedi, S. K. Trivedi, and Jewrajka* K. Pushpito Ghosh* Pushpito K. Pushpito Ghosh S. A. Bera, J. AnupamBera, AnupamBera, Bhalani, V. Dixit K. Suresh and Jewrajka* 176 175 174 173 172 171 136 I Institute of Chemical Technology I Annual Report 2016-17 178 177 182 181 180 179 Evans, G.M., N., Joshi, J. B., B., Padhiyar, Moghtaderi, Doroodchi, E., S., Peng, Z., V., Khan, Md. Ghatage, S. and Joshi, J. B. Pandit, A.B., Amogha, V., Shinde, Y. H., Joshi, J. B. S.V.,Dalvi, and H., Pant, H.J., Bhusare, V. Goswami, S., V., Yadav, A., Kalaga, D. Joshi, J. B. V., Roy, S.,and K., Kalaga, D. Dhiman, M. Bhusare, V. H., and Joshi, J. B. Bhusare, V. H., Khan, Z., B. J. P., and Joshi, A. K.,Kulkarni, P.,Goel, Nayak, and Mitra, S. (Cajanus Cajan) (Cajanus Presoaked Split Peas of Unsoaked and Kinetics of Cooking Tracking (RPT) ParticleRadioactive AndRadiotracing Packed Internals Via Column With Densely Through Bubble A Co-Current Flow- Hydrodynamics In Analysis OfLiquid Comparative by using OpenFOAM and Without Internals Bubble Column With CFD Simulations of a Reactors for Bubble Column Turbulence Models of Comparison Boiling Nucleatecooled Pool Characteristics inSub- on Bubble Departure StudyExperimental Technique of Mesh Dynamic ApplicationBeds: FluidizedSolid-Liquid Foreign Particle in Settling/Rising of a Engineering Food Process Journal of Sci Engg. Chem. Journal Engg. Chem. Sci. Engg. Chem. Flow Journal Multiphase International Chem. Engg. Sci. Engg. Chem. 317 164 89 157-174 34-52 163-176 ces.2017.01.064 org/10.1016/j. dx.doi. http://DOI: jfpe.12527 10.1111/ DOI: ces.2017.02.022 org/10.1016/j. http://dx.doi. 2017 2017 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 137 2017 2017 2017 2017 2017 2017 2017 406-415 1-10 336-356 141-149 400-411 10047-10056 110 166 109 312 314, 42 International International Heat for Journal Transfer Mass and of Journal Radioanalytical and Chemistry Nuclear International International Heat for Journal Transfer Mass and Chem. Engg. Sci. International International of Journal Energy Hydrogen Chem. Engg. Sci. Powder Technology Powder A Comparison of Thermal-Hydraulic Various of Performance 3D Using Fin Patterns CFD Simulations of Mechanism Of Nuclear Dissolution Acid Nitric In Fuel Nuclear To Relevant Reprocessing Fuel Spatially Resolved Mass Mass Resolved Spatially Coefficient Transfer Reynolds Moderate For In Flows Number Beds: Wall Packed Effects Bubbles of Interaction In Inline Rising Liquid Quiescent In-Situ Nitrogen Nitrogen In-Situ in Carbon Doping a Using Nanotubes BedFluidized Reactor Storage Hydrogen and The Doped of Behavior Nanotubes Modulation Turbulence Owing Bubble-Fluid to Interaction Segregation and and Segregation in Studies Dispersion Binary Solid-Liquid Beds:Fluidised a and Theoretical Computational Study Mudali, U. K., U. Mudali, R., Natarajan, B. J. Joshi, and Desigan, N., Desigan, N. P., Bhatt, N. K., Pandey, Evans, G. M., Evans, and B., J. Joshi, V. Pareek, A., Kumar, and B., J. Joshi, A. K. Nayak, Joshi, J. B., and and B., J. Joshi, K. Nandkumar, M., Gumulya, R. P., Utikar, Mitra, S., Sathe, S., Sathe, Mitra, Joshi, and M. J., J. B. Bale, S., Sathe, O., M., Ayeni, Berrouk, A. S., Patwardhan, A., Patwardhan, D., Srivastava, B. J. Joshi, and M. M., Hoque, Joshi, J. B., and and B., J. Joshi, G. M. Evans, A., Sharma, K., Dasgupta, Banerjee, S., Khan, Md. Md. Khan, S., S., Mitra, S. V., Ghatage, E., Doroodchi, 189 188 187 186 185 184 183 138 I Institute of Chemical Technology I Annual Report 2016-17 191 190 195 194 193 192 Kantam, M.L etal. R.; Komandur V. P. Chary, R.; Selvakannan, Shanthi; Samudrala Priya, Kantam, M.L. Gupta, S.S.R., Kantam, M.L and Joshi, J. B. Patwardhan, A., Dasgupta, K., Sharma, A., Joshi, J. B. Pareek, V., and Doroodchi, E., Evans, G.M., Mitra, S., assisted regio- and microwave An expedient acidcatalystssolid promoted mordenite transition ions metal from glycerol using synthesis of solketal microwave-assisted Solvent-free derived catalyst Cu/Ni hydrotalcite- γ-valerolactone over acidintoof levulinic hydrogenationSelective Issue Development Special for Sustainable Advances inCatalysis Fixed Bed Carbon Nanotubes In A Nitrogen Doped Kinetic Study of Near Unity Size Ratio And Particle System of Interactions inDroplet inhibitory activity and AChE their pyrrolizine derivatives of spiroquinoxaline stereoselective synthesis Chemistry New Journal of Catalysis Molecular Catalysis Today Engineering & Chemistry ACS Sustainable Sci. Engg. Chem. Sci. Engg. Chem. 5 41 434 3597-3597 ces.2017.03.017 org/10.1016/j. http://dx.doi. ces.2017.03.059 org/10.1016/j. http://dx.doi. 873-878 184-193 In press 2017 2017 2017 2017 2017 2017 Chemical Engineering I Institute of Chemical Technology I 139 2016 2016 2016 113-120 325-336 91-94 180 411 74 Journal of of Journal Catalysis Molecular A: Chemical Applied Catalysis Catalysis Applied B: Environmental Catalysis Catalysis Communications supported metal (M= supported Ni) Cu, Pt, Ru, Pd, catalysts. as Ce/SiO 2 composite for catalyst efficient an the multicomponent of synthesis one-pot pyrazolones substituted media and in aqueous their antimicrobial activities. Vapor phase Vapor of hydrogenation levulinic acid aqueous hydroxyapatite over Crude bio-glycerol as a as Crudebio-glycerol the for source hydrogen selective hydrogenation nitro aromatic of Ru/ over compounds MgLaO catalyst Suresh K Suresh Bhargava, Kumar Sudheer Buddana, Reddy Shetty Prakasham Rajiv Trivedi, Trivedi, Rajiv Jagadeesh Bharatam, Sahitha Babu Phani Vemulapalli, Adinarayana Adinarayana Akondi, Murthy Mannepalli Lakshmi Kantam, G Naresh, G Naresh, M Lakshmi SK Kantam, A Bhargava, Venugopal Mannepalli Mannepalli Lakshmi Akula Kantam, Venugopal V M Sudhakar, Kumar, Vijay Rambabu, Chatla Anjaneyulu, Hari Aytam Padmasri, Medak Medak Sudhakar, Naresh, Gutta Gundeboina 198 197 196 140 I Institute of Chemical Technology I Annual Report 2016-17 199 201 200 Chary*† Komandur V. R. Kantam§, and Lakshmi Mannepalli Bhargava‡, Suresh K. Periasamy‡,R. Selvakannan K. Dumbre‡, Kumar†, Deepa Vanama Pavan Bhanuchander†, Ponnala Shanthi Priya†‡, Samudrala Kantam M Lakshmi Rajiv Trivedi, Ramesh, Rao, Pambala Srinivasa Kadiyala Bhargava Kantam, Suresh Lakshmi Mannepalli Pravin RLikhar, Annapurna, Manne Parsharamulu, Thupakula Reddy, Vishnuvardhan Police 1,3-Propanediol of Glycerol to Hydrogenolysis Catalyst for Selective A Highly Efficient on H-Mordenite: Platinum Supported β-nitrostyrenes. 2-pyrazolin-5-one to addition of 3-methyl- Michaelasymmetric derivatives afacile via chiral pyrazol-3-ol of C4substituted catalyzed synthesis squaramideChiral heteroarenes. of aryl-substituted catalyst for synthesis the complex: Aversatile ligated (II) palladium Carboxyamido/carbene Engineering & Chemistry ACS Sustainable Tetrahedron Letters Polyhedron 120 4 57 150-153 1212-1222 1227-1231 2016 2016 2016 Chemical Engineering I Institute of Chemical Technology I 141 agency Funding Funding COEPI VVF RGCST RGCST Bill Gates Bill Gates Country Indian Application No: No: Application Indian 201721023070 India India India AU2013213921, No.: Patent acceptance, of notice Issued 2017 JP2014-553823, No.: Patent acceptance, of notice Issued 2017 2016 US9512451, No.: Patent Application Patent Philippiness 1-2011-502465/31st no. 2016-09-30 March India India India PCT/International Title Method for production of of production for Method form sugars fermentable biomass by assimilation Ammonia microorganism recombinant and process of synthesis thereof synthesis of process and based amine amido Novel useful surfactants as compounds and fat for process Enzymatic hydrolysis oil Radiation Processing Turmeric Solar Dryer control with Radiation exergyEnergy efficient and and system refrigeration it using method of Gemini surfactant Ester-linked Haemostatic BioSponge Haemostatic Solar Dryer control with Inventors Arvind Mallinath Reshamwala Shamlan Shamlan Reshamwala Lali Shafi; Mohammed Chandrashekher, Gujarathi Gujarathi Chandrashekher, Swapnali. Subir; Deb Shalini Devidas, Varavadekar Devidas, Varavadekar Suman, Jayesh Prathamesh Wadekar Lali Arvind Mallinath, Pooja Nagwekar Odaneth Annamma Anil; Odaneth Annamma Warke Rajesh; Vadgama Anuradha Mrunal; Bhat 269441) Lali Arvind Mallinath; 2/2/17) S.S. Prof. Ghumare, Anant no. (Application Bhagwat Manisha Ahire, Prof. S.S. Prof. Ahire, Manisha (Application Bhagwat dt. IP 201721003854 no. Pallavi Parab, Prof. S.S. Prof. Parab, Pallavi (Application Bhagwat no.201621034194) and Kokate S.R. Kokate and Mahalle, Kalpana Thorat B.N., Tidke V.B. V.B. Tidke B.N., Thorat S.R. Kokate and V.B. Tidke B.N., Thorat K. P V.B. Tidke B.N., Thorat S.R. Kokate and Thorat B. N. and Chokashi and Chokashi B. N. Thorat No. 10 9 8 7 6 5 3 4 2 1 PATENTS : PATENTS 142 I Institute of Chemical Technology I Annual Report 2016-17 12 11 17 16 15 14 13 Lali Arvind Mallinath; Arvind Lali Vallari Ramesh Natwarlal; Chourasia, Vadgama Rajeshkumar Warke Anil; Mrunal Pawar Pratik Prashant; AnnammaOdaneth Anil; Mallinath; Arvind Lali Shravan sreenivasan. Pawar Hitesh Suresh; Mallinath; Arvind Lali Sachinkumar Hiraman Mayur Basavraj; Birhade Chandrakant; Khairat SawantRamray; Sneha Mahadik Chinmayee Vikram Gunvant; Joanna; Choudhari VictoriaAnil; Juliet AnnammaOdaneth Mallinath; Arvind Lali Hitesh Suresh; Gore Suhas Sharma Manju; Pawar Mallinath; Arvind Lali Mital Vineet Kohli Ashwani Kumar; Jha Pamela; Gupta Vinod; Patel Bhavin Manubhai Mallinath; Arvind Lali Kale Sandeep Bhaskar; Pawar Hitesh Suresh Mallinath; Arvind Lali Shekhar Aditya; Peeyush Rai Pandit Sarnaik Reena; sugars for production of fermentable Enzymatic hydrolysis process its liquefaction to biocrude biogas from organic matter via A process for generation of refining glycerolof Process for purification and pollutants for value addition clean water and recovering industrial effluents to produce Process for treating liquid therefrom for production of zeaxanthin microorganism and process modified Genetically yeasts microbial oil using oleaginous productionExtractive of catalyst and preparation thereof bio-crude oil using ionic liquid formethod production of A catalytic liquefaction (CTL) Indian Application Number: 201721011982 Indian Application No: 201721013545 Indian Application No: IN2017/050303 PCT Application No.: PCT/ 201621025317 Indian Application Number: 201621030093 Indian Application Number: 201621030327 Indian Application Number: IN2017/050013 PCT Application No.: PCT/ 201621000574 Indian Application No.: 201721002215 Chemical Engineering I Institute of Chemical Technology I 143 India India India India India India India Indian Application Number: Number: Application Indian 201621022859 No. Application Patent Indian 25462/MUM/2016 in March applied Patent Indian 2017 metals manufacturing of Method nanopowder silver concentrated entitled Trademark Indian ‘NANOTARG’ Nanoparticles Polymeric Improved for Curcumin of Delivery Kit for pyrogen detection and and detection pyrogen for Kit water of depyrogenati-on of preparation for Methods water- and water-soluble of derivatives insoluble alkali, alkaline and saccharides nobel and earth, transition Compound fresh lowering for “Process detergent fresh and water in household consumption machine laundry washing application” the devicefor Microfluidic co- in-vitro of development tissues mammalian of cultures co- mammalian Microfluidic device culture A novel glucose tolerant glucose tolerant A novel glucosidase (Mbgl) enzyme for Method Solar Assisted Chalcone of Preparation Dandekar and Vandana Patravale Patravale Prajakta Jain, Ratnesh Pattani Aditya Sunil Aditya Pattani Dandekar, Prajakta Vandana and Jain Ratnesh Pofali Prasad Ashok, Jain Jain Ashok, Prasad Pofali Dharamchandra, Ratnesh Prajakta, Jain Dandekar Ratnesh Jain, Vijay Yadav Vijay Jain, Ratnesh Chhabra, Anomitra Dey, Dey, Anomitra Chhabra, Pant Tejal Dandekar, Prajakta Prajakta Dandekar, Dandekar, Prajakta Yadav, Vijay Jain, Ratnesh Rohan Kalane, Nikhil Dandekar Jain Prajakta, Prajakta, Jain Dandekar Ratnesh Jain Dandekar Jain Prajakta, Prajakta, Jain Dandekar Ratnesh Jain Ravikiran, Manish Gore Suryawanshi, V Prabhu, V Prabhu, Suryawanshi, EP Godbole AR Iyer, Ravikiran, Manish Gore PK Ghosh, SS Bhagwat, SS Bhagwat, Ghosh, PK Patwardhan, AV PG Patwardhan, AW A. J. Jadhav, C. R. Holkar, R. C. Holkar, Jadhav, A. J. Pandit A. B. Pinjari, V. D. Kumar, Sathe Sneha, Soni Sneha, Sathe Kumar, Suarabhi. S. E. Karekar, N. L. Jadhav, Lali Arvind Mallinath; Sanjeev Chandrayan 27 26 25 24 23 22 21 20 19 18 144 I Institute of Chemical Technology I Annual Report 2016-17 BOOK CHAPTER: 29 28 1 No. 34 33 32 31 30 P. K.Ghosh etal. P. Maiti, P. K.Ghosh etal. et al. K. H.Mody, P. K.Ghosh P. K.Ghosh etal. et al. S. T. Rajan, P. K.Ghosh P. K.Ghosh etal. P. K.Ghosh etal. Mawson Bhagwat, R. Prof.Sunil S. Prof. A.B.Pandit, Tongaonkar, Govind Dr. Jitendra Author(s) Applications Defoaming for Enhanced Ultrasound Airborne Title of thechapter Kappaphycusalvarezii and seaweed sap from production of ethanol A process for integrated impurities, salt with reduced levels of Production of purity high solar radiation disinfector using concentrated waterflow drinking type Manually operated continuous sulphate ash andof soda ammonium products for production the Method of recycling of by- from subsoil brine production of potable water Desalination unit for the nutrients and fresh water intermediates, agricultural biomass conversion for fuel Process for improved seaweed recyclable extractant acidas safe, andtartaric benign schoenite end liquor employing potassium chloride from of extraction Selective Smithers Geoffrey Juliano, Pablo Knoerzer, Kai Editor Press CRC Publisher U. S.9,227,853 U. S.9,452,993 U. S.9,540,248 U. S.8,969,056 U. S.9,090,478 U. S.9,156,713 U. S.9,193,601 Florida Place 2017 Year CSIR CSIR CSIR CSIR CSIR CSIR CSIR 359 347 - pg Page Chemical Engineering I Institute of Chemical Technology I 145 469- 520 In press 2017 2017 2017 2016 Romania Romania Wiley Academic Academic Press Academic Press CRC CRC a Press, & Taylor Francis Group, USA Alexdanru Alexdanru Mihai Alexdanru Mihai Yoshida Toshiomi B A Bhanvase & R P Ugwekar Municipal Municipal Wastewater: OverviewAn Basic about Advanced and BookConcepts, in Applied chapter Bioengineering: and Innovations Directions Future Phytochemicals:An Phytochemicals:An modern to insight extraction and technologies their applications of Application catalysed enzyme in reactions cosmetics of Treatment Industrial and Characterization Characterization its and anticorrosive performance, in Chapter Modeling, “Process and Simulation, Environmental Applications in Chemical Engineering” Ultrasonically Ultrasonically rectangular created zinc shaped phosphate nanopigment: Synthesis, R. Gogate, A. B. A. B. R. Gogate, Pandit J. K. Kumar, P. P. K. Kumar, J. Nishat Khan Nishat Rao Prof. V.K. V.K. Prof. RathodPriyanka B. Pandit, B.A. B.A. Pandit, B. S. H. Bhanvase, Sonawane R. Holkar , N. R. Holkar , D. L. Jadhav , A. Pinjari V. S. E. Karekar , Karekar S. E. ,C. Jadhav A. J. 5 4 3 2 146 I Institute of Chemical Technology I Annual Report 2016-17 6 9 8 7 P.R. Gogate P.B. Subhedar, Gogate S.M. Joshi, P.R. Sonawane Bhanvase, S.H. B. Pandit, B.A. V. Pinjari ,A. L. Jadhav ,D. HolkarR. ,N. A. J. Jadhav ,C. S. E.Karekar , V. Pinjari J. Jadhav, Dipak Holkar, Ananda Chandrakant R. Chandre, Dipak K. performance anticorrosive and its Characterization Synthesis, nanopigment: phosphate shaped zinc created rectangular Ultrasonically A Review Water Treatment- WasteDistillery for Cavitation Hydrodyanamic Holistic Approach Management –A Waste Biomass V.C. Kalia (eds.), chapter inL.Singh, Approach, Book Using Enzymatic Raw Materials Sustainable fromBiodiesel Synthesis of Intensified Holistic Approach Management –A Waste Biomass V.C. Kalia (eds.), chapter inL.Singh, Biomass, Book Sustainable Bioethanol from Synthesis of Intensified Chandra Kalia Singh,Lakhveer Vipin Chandra Kalia Singh,Lakhveer Vipin Ugwekar P.R. & Prof. Bhanvase Prof. B. A. group Francis Taylor & press CRC group Francis Taylor & press CRC International Springer AG Publishing International Springer USA USA AG Publishing 2017 2017 2016 2016 338 311- 287 251- Chemical Engineering I Institute of Chemical Technology I 147 427- 462 2016 Instrumentation Lab, CE Lab, Instrumentation Dept. Committee, FIST Chemical of Department Engineering to committee of Member website the Institute revamp Member Green ICT ICT Green Member committee Innovation Co-coordinator TEQIP Centre, Networking Quality Internal Member Cell Assurance Incharge Placement ICT Information In-charge, Center Processing Website Member, and Committee committee Computerization 1 Hostel Warden, M. Coordinator, Deputy Tech) (Green Tech. Safety Coordinator, Certificate Course Common Incharge, Member U.G./P.G. U.G./P.G. Member committee Admissions Netherlands DR. R. D. JAIN DR. R. D. PROF. V. K. RATHOD V. PROF. R. GOGATE DR. P. VAIDYA D. DR. P. • • • • • • • • • • • • • Elsevier Sunil S. Sunil and Joshi V. Vivek Ranade responsibility (Co-chair) responsibility Procurement Material (member) (member) Examination in means Unfair Vigilance and examinations squad (member) in- ‘faculty Placement Chemical for Charge’ Department Engineering 2012 August since Dean, Research Consultancy Consultancy Dean, Research Mobilisation Resource and ICT-DAE Co-ordinator, Centre Monitoring and Planning (member) / social activity Outreach Chairman, TEQIP Industry Industry TEQIP Chairman, Cell Interaction Institute Chairperson : Research Committee Recognition Technology) (Bioprocess Chairperson: Research Committee Recognition Sciences)(Biological PROF. A. W. A. W. PROF. PATWARDHAN PROF. A. PANDIT B. PROF. A.V. PROF. PATWARDHAN • • • • • • • • • • • Chapter 00010: 00010: Chapter Hydrogenation Chemical Fine for Status Synthesis: Future and Perspectives L.A. Jones, A. L.A. Jones, Venugopal Kishore , J. , J. Kishore S.K. Yadav, Bhargava, M. Lakshmi R. Kantam*, Energy Biosciences Head, DBT-ICT Centre for for Centre DBT-ICT Head, Education and Research and Education Monitoring and Planning Board. ICT-DAE Centre for for Centre ICT-DAE Chemical Engineering Spirit Election Media Election Media Spirit publicity mentorship Cultural and co- and Cultural mentorship curricular Sports activity and technologist Bombay Academic council As VP- As council Academic TA: and welfare Student Course PGPC/UGPC Dean council Co-ordinator, Post Graduate Graduate Post Co-ordinator, in Chemical Diploma Management Technology Vice-president – Vice-president Association Technological Coordinator - Center - Center Coordinator – Process excellence of Intensification Head, Department of of Department Head, Chemical Engineering 10 PROF. A. M. LALI PROF. PROF. V. G. GAIKAR G. V. PROF. PROF. S. S. BHAGWAT PROF. PROF. B.N. THORAT PROF. • • • • • • • • • • • MEMBERSHIP OF IN-HOUSE COMMITTEES MEMBERSHIP 148 I Institute of Chemical Technology I Annual Report 2016-17 • • • • • • THORAT PROFESSOR B.N. POSTER PRESENTATIONS SUMMER OR WINTER TRAINING SCHOOLS ATTENDED/ORAL OR SEMINARS/ LECTURES/ CONFERENCES/ SYMPOSIA/ WORKSHOPS/ DR. S. M. SONTAKKE DR. C. S. MATHPATI Symposium (IDS2016), International20th Drying PresentationOral Different Techniques. nehereus) by Dried Using Bombay Duck (Harpadon Metabolite Profiling of for Comprehensive the QTOF/MS2 Stratergy Based Thorat V Tidke, JJadhav, N Nagwekar, OApine, visits Co-ordinator for Industrial Committee Sr. Supervisor, Examination Admission Committee at International 20th Drying Drying. by Hot Air and Microwave (Indian Cottage Cheese) Rehydration of Paneer Dehydrationthe and (2016) Comparison of V Tidke , R Hangekar ,VGhate , Gifu, Japan, August 7-10. Symposium (IDS2016), International20th Drying PresentationOral Freshof Selected Produce. Microfrora and Dehydration onDiodes Native the 410 NMLight Emitting N. Thorat P MKoshy ,VGhate , Gifu, Japan, August 7-10. (2016)RP-HPLC- Poster Presentation B. N.Thorat (2016) Effect (2016)Effect of B. N. at at at

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• • • • • • PROFESSOR A.M. LALI PROF. P. GHOSH K. DR. J. S. SONTAKKE Beijing, China on China Beijing, –8th 6th Innovation (MI2)Summit at Mission(CEM8) &Second Ministerial 8 Energy Participate Germany, 11-13. October at Filtech 2016,Cologne, and poster Presentation Indian perspective. activated sludge from characterization of waste into dewatering and B. N. S., Kamble A., Jadhav S.,Haramkar Gifu, Japan, August 7-10. Symposium (IDS2016), Innovation Network Coordinator –TEQIP Timetable Committee Warden, Hostel no. 3, 2017. on February -8th Delhi 6th herbicides” at ICGEB, New environmentally-friendly Sustainable production of workshop Attended SAFEHERB 2017. on 23rd February -24th by University of York, UK from each other? Organized Summit: What can we learn Participate June 2017. (2016)Insights on “The on “The in The Clean inThe in Rice Research inRice Thorat Oral Oral • • • • • • • • MANNEPALLI PROF. K. L. and Nanotechnology Member, Green Technology Incubation Mokashi Endowment for Coordinator –S.M. Attended one day UKIndia 2016. October 13th Foundation, Coimbatore on Scientist” Award by KG Technology “Eminent AwardedScience & The November 2016. project by PSUs” Oil on 3rd Generation (2G)Ethanol setting up of Second Investment Avenues on Attended November 2016. Hyderabad on 15th-16th Bio Technology &ICRISAT, Natural Gas, Department of of PetroleumMinistry & at ICRISAT organized by “Biomass Supply Chain” Attended 2016. on Delhi 2nd December ONGC Centre, Energy New Hydrocarbon to Methane” at “Biological Conversion of Attended February 2017. College, Pune on 3rd -4th aton Bioenergy Modern International Conference and deliver for talk Committee Member Invited has an Advisory workshop seminar on “Creating on on on on

Chemical Engineering I Institute of Chemical Technology I 149 at IIGP- at at Vaishali Vaishali Texas. Website-http://www. Texas. New indiainnovates.in/. Delhi, 2017. High of CFD Modeling Boiling Subcooled Pressure Tubes in Vertical Flow association) in 12 May 2017 in 12 May association) this achievement. for colorants/ “Microbial pigments”, Arjun M. Kulkarni, V. Anand Bajwa, Singh Business Patwardhan. proposal presented DST-LOCKHEED FICCI Gold Porogramme. cash awarded and Medal Rs. 1 Lakh. of prize IIGP Growth Innovation (India a joint is Programme) Department of initiative Technology Science and of Lockheed(GOI); Martin Indo-US Corporation; Technology Scienceand Indian of Federation Forum; Commerce of Chambers (FICCI); Industry and School Graduate Stanford the IC2 and Business of of the University at Institute M. Kulkarni, Arjun Arjun M. Kulkarni, V. Anand Bajwa, Singh Business Patwardhan. proposal presented AXISMOVES-2017. in Secured position first and Business Technology a winner’s awarded was of prize a cash and trophy Rs. 25 Lakhs. Organised New Bank, at Axis by and Delhi, 2017. Vaishali by felicitated were Arjun (UDCT Alumini UAA PROF. A. W. A. W. PROF. PATWARDHAN • •

at ICT ICT at , at HBNI HBNI , at seminar , at ICT ICT , at “Advanced “Advanced at ICT, ICT, at at IIT at Water: “Materials “Materials , Vaishali , Vaishali workshop workshop on “ on “Effluent Treatment “Effluent “Microbial colorants/ “Microbial pigments” Centre in association in association Centre Desalination Indian with 2017. 4 Feb Association. short five-day Attended on term course Recycling and Treatment Industrial and Urban of Wastewater”, by organised Kharagpur, resources, Water School of TEQIP and IIT Kharagpur, 10 March II. 6 to Phase 2017. on Processing” and by organised Mumbai, Dyestuff of Department Mumbai. ICT Technology, 14 Sept 2016. one-day Attended seminar Conservation, Recycling Desalination”, and by organised Mumbai, Regional – Mumbai IIChE Mumbai. Sponsored by The The by Sponsored Mumbai. of Department States United October 7, 2016. 5 to State. one-day Attended seminar Characterization” Mumbai, BARC, Complex, Society by of organised Chemistry Industrial and Chemistry BARC. Division, 2016. 2 July one-day Attended students of 11th Grade 11th Grade of students (Science). Attended to “Orientation on Chemical Security Risk Management”, ICT by organised Mumbai, • • • • • •

Paper (Abstract (Abstract in World Biofuel Biofuel in World on Industrial at International International at The audience of about 160 about of audience The Inspired Research”. 06 to 10 06 to Research”. Inspired December organised 2016), College G. N. Sapkal by Nashik. Engineering, of at 4th INSPIRE Science 4th INSPIRE at (“Innovation DST of Camp for in Science Pursuit February 2017. February Research to “Introduction lecture Invited Approach”. 2017), organised by National National by 2017), organised Technology, of Institute 21-23 Tiruchirappalli. Conference on Membrane Membrane on Conference its and Technology (MEMSEP Applications Narayan Patro, Anand Anand Patro, Narayan Patwardhan. V. presented through Supported Liquid Supported through Membrane” 2017 / 2041), Swapnil No. P LakshmiR. Chaudhari, “Transport of Ruthenium Ruthenium of “Transport Sonochemistry-ESS15 in 2016 Turkey, Istanbul, Africa, 2016 the of 15th Meeting Society of European The word academy of academy word The General science (TWAS), South in Rwanda, Meeting Delhi on 10th August 2016. 10thDelhi August on Participate conference celebration Day New Bhawan, Vigyan at organized by UK Science by organized Network Innovation and (S&IN), India. workshop in Mumbai Biotechnology 12th 2016 September on PROF. A.V. A.V. PROF. PATWARDHAN PROF. A.B. PANDIT A.B. PROF. • • • • • 150 I Institute of Chemical Technology I Annual Report 2016-17 Details of invitedDetails lectures • • • (National) of invitedDetails lectures • • (International) DR. P.DR. GOGATE R. of processing Chemical P.R. Gogate, “Intensification 2016 Porto, Portugal, November Engineering, University of Invited lecture at Faculty of Cavitational Reactors” applications using of processing Chemical P.R. Gogate, “Intensification Portugal, November 2016 at University of Minho, enzymes” Invited lecture Cavitational Reactors and Intensification using P.R. Gogate, “Process 8 –12,2017 Nuclear Society, BARC, May Organized by Indian to Industrial Problems”, Numerical Heat Transfer Course water management inIndia, Indo-German conference on processes” Invited lecture at on oxidationbased in wastewater treatment P.R. Gogate, “Improvements March 2017 workshop, ICT Mumbai, Invited lecture at WFCFD ultrasonic irradiation” using crystallization P.R. Gogate, “Improved Engineering, February 2017 AISSMS ofDesign, College Reactor in Chemical workshop on Advances Invited lecture at National Cavitational Reactors” applications using on “Application of • • • • • • • • • DR. R.D. JAIN P.DR. D. VAIDYA MRS. K.V. MARATHE PETROTECH 2016, Hyderabad and Fuel 11-13, Dec. Cells, Conference International5th of MEUF, Modelling and Simulation SESTEC Enhanced UltraFiltration, analysisExergy of Micellar JuneMIDC, 2017 quality for Tarapur MIDC, awareness on air and water onSeminar Solution based processes” Invited lecture at using advanced oxidation wastewater treatement P.R. Gogate, “Improved 2017 Mumbai, Maharashtra, June Indian Council, Chemical Engineering organized by course on Chemical Invited Faculty inRefresher Engineering”,Reaction P.R. Gogate, “Chemical 2017 Hotel Sheraton, Pune, May Workshop Hands on Training Pune. ( and Environment Development for Energy surrogates” Sustainable reforming of biomass production from steam challenges inhydrogen “How to overcome 6-8,2016. December Delhi, ICSDEE -2014 -2017) at NCL, SESTEC on Nano Drug of Hydrogen 2016,New -2014 • • • • DR. D.V. PINJARI DR. C.S. MATHPATI February 2016 Technology, Mumbai, India, Institute of Chemical Indian Chapter, at the Controlled Society- Release Symposium 15 Convener] 2015 [Organizer and Mumbai, India, October Imaging,Cellular ICT, Characterisation and SystemDelivery :Synthesis, Engineers -Mumbai Institute of Chemical organized by Indian (OYCE) Competition-2015, Young Engineers Chemical Nano-Scale, inOustanding Synthesysing Materials at Transformation for Induced Physico-chemical A. B. Pandit, Cavitation A. J. Jadhav, application Fluid and Dynamics its Computational Mathpati, Mumabai 400019, C.S. VJTI,Matunga,Dynamics, Computational Fluid Application of SystemsBed in Packed And Fluidized OfHeatDynamics transfer Computational Fluid S. Mathpati, D. Mandal Gosavi, Niraj Kulkarni, C. SandeepAllahabad. N. Mechanics, MNNIT 2016, Dept. of Applied Power, 17-17December Fluid Mechanics and Fluid National Conference International6th and 43rd th International of the D. V. Pinjari on on , Chemical Engineering I Institute of Chemical Technology I 151 , A. NCIM NCIM , A. J. Jadhav, Jadhav, , A. J. 2014, on Surface Surface on on , S. E. Karekar, , S. E. Karekar, D. V. Pinjari V. D. international international . In 67th Annual 67th Annual . In during 19-21st January January 19-21st during 2014. Jadhav A. J. V. D. and Pandit, A. B. presented Paper Pinjari, assisted “Ultrasound on shell and core of synthesis Zinc phosphate of assembly Enterobactersp.F Enterobactersp.F 5545 Institute Indian of Session Chemical Engineers, of CHEMCON Chandigarh by organized Indian Centre, Regional Chemical of Institute 27th-30th during Engineers, 2014. December, S. E. Karekar V. D. and Pandit, A. B. on presented Poster Pinjari, sonochemical of study “A Zinc Phosphate of synthesis anticorrosive its and in carrier performance its at epoxy as such resin concentrations” various in 11th symposium and Coatings Protective Expo 2014, organized Paint Surface The Societyfor by India Coatings, Protective NCIM 5545, in Trombay Trombay 5545, in NCIM Symposium Water and Desalination Reuse organized 2015, in Research Board of by Science (BRNS) Nuclear Desalination Indian during (InDA), Association 2015. 22th-23th January, S. Jadhav, A. J. C. R. Holkar, E. Karekar, Biodegradation Pandit, B. 19 using Reactive Blue of of strain isolated an • • • D. V. V. D. , NANO NANO , Doping , Doping D. V. Pinjari V. D. 2015,organized 2015,organized , Acoustic Cavitation Cavitation , Acoustic D. V. Pinjari V. D. using an isolated strain strain isolated an using Enterobactersp.F of concentrations, in concentrations, INDIA for the Centre by & Nanotechnology Biomaterials Advanced SASTRA (CeNTAB), Thanjavur, University, 29th-30th January during 2015. A. Jadhav A. J. R. Holkar, Pandit, B. Bacterial decolourisation 19 Reactive Blue of during 29th-30th January 29th-30th January during 2015. Jadhav, A. J. S. E. Karekar, Pandit, A. B. K. Chandre, D. and N-OctylPhosphonic of the acid species on ultrasonically surface of Zincsynthesized phosphate its and nanopigment performance anticorrosive various at in carrier resin A. J. Jadhav, C.R. Holkar, N. C.R. Holkar, Jadhav, A. J. Pandit, A. B. L. Jadhav, Pinjari for Approach a Novel as Paraffin of Formulation Nanoemulsions, Wax INDIA in NANO the by 2015,organized Nanotechnology for Centre Biomaterials & Advanced SASTRA (CeNTAB), Thanjavur, University, on Recent Trends In In Trends Recent on Their And Nanomaterial 2015 (RTNA) Applications Department by organized Chemistry, and Physics of Sangola, College, Sangola 23th-24th January during 2015. • • •

, A. Seminar IIChE- , A. B. , A. B. , A. B. Pandit, Pandit, , A. B. D. V. Pinjari V. D. ), during 13th -14th ), during National Conference National National Conference National in National Level in National methoxyphenyl) prop- methoxyphenyl) Advantage 2-en-1-one): route, conventional over Pandit, Solar Assisted Solar Assisted Pandit, of Chalcone Intensification (3-(4-fluorophenyl)-1-(4- N. L. Jadhav, S. E. Karekar, S. E. Karekar, N. L. Jadhav, Jadhav, A. J. C. R. Holkar, Pinjari V. D. Institute Of Technology Of Technology Institute 27th- during (LIT), Nagpur, 28th 2015. February Chemical Engineering And Chemical And Engineering 2015, (REACT) Technology Laxminarayan by organized by using both methods, using by in In Trends On Recent of effect of Calcination of Calcination effect of crystal on temperature Molybdenum of structure synthesized disulphide disulphide by using using by disulphide conventional and ultrasound method: Comparison C. R. Holkar, N. L. Jadhav, N. L. Jadhav, C. R. Holkar, Pinjari V. D. Molybdenum of Synthesis (LIT), Nagpur, during 27th- during (LIT), Nagpur, 28th 2015. February Jadhav, A. J. S. E. Karekar, Technology (REACT) 2015, (REACT) Technology Laxminarayan by organized Of Technology Institute in In Trends On Recent Chemical And Engineering Jadhav, Jadhav, Cavitation: Pandit, B. for Approach a Novel Intensification, Process A. J. Jadhav, S. E. Karekar, E. Karekar, S. Jadhav, A. J. N. L. C. R. Holkar, Regional Centre ( Centre Regional MRC 2015. March • • • 152 I Institute of Chemical Technology I Annual Report 2016-17 • • • in 6th Outstandingin 6th Young Technological Approach” Nanomaterials: Cavitation on “Synthesis of Pandit, D. V. Pinjari 2010 October 14-15th by BVU Pune, India during NanoCon Copolymerization” in co– Styrene) by Emulsion (Methyl Methacrylate– Assisted Synthesis of Poly presented on “Ultrasound and A.B. Pandit, Paper Bhanvase, S.H.Sonawane D. V. Pinjari 2014. during 19-21st January Protective Coatings, India byforSociety The Surface Paint 2014,organized Expo Protective Coatings and symposium pH” international in11th of inhibitor at varying and its study of release nanocontainersbased 2010), organized by CIPET Polymeric Materials (APM- on Advancements in International Conference TiO2 Nanoemulsions” in Assisted Synthesis of PS/ presented and A.B. Pandit, Karande, S.T. Mhaske D. V. Pinjari 2010. (India) during March 27th Engineering Mumbai and of M.G.M.College Chapter (IIChE MRC) Engineers Mumbai Regional Institute of Chemical organized by Indian Award (OYCE) 2010, Engineering Chemical Work presented 2010,orgainzed on “Ultrasonic on Surface , V. S. and A.B. , B. A. Paper Paper

• • • • Of Nanostructured Metal presented and S.T. Mhaske, D. V. Pinjari Krishnamurthy Prasad, 20 -22nd February 2010. Bhubaneswar (India) during 2010), organized by CIPET Polymeric Materials (APM- on Advancements in in International Conference Polystyrene Nanoemulsions” Assisted Synthesis Of presented and S.T. Mhaske, Paper Parag Wasekar, A.B. Pandit V. S.Karande, 20 -22nd February 2010. Bhubaneswar (India) during 2010), organized by CIPET Polymeric Materials (APM- on Advancements in International Conference Nanoemulsions”CaCO3 in Synthesis of PMMA/ “Ultrasound Assisted Paper Pandit and S.T. Mhaske, D. V. Pinjari Krishnamurthy Prasad, 20 -22nd February 2010. Bhubaneswar (India) during Size Soft Rubbery Size and Soft Rubbery Fabrication of Micron on “Cavitation Based Pandit, D. V. Pinjari 2010. during February 17–20th Bombay Mumbai, India Institute of Technology organized by Indian (ICONSAT-2010), andScience Technology Conference on Nano Technique”, inInternational Cavitation Assisted Sol-Gel Oxide (TiO2) by Acoustic presented Paper presented Paper on “Synthesis on “Ultrasonic , A.B. Pandit , A.B. and A.B. D. V. Pinjari on on Paper Paper

, • • • Savadekar, S.T. Mhaske D. V. Pinjari 2010. during January –20th 18th VNIT Nagpur (India) Engineering, Chemical and Department of Department of Chemistry 2010), organized by Nanotechnology” (NCNN on “Nanomaterials and National Conference Nanomaterials” in MaterialRigid into Synthesis of Polystyrene on “Ultrasonic Assisted Mhaske, A. B. Pandit and S.T. V. S.Karande, 2010. during January –13th 11th Technology, Kochi (India) University of and Science Chemistry, Cochin Department of Applied 2010), organized by Millennium” (MatCon on “Materials for the International Conference Nanocomposite Particles” in Synthesis of Ps/Tio2 on “Ultrasonic Assisted Pandit ,Paper presented D. V. Pinjari 2010. during January –20th 18th VNIT Nagpur (India) Engineering, Chemical and Department of Department of Chemistry 2010), organized by Nanotechnology” (NCNN on “Nanomaterials and National Conference Nano Metal Oxide” in Assisted Synthesis of presented and A.B. Pandit, Paper presented Paper on “Ultrasonic , N. R. , N.R. and A.B. D. V. Pinjari Paper Paper

, Chemical Engineering I Institute of Chemical Technology I 153

and A. B. A. B. and and A. B. A. B. and and A. B. A. B. and Paper presented Paper presented Paper presented Work presented Work Kolhapur (India) during 9th during (India) Kolhapur – 11th December 2008. Pinjari V. D. Pandit, Cellulose of “Synthesis on using Nanoparticles Technique” Cavitation in Nanotechnology Energy Efficient and Energy Efficient Approach Technological of the Synthesis for in 5th Nanomaterials” Young Outstanding Chemical Engineering 2009, (OYCE) Award Indian by organized Chemical of Institute Regional Mumbai Engineers MRC) (IIChE Chapter College Sanghavi J. D. and Mumbai Engineering of 18th April during (India) 2009. Pinjari V. D. Pandit, – A “Cavitation on Synthesize To Way Novel in Nanoparticles” Conference International Nanomaterials on Applications and organized (ICNAMA-2008), University, Shivaji by Mhaske, Mhaske, cavitation “Acoustic on process: sol gel assisted nanostructured of Synthesis in metal oxides” (Annual CHEMFERENCE 2009, Symposium) Research of Department by organized Chemical IIT Engineering, – 23rd 22nd during Madras 2009. August Pinjari V. D. Pandit, – A Simple, “Cavitation on • • •

A. on on D. V. V. D. Paper and D. V. Pinjari, V. D. D. V. Pinjari V. D. on “Synthesis “Synthesis on , S. H. Sonawane , S. H. Sonawane K. Prasad, K. Prasad, S. T. and Pandit A. B. during 14th – 16th during 2009. September Pinjari V. D. Pandit, A. B. presented using Nanomaterials of in Technique” Cavitation (Annual CHEMFERENCE 2009, Symposium) Research of Department by organized Chemical IIT Engineering, 22nd during (India) Madras 2009. August – 23rd Paper presented Assisted “Sonochemically Transformation Phase Nano of Synthesis and Rutile” to Anatase TiO2: Particle in 4th Asian (an Symposium Technology Conference International organized APT-2009, Event) of Institute Indian by Institute Indian and Metals Engineerings Mineral of Poly(Methyl Methacrylate) Methacrylate) Poly(Methyl (PMMA) Nanoparticles” Particle in 4th Asian (an Symposium Technology Conference International organized APT-2009, Event) of Institute Indian by Institute Indian and Metals Engineerings Mineral of 14th – 16th during 2009. September K. Prasad, Mhaske, S. T. and Pandit B. during 14th – 16th during 2009. September A. Bhanvase, B. Pinjari Pandit, A. B. and Paper presented of Synthesis “Sonochemical • • • • on

and A. B. A. B. and and A. B. A. B. and and A. B. A. B. and Paper presented Paper presented presented Paper Paper presented of Mineral Engineerings Engineerings Mineral of Event) APT-2009, organized organized APT-2009, Event) of Institute Indian by Institute Indian and Metals form” in 4th Asian Particle Particle in 4th Asian form” (an Symposium Technology Conference International Simple and Energy Efficient Energy Efficient and Simple Natural of Synthesis for tool Cellulose in a Nano material D. V. Pinjari V. D. Pandit, Innovative, – An “Cavitation Green Chemistry Workshop ChemistryGreen Workshop 4th – 2009 during (IGCW) 6th December 2009. on “Cavitation Technology Technology “Cavitation on of in Production Use Its and in Industrial Nanomaterials” December 2009. Pinjari V. D. Pandit, of Chemistry, Shivaji Shivaji Chemistry, of Kolhapur University – 24th 23rd during (India) Synthetic Methodologies Methodologies Synthetic Materials” Functional and 2009), (ASMFM Department by organized and Rigid Material into into Rigid Material and in National Nanomaterials” “Advanced Seminar on Pandit, Pandit, Based “Cavitation on Rubbery of Milling during 11th – 13th January 11th – 13th January during 2010. Pinjari V. D. Chemistry, Cochin Chemistry, Science and of University (India) Kochi Technology, Millennium” (MatCon (MatCon Millennium” by 2010), organized Applied of Department Nanomaterials” in Nanomaterials” Conference International the for “Materials on • • • 154 I Institute of Chemical Technology I Annual Report 2016-17 • • • • • on “Role of Polymer and Dhekane, D. V. Pinjari UICT Mumbai. and UICT Students Chapter, organized by IIChE MRC in PRODIGY 2006, fiber reinforced composite” performance properties of and epoxy blends on of concentrations of epoxy paper Presented Mumbai. Students Chapter, UICT by IIChE MRC and UICT PRODIGY 2006,organized Nanocomposite” in Thermoplastic & Thermoset on “Preparation of paper Presented November 2008. India) during –13th 11th (DRDO, Government of Advance Technology, Pune by Defence Institute of Workshop 2008,organized and Smart Materials D. V. Pinjari November– 16th 2005. SSPAC and IPA during 14th (SSPC-2005), organized by Surface Protective Coatings International Symposium on for Coatings” in3rd Inorganic Nanocomposites presented P. Dhekane, D. V. Pinjari 2005. December – 30th Huntsville, USAduring 27th The University Albamaof Vishwavudyalay Bhopal and Rajiv Gandhi Proudyogiki 2005, jointly organized by Development” inGlogift Plastics for Infrastructure Paper presented Paper on “Organic – Poster , A.S.Sabnis and M.P. and M. on “Effect

• • • • • • DR. S. M. SONTAKKE Poster presented Mumbai. Students Chapter, UICT by IIChE MRC and UICT PRODIGY 2005,organized “Polymers inAgriculture” in presented Paper 2005. Maharashtra inSeptember organized by COET Akola, in POLYERA 2005, “Biodegradable Plastics” presented Paper 2005. October -29th 27th Karnatka (India) during of Technology, Tumkur by Siddaganga Institute in CHESS2005,organized Silicate Nanocomposites” on “Polymer Layered Pinjari C. J. Damale and November 2005. and IPA during –16th 14th 2005), organized by SSPAC Protective Coatings (SSPC- Symposium on Surface in 3rd International for Exterior Application” presented and David D’Mello, a encouraging opportunities” uninterupted resource and conference4th on “waste- waste management” in Invited speaker, “Solid IGCTI-2016, March, 2016 “Smart polymers” RCOE- Keynote address on Chapter, UICT Mumbai. MRC and UICT Students 2005, organized by IIChE Engineering” inPRODIGY Polymers for Tissue “Biodegradable Synthetic , Paper presented Paper on “Novel Epoxy on on on on on D. V. poster

• • • • ORGANIZED : EVENTS • • • PROF. J.B.JOSHI DR. JYOTI SONTAKKE PROF. LALI M. A. PROF. THORAT B.N. KATAM PROF. LAKSHMI seminar Computation (EPIC) Intensificationthrough Enabling Process 2016at Dec 18th Chandigarh Jyoti Sontakke-Gokhale, 16- Bioprocessing India 2016, India. WTERT, 26-27Nov, 2015, organized by ICT and the BBSRCthe granted project The Kick –offmeeting for ICT, Mumbai Technology, March 2017, and GranulationDrying Theme: and Drying. FiltrationCrystallization, Workshop on International11th Speaker) June 27to 30,2016,(Invited UniversityLille France from UCCS, inthe chemistry” and environmental on “Catalysis for sustainable 4 (invited speaker) 21, 2016at Vegas, Las USA. during 19- Sep Chemistry Conference 3 July 2016 Australia (invited speaker), 9 th rd th Indo-French ICEC, New Castle,

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Chemical Engineering I Institute of Chemical Technology I 155 and , Anup , Anup , Yogita , Yogita P Pratap and Sandeep Sandeep and P Pratap of “Production Kale, biosurfactant: sophorolipid engineering Media optimization”in and Conference International India “Bioprocessing on of Center 2016” at Applied and Innovative : Extraction, Purification : Extraction, Purification in Stabilization” and Conference International India “Bioprocessing on of Center – 2016” at Applied and Innovative (CIAB), Bioprocessing 15-17 during Mohali December 2016 Koley Sushmita “Evaluating Kale, Sandeep Q and ChromSpeed negative AEX media for chromatographic of polyclonal purification human from antibodies in International plasma” on Conference 2016” India- “Bioprocessing Innovative of Center at Bioprocessing Applied and 15- during Mohali (CIAB), 17 December 2016. Jadhav Jagruti Amit Patel, Bhavin Pal, Industries, November 2014, November Industries, Mumbai ICT, Vanza Meghna Sandeep and Sonawane “Anthocyanins title on Kale, PROF. A. M. LALI PROF. STUDENTS POSTER PRESENTATION • • PRESENTATION OF OF PRESENTATION STUDENTS • 2nd ICT, ICT, Synthesis, Synthesis, ‘Contest of of ‘Contest held during during held International Workshop Workshop International management Waste on Allied Chemical and of 2 days’ workshop for process process for workshop 2 days’ Aspen using intensification COE-PI through Plus Workshop 9th International Crystallization,on Filtration Drying.and Theme: Drying Granulation and 2015, ICT, Feb Technology, Mumbai Characterisation and and Characterisation Cellular Imaging, October India, Mumbai, 2015 Committee Organizing of member Ideas’ Networking- Innovation Exhibition and Summit 16, 2016 April on conducted Chemical of Institute at Mumbai Technology, Municipal Solid Waste to to Solid Waste Municipal 2017, RIT, February Energy, Islampur. and Labopratory Engineeers, for Ergonomics IIT-B. 12-16, 2017 at June Convener and Organizier Training on Hands of Drug Nano on Workshop : Delivery System Refresher Course in Refresher 20 – Feb Biotechnology, University 11, 2016, March Mumbai of Engineers, Biology for Pune. 2017, CoEP, January DR. C. S. MATHPATI S. C. DR. GHOSH P.K. PROF. DR. R. D. JAIN DR. R. D. DR. P.D. VAIDYA P.D. DR. • • • • • • • • •

th – 10 th May 2017. May st May 2017. May rd – 31 Oversight committee committee Oversight th th – 23 nd 2017 Department of Chemical of Department IIChE and ICT Engineering, Center, Regional Mumbai ICT and IIChE Mumbai Mumbai IIChE and ICT 2017 Center, Regional by -2017, organized OYCE conservation and recycle, recycle, and conservation Department by organized Chemical Engineering, of UAA Foundation Day Day Foundation UAA 2017 May celebrations, Water Seminar on celebrations, December celebrations, 2016 UAA Leadership Lecture Lecture Leadership UAA 2016 August AGM, and day Annual UAA CATSCHOL,2016 SUSCHEME 2015; SUSCHEME process on Workshop 2016; intensification, Sonochemistry-ESS15 in 2016 Turkey, Istanbul, 15th Meeting of the of 15th Meeting Society of European Landfill and other Biological other Landfilland 9 on Processes” 2017. January Workshop on “Valorisation “Valorisation on Workshop CO2 & CH4 from of Digestion, Anaerobic The 4 on conducted was meeting 22 and Vietnam (CAPRI-BIO) (CAPRI-BIO) Vietnam and 30 on titled “Cascade processes for for processes titled “Cascade of bio-refining intergrated in India agricultural waste PROF. A. B. PANDIT A. B. PROF. DR. P.R. GOGATE P.R. DR. PROF. V.K. RATHOD V.K. PROF. • • • • • • • • • 156 I Institute of Chemical Technology I Annual Report 2016-17 • • • • Gargi D.Gargi Redkar 2016. 17 December (CIAB), Mohali during 15- and Applied Bioprocessing 2016 at Center of Innovative on Bioprocessing India International Conference Commercialization” in From Top Bench to High Volume Products: “Chromatography For and Sandeep Kale, Anup Sonawane 17 December, 2016 (CIAB), Mohali during 15- and Applied Bioprocessing at Center of Innovative Bioprocessing India 2016 Conference on application” inInternational of glycerol for food Fermentative production Sandeep B. Kale, “ Sushitha T. Nair 2016. December Mohali during -17th 15th Bioprocessing (CIAB), Nutrition, Health and Products for Food, Sustainable Bioprocessing Bioprocesing India 2016 hydrolysis”.cellulose forcellulases optimum “Customised Lali. Arvind Annamma and Odaneth Vikram Choudhari 17 December, 2016. (CIAB), Mohali during 15- and Applied Bioprocessing at Center of Innovative “Bioprocessing India 2016” Conference on Sennosides” inInternational for isolation of Calcium with Salt aided precipitation “Chromatography coupled and Sandeep Kale*, and and

, • • • • treatment screnning and “High troughput pre- Lali. and Arvind Annamma Odaneth Parmeshwar Patil 2016. Mohali, 15–17December Environment held at IISER Food, Nutrition, Health and Bioprocessing Products for India 2016Sustainable solutions”. Bioprocesing for concentration of protein “Forward osmosis approach Lali. andOdaneth Arvind Ranjana Juneja 2016. Mohali, 15–17December Environment held at IISER Nutrition, Health and Products for Food, Sustainable Bioprocessing Bioprocesing India 2016 production of , cellulases. coli for recombinant engineering of Escherichia “Genome Lali, Arvind scale Annamma Anil, and Kurshedaktar Shaikh 2016. Mohali, 15–17December Environment held at IISER Chandrayan. and SanjeevkumarLali Sneha Sathe 2016. India on 17–18November University, Coimbatore, Tamil Nadu Agriculture and Biorefinery held at Bioproducts, Biocatalysis of Tropical Plant Biomass: on Sustainable Utilization International Conference 5th analysis”compositional system for biomass compositional analysis , Arvind , Arvind , Annamma , , • • India on 17–18November University, Coimbatore, Tamil Nadu Agriculture and Biorefinery held at Bioproducts, Biocatalysis of Tropical Plant Biomass: on Sustainable Utilization International Conference Biomass Hydrolysis”. 5th ForBeta-Glucosidase Glucose Tolerant Gh1 Application OfANovel Biochemical Studies And “Overexpression, November 2016. Coimbatore, India on 17-18 Agriculture University, held at Tamil Nadu Biocatalysis and Biorefinery Biomass: Bioproducts, Utilization of Tropical Plant Conference on Sustainable spp.”5th International greenthe macroalgaeUlva carrageenovoraisolated from of Peudoalteromonas- breakdown capability “Polysaccharide Lali. Arvind Annamma and Odaneth, Valerie Rodrigues 2016 India on 17-18November University, Coimbatore, Tamil Nadu Agriculture and Biorefinery held at Bioproducts, Biocatalysis of Tropical Plant Biomass: on Sustainable Utilization International Conference Agri- Processing waste.”5th oligosaccharides from Non- Digestible Cello- for Production of “Process Lali. Arvind Annamma and Odaneth Mahadik Chinmayee 2016. , , Chemical Engineering I Institute of Chemical Technology I 157 , Vinod Vinod and , Sanjeev K. , Sanjeev Lali and Sandeep Kale, Kale, Lali Sandeep and of “Purification Second Generation Isothiocyanate Anticancer in Broccoli” from Conference International India on“Bioprocessing of Center 2016” at Applied and Innovative alternative alternative to Protein-A: Characterization pseudo- novel of and adsorbent affinity in antibodies” purified on Conference International 2016” Asia “Bioprocessing Arcadia, Phuket Pullman at 5-8 during Thailand Phuket, 2016. December, Agrawal, Snehal Sandeep and Amritkar and Hybrid Novel “A Kale, DesignScalable for Process Artemisinin of Production in Artemisia Annua” from Conference International India “Bioprocessing on of Center 2016” at Applied and Innovative (CIAB), Bioprocessing 15-17 during Mohali 2016 December, Narnaware Sharad Arvind Kumar, Prashant Surabhi Soni Surabhi Anil, Annamma Chanrayan, Arvind Lali. “Designing of Lipase Nanoreactors SSBSS, Biocatalysts”. as and Synthetic International Biology Summer Systems School 2016, Volterra, 9 -13 July, Italy, Tuscany, 2016. Koley Sushmita “Affordable Kale, Sandeep ORAL PRESENATION ORAL • • • • , Reena , Reena , Ankita , Naina , Naina Biotechnology’ at Vellore Vellore at Biotechnology’ Technology of Institute 2016. August during on ‘Advances in Algal in ‘Advances on Vellore at Biotechnology’ Technology of Institute 2016. August during Akanksha Mhatre Arvind Lali, Pandit, engineering “Growth year lactuca for Ulva of in cultivation round in photobioreactors” conference International in Algal ‘Advances on Implementation of of Implementation chromatography continuous processing in downstream biopharmaceuticals, of Fest Chem Vortex-The 2016 September, Akanksha Agarwal Arvind Lali, “Taking Pandit, towards algal cultivation use of sustainability: sources” nutrient alternate conference in International and Arvind and Lali “Production CLA enriched milkof milk products”. and Technology at Presented IKMC during Showcase 2016:Acceleration conference, Innovation 24-25 on Hyderabad 2016 October, Sandeep Patle generation Next Singh for bioprocessing biopharmaceuticals: Showcase during IKMC IKMC during Showcase 2016:Acceleration conference, Innovation 24-25 on Hyderabad 2016 October, Vadgama Rajesh Odaneth Annamma Pawar, • • • • , , Monali , Monali , Annamma , Annamma , Sanjeevkumar , Sanjeevkumar Presented at Technology Technology at Presented Lali Scalable and “Easy production for process oligosaccharides”. of Chinmayee Mahadik Annamma Victoria, Juliet ArvindOdaneth and Accelerating Innovation Innovation Accelerating on Hyderabad conference, 2016. 24-25 October, based chemicals”. Presented Presented based chemicals”. Showcase Technology at 2016: IKMC during “Eco-friendly and low-cost low-cost and “Eco-friendly large for route synthesis oil of scale production Manish Yadav Manish Annamma Kavadia, ArvindOdaneth and Lali University, Coimbatore, Coimbatore, University, 17- 18 November on India 2016 Bioproducts, Biocatalysis Biocatalysis Bioproducts, at held Biorefinery and Agriculture Nadu Tamil monoacylglycerol lipase”5th lipase”5th monoacylglycerol Conference International Utilization Sustainable on Biomass: Plant Tropical of Chandrayan and Annamma Annamma and Chandrayan Odaneth. “Production a thermostable- of India on 17- 18 November 17- 18 November on India 2016 Soni Surabhi and Biorefinery held at held Biorefinery and Agriculture Nadu Tamil Coimbatore, University, on Sustainable Utilization Utilization Sustainable on Biomass: Plant Tropical of Biocatalysis Bioproducts, cultivation of non non of cultivation yeast”5th convestional Conference International Pratik Pawar ArvindOdaneth and cell density Lali. “High • • • • 158 I Institute of Chemical Technology I Annual Report 2016-17 • • • • PRESENTATION POSTER DR. R.D. JAIN oral presentation. Young Innovator” for the 2016. Awarded “Best the Technology during August at Vellore Institute of Biotechnology’in Algal conference on ‘Advances sources” inInternational ofuse alternate nutrient towards sustainability: “Taking cultivation algal Pandit Lali, and Arvind Agarwal Akanksha 2016. Mohali, 15–17December Environment held at IISER Food, Nutrition, Health and Bioprocessing Products for India 2016Sustainable analysis”. Bioprocesing Biomass compositional Throughput system for “High- Lali. and Arvind Annamma Odaneth Parmeshwar Patil December, 2016. Mohali during 15-17 Bioprocessing (CIAB), Dyawanapelly, Prajakta Krishnan,R Akhil Sathish Scotland, July 2015. Exposition 2015,Edinburgh, Annual MeetingSociety and at 42nd Controlled Release delivery, Poster Presentation and improved siRNA enhanced internalization to lung cancer cells for oligosaccharide nanoplexes (2015), Targeting chitosan Jain, Prajakta Dandekar Dyawanapelly, Ratnesh Uday Koli, Sathish , , Reena , Reena • • • Dandekar (2015), In Ratnesh Jain, Prajakta Andreas Stavropoulos, Bopardikar, Rohit Kulkarni, M Dhanasekaran, Abhijit Shanbhag, Payal Ganguly, Rohan Chhabra, Siddharth Mumbai, India, August 2015 in Reproductive Health, Institute for Research Chapter 2015, National Chemists India Mumbai ofat Biological Society delivery, Poster Presentation and improved siRNA enhanced internalization to lung cancer cells for oligosaccharide nanoplexes (2015), Targeting chitosan Jain, Prajakta Dandekar Dyawanapelly, Ratnesh Uday Koli, Sathish Scotland, July 2015. Society,Release Edinburgh, Exposition of Controlled the 42nd Annual Meeting and Poster presentation at the Water Soluble Chitosan, Amphotericin Band nanoconjugate of (2015), Self-assembled Dandekar, Ratnesh Jain, Prajakta Dandekar (2015), Tejal Pant, Ratnesh Jain and Mumbai, India, August 2015 in Reproductive Health, Institute for Research Chapter 2015,National Chemists India Mumbai ofat Biological Society Posterdefects, Presentation application inperidontal scaffolds forpotential phosphosilicate based stem cells on calcium mesenchymal and gingival vitro behaviour of human • • • based scaffoldsbased forpotential Dandekar (2015),Starch- Ratnesh Jain and Prajakta Gore, Aparna Deshpande, Rohan Chhabra, Manish November 2015 (IIT-B), Mumbai, India, of Technology- Bombay Alternatives, Indian Institute on Futuristic Approach to Presentation at Seminar for lung culture, Poster three-dimensional support Nanofibrillar cellulose as in Technology and Business (CRS-IC) 2016(Advances Society-Indian Chapter of Controlled the Release International Symposium Poster Presentation at 15th Eutectic Solvent (DESs), chitosan using Deep synthesis of Trimethyl Green approaches for Ratnesh Jain (2016), Dandekar Jain and Prachi Bangde, Prajakta December, 2015 Ecosystem, Mumbai, India, International Convention & WorldChemistry at Industrial 4th Green (DESs), Poster Presentation eutectic SolventDeep Trimethyl chitosan using approaches for synthesis of Ratnesh Jain (2015),Green Dandekar Jain and Prachi Bangde, Prajakta November 2015 (IIT-B), Mumbai, India, of Technology- Bombay Alternatives, Indian Institute on Futuristic Approach to Presentation at Seminar engineering, Poster application inskintissue Chemical Engineering I Institute of Chemical Technology I 159 the controlled synthesis of of synthesis the controlled nanoparticles, polymeric 15th at Presentation Poster Symposium International Release the Controlled of Chapter Society-Indian 2016, Institute (CRS-IC) Chemical Technology of India, Mumbai, (ICT), Society-Indian Chapter Chapter Society-Indian 2016, Institute (CRS-IC) Chemical Technology of India, Mumbai, (ICT), 2016. February Aparna Chhabra, Rohan Jain Ratnesh Deshpande, Dandekar Prajakta and (2016), Starch/Gelatin skin for Based Scaffolds Oral engineering, tissue 15th at Presentation Symposium International Release the Controlled of Chapter Society-Indian 2016, Institute (CRS-IC) Chemical Technology of India, Mumbai, (ICT), 2016. February Aanshu Dhobal, Anurag Kulkarni, Amol Deokuliar, and Dandekar Prajakta (2016), Jain Ratnesh for platform Continuous (CRS-IC) 2016, Institute Institute 2016, (CRS-IC) Chemical Technology of India, Mumbai, (ICT), 2016. February Mahesh Patil, Saurabh Dandekar, Prajakta More, Ratnesh Pattani, Aditya (2016), Performance Jain for Study Evaluation as Oligosaccharide Chitosan Excipient, a Pharmaceutical 15th at Presentation Poster Symposium International Release the Controlled of • • • of the Controlled Release the Controlled of Chapter Society-Indian (CRS-IC) 2016, Institute 2016, Institute (CRS-IC) Chemical Technology of India, Mumbai, (ICT), 2016. February Ratnesh Bangde, Prachi Dandekar Prajakta and Jain Approach (2016), Green Trimethyl of Synthesis for of a Polymer Chitosan, in Biomedical Importance Poster Applications, 15th at Presentation Symposium International (ICT), Mumbai, India, India, Mumbai, (ICT), 2016. February Vijaya Wadke, Pallavi Jain Ratnesh Waghmare, Dandekar Prajakta and starch (2016), Electrospun mat based nanofibrous healing, Poster wound for 15th at Presentation Symposium International Release the Controlled of Chapter Society-Indian R Akhil Krishnan, Siddhant Siddhant R Akhil Krishnan, Ratnesh Sheth, Jay Prabhu, Dandekar Prajakta and Jain and (2016), Synthesis of studies Antifungal Oligosaccharide- Chitosan composites, nano Zinc oxide 15th at Presentation Poster Symposium International Release the Controlled of Chapter Society-Indian 2016, Institute (CRS-IC) Chemical Technology of siRNA Nanoplexes, Poster Poster Nanoplexes, siRNA 15th at Presentation Release Society-Controlled Symposium Chapter Indian Chemical of 2016, Institute Mumbai, (ICT), Technology 2016 February India, • • • Chitosan Oligosaccharide Oligosaccharide Chitosan Jain, Prajakta Dandekar Dandekar Prajakta Jain, Targeting (2016), Active Cells Cancer with Lung of Technology, Mumbai, India, India, Mumbai, Technology, 2016. February Ratnesh Koli, Uday at Controlled Release Controlled at Chapter, Society-Indian Chemical of Institute for pre-clinical testing of of testing pre-clinical for their deliverydrugs and Presentation Poster systems, Tejal Pant, Ratnesh Jain and and Jain Ratnesh Pant, Tejal (2016), Dandekar Prajakta lung 3D model of vitro In of Chemical Technology Chemical Technology of India, Mumbai, (ICT), 2016 February modifying chitosan using using modifying chitosan Solvents Deep Eutectic at Oral Presentation (DESs), Institute CATSHOL-2016, Jain and Prajakta Dandekar Dandekar Prajakta and Jain (2016), Exploring Jain for catalyst enzymatic (ICT),Mumbai, India, India, (ICT),Mumbai, 2016. February Ratnesh Bangde, Prachi 2016 : One day workshop workshop day 2016 : One of Institute Catalysis, on Chemical Technology Chitosan with a Carbon a Carbon with Chitosan based Oral solid acid, CATSCHOL at Presentation Waske, Dileep Khandekar, Dileep Khandekar, Waske, Ratnesh Dandekar, Prajakta of (2016), Interaction Jain, R Akhil Krishnan, Pranjal Pranjal R Akhil Krishnan, Siddharth Deshmukh, Agarwal, Deepa Dhoble, Prashant Purohit, Poorvi (ICT), Mumbai, India, India, Mumbai, (ICT), 2016. February Potential of New Drug New of Potential Institute Delivery Systems), Chemical Technology of • • • • 160 I Institute of Chemical Technology I Annual Report 2016-17 • • • • 2016 Washington, July 17-20, Society,Release Seattle, Exposition of Controlled the Annual Meeting & presented poster at 43rd Electrostatic Interaction”, on Protein-Nanoparticle Jain (2016),“Effect of pH Dandekar Jain, Ratnesh Goutam Ghosh, Prajakta Sathish Dyawanapelly, February 2016. (ICT), Mumbai, India, of Technology Chemical (CRS-IC) 2016,Institute Society-Indian Chapter of Controlled the Release International Symposium Poster Presentation at 15th electrostatic interaction, on protein-nanoparticle Jain (2016),Effect of pH Dandekar and Ratnesh Goutam Ghosh, Prajakta Sathish Dyawanapelly, February 2016. Presentation at CRSAnnual Engineering. ,Poster Substitute for Skin Tissue 3D Scaffolds Dermal as (2016) Novel Starch Based and Prajakta Dandekar. Deshpande, Ratnesh Jain Rohan Chhabra, Aparna July 2016. Seattle Washington USA, Meeting &Exposition, Presentation at CRSAnnual lung Poster diseases, nanoplexes for alleviating oligosaccharide-siRNA silencing using chitosan Dandekar Jain (2016),Gene Ratnesh Jain and Prajakta Modi,Bhartiya, Deepak Uday Koli, Pradeep • • • and Chitosan Society and Indian 5th Chitin and chitosan symposium Asia11th PacificChitin Poster presentation at (HMF) from chitosan, 5-hydroxymethyl furfural catalysts on synthesis the of of hetero and homo (2016), Synergistic effect Prajakta Dandekar Krishnan, Ratnesh Jain, Nikhil Kalane, RAkhil 30, 2016. Kochi, India, September 28- Symposium, IMAHouse, and Chitosan Society and Indian 5th Chitin and chitosan symposium Asia11th PacificChitin Poster presentation at (C-AMP) nanocomplex, Chitosan-Amphotericin B weight chitosan ina nature of low molecular Dandekar (2016),Protective Ratnesh Jain, Prajakta Dyawanapelly, Tejal Pant, Krishnan,R Akhil Sathish July 2016. Seattle Washington USA, Meeting &Exposition, Symposium 2016. Chitin and Chitosan Society Symposium Indian &5th Chitin and Chitosan chitosan,11th Asia Pacific of low molecular weight catalyst for production &Liquid solid between Ratnesh Jain, Comparison Prajakta Dandekar and Krishnan, Shashank Bangde, Saurabh Patil, R Akhil 30, 2016. Kochi, India, September 28- Symposium, IMAHouse, • • • • • • • • • • • CONSULTANCY: INDUSTRIAL Ratnesh Jain and Prajakta Aanshu Deoukuliar, 2016. India, September 28th-30th Symposium, Kochi, Kerala, Chitin and Chitosan Society Symposium Indian &5th PacificChitin Chitosanand Presentation at Asia 11th Trimethyl Chitosan, poster approach for synthesis of Jain (2016),Green Jain and Prajakta Dandekar Prachi Bangde, Ratnesh eoa kansai Nerolac SS Techno Ltd. Harman Finochem, Limited Pidilite Industries Limited J SIndustries Azista Industries Limited Pvt Santa Mumbai, Cruz, India The Sciences, Grand Hyatt, 2016- GEHealthcare Life Evolutions Symposium Prajakta Dandekar (2016), Rohra, Ratnesh Jain and Kritika Gupta, Nanda Mumbai, India. Asia Pacific,HyattRegency, The Bioproduction 2016- Prajakta Dandekar (2016), Rohra, Ratnesh Jain and Kritika Gupta, Nanda Mumbai,India. Workshop, IIT-BOMBAY, Factories, Indo-US Dandekar (2016),Cell Ratnesh Jain and Prajakta Tejal Pant, Nanda Rohra, India Research(TIFR), Mumbai, Institute of Fundamental within Tata Life Science, Dandekar (2016),Optics Chemical Engineering I Institute of Chemical Technology I 161 Mumbai Lever Research Hindustan (India) Bangalore Center, Mumbai Pvt. Ltd., Care Famy (India) Ltd GAIL (India) Maharashtra ControlBoard of Member (As Paints Asian Pollution Council) their Technology Valsad Ltd., Atul Vadodara Ltd., Rubamin UniqfluxPune(honorary) Eternis Membranes, Alkyl Amines Laxmi Organic UPL Technoforce. Organics Vinati GACL India Pvt. Cropcare Farmsons (India) Nashik Ltd., Swagat (India) Aurangabad Chemicals Pvt. Elkay Ltd., (India) Pune Polymers, (India) Ichalkaranji ACIL Pvt.Ltd., P&P Products (India) Parbhani Ltd, ZeroD Industries (India) Mumbai of Corporation Municipal (MCGM), Mumbai Greater • • • • • • • • • • • • • • • • • • • • • • GTF Marine Technology Technology GTF Marine Mumbai Pvt. Ltd., India (India) Revenue of Department Ministry of Intelligence, of Government Commerce, Mangalam Mangalam Organics PACE, India Ltd. OilCorporation Indian Atul Ltd. Drugs Limited Hetero Taiwan Biopharma, Anya Limited Care Famy Thrombocheck Labs Kline Smith Glaxo Emami Ltd Phosphorus United Coca-Cola Shanghai Ltd. (China) M/s. IG Petrochemicals Ltd. Petrochemicals M/s. IG Ltd. M/s. Godrej Agrovet Environmental M/s. Aditya Services Ltd pvt. Federation Care M/s. Crop India of Ltd. M/s. IPCA Laboratories Sciences Life M/s. Jubilant Ltd. Ltd. Organics M/s. Vinati Pvt. Technologies Y-Cube Ltd Company: Process and and Process Company: advice product NOCIL Ltd. Sciences Life M/s. Jubilant Ltd. Pvt. Ltd. Organics M/s. DU (P) Pharma M/s. Megafine Ltd. • • • • • • • • • • • • • • • • • • • • • • • • • • Hindustan Hindustan Chemical Siemens India Limited India Siemens Sudarshan Limited Industries Chemical Mumbai, India Mumbai, Limited Peroxide National Limited India Lubrizol Atul Atul Pvt. Asian Paint Pvt. Ltd, Organics Val Eastman Chemical Co. Ltd., Ltd., Chemical Eastman Co. USA. Bharat (BPCL) limited Corporation Petroleum of mixing equipments mixing of Bangalore, ltd, Unilever India Ascorbyl Palmitate Ascorbyl Plant Pilot Protein Soy Delhi, Design New ltd, SRF Pvt. Ltd., Delhi Pvt. Ltd., Jalna Pvt. Cotex Ltd., Abhay of Production Enzymatic Mumbai Kashipur Ltd. Glycols India Chemicals Synthetic Acme Chemicals India Mitsubishi technology General Mills INC Navi Pvt Ltd, Organics Privi GSK Balmer Lawrie Science Birla and Aditya HUL Jayant agro K V Fire Aquapharm Galaxy surfactants Marico • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 162 I Institute of Chemical Technology I Annual Report 2016-17 • MAJOR ACCOMPLISHMENT • PROF. B. N.THORAT cake compressibility were resistance, cake porosity, resistance, medium properties such as cake studied. The characteristic coagulant addition, etc. were pressure, filtration media, parameters such as effect of operationalof several CETPs. The consequences were out carried at local the site filtration experiments components. Therefore, on- along with some minor rich innutrients and energy recently bio-solids, are called treatment sludge, more municipal wastewater The resources found in are using practically. them ETPs and CETPs inIndia activated sludge not many developed to dewater waste amount of techniques are Although considerable processing to leads non- also costs Rs.30,000/acre. The consumes 30days and processing is laborious, of land. Traditional turmeric farmers onlakh 5,00,000 acre and spice, is produced by 15 important plant medicinal known as Haldi, an Turmeric, traditionally costs. operatingminimize the operations and consequently to intensify CETP the Thisdata enable will us at optimum the conditions. CETPthe is not operating cake.the It was found that elementalthe analysis of along determined also with • • upscaling of process. the encountereddifficulties in granulation and of jaggery study analyses strategies for flowingpowder form. This availablejaggery infree Thusthere is to makeneed of its properties. medicinal increased recently because as a sweetening agent has The importance jaggery of of its hygroscopic nature. Indian household because replaced bybeen sugar in Indian sweetener but has Jaggery is atraditional novel technology. drying through agri-waste based of turmeric processing Rs. 1500 crore annual market Rs. 30,000.HaldiTech targets that 30days takes and costs against traditional process with targeted Rs.15,000as (produce of 1acre) in24hrs process 10,000kgof turmeric during Ph.D. work that can novel developed technology HaldiTech period. time is a next crop for considerable availability of land the for the or sustainable binding cost effective binder are madebeing to develop In Present study, efforts economic consideration. iswhich driving factor for involvesslack coal binder, at low price. Briquetting of wastegoes or sold otherwise forming briquettes, which effectively utilized can be by on exposure to weather, the transportation, handling and processthe of mining, Slack generated coal, during • • and it has tremendous effective piece equipmentof The SCD is one the of most of most the efficient system. heat transfer making it one radiation mechanism of conduction, convection and thattechnology uses (SCD) is a unique conductionSolar dryer technique. evaporation, fluidbed extrusion, solventdrying, of neutraceuticals. Spray bioavailability and solubility to increaseused stability, onethe of technique the Microencapsultion is site without degradation. deliver on them targeted It to necessary is very photolytic, aciddegradation. prone to oxidative, thermal, stabilitytheir issue. They are vitamins, probiotics have neutraceuticals like Most of drugs, the conditions. anddesign operating to quantify effect the of developed models has been insights,experimental CFD on the Based on drying. parametersdesign of SCD and impact of various pattern, temperature profile is to understand flow the objective of proposed the improved performance. The understanding for the further needs no electricity runswhich on effective dryer insolation. The most cost- there is abundance of solar nationserstwhile where potential in India and other Chemical Engineering I Institute of Chemical Technology I 163 to complex distillation distillation complex to reactive including columns effect salt in distillation, complex and distillation azeotropic heterogeneous designs. column distillation analyzed had he particular, In showed successfully and a for operation economical for natural products as as products natural for or medicinal compounds of Many neutraceuticals. been have these processes and the company by patented commercial practiced for the products. of production a on Professor a Chair As Bharat by created position Ltd. Corporation Petroleum Chemical of thein Institute he (ICT), Technology and newer developed has the for technologies novel recently most company, vacuum of upgradation for water waste and residue had He management. of number large a developed castor oleochemicals from manufactured were that oil another by marketed and concern. industrial his extended Gaikar Professor separations reactive on work Innovative approaches by by approaches Innovative theoretical synergizing practical with developments of hall marks are applications Professor by done the work in academic research Gaikar to a consultant as and severalconcerns industrial decades. two in the last been had a consultant He alcohol-based a leading to development industry for new extraction many of processes purification and • • for separation of this most this most of separation for mixture. difficult-to-separate work on Dissociation Dissociation on work dissociation extraction and extractivecrystallization has been practiced in chemical theindustry other where methods of conventional been either have separation impractical economically employ. to difficult are or reactive of process His m-/p- crystallization for its of the first was cresols selectivity extreme kind with fruits and vegetables, dairy vegetables, fruitsand etc. medicines, products, G. Gaikar, Vilas Professor National Indian of a fellow Engineering, of Academy outstanding made has to contribution research Chemical Engineering been has Science that industries many by applied His abroad. and in India boiler generating steam steam boiler generating combustion direct by or novel This waste. agro of beentechnology has already implemented successfully the milk chilling of one at Dairy, Gokul of centers approx. where Kolhapur, milk being is of 2 lakh liter chilledthis everyday using technology This technology. of storage being usedis for technologies results in results technologies It benefits. maximum electrical reduces energy using by consumption energy an source. as heat obtained can be heat The by or collector solar by a through waste agro PROF. V. G. GAIKAR G. V. PROF. • been optimized by the use been by optimized Exergy of Engineering an that such techniques both use of optimum called “COMBO VAR- called “COMBO TECHNOLOGY”. VCR has combination The Refrigeration system (VAR) (VAR) system Refrigeration Compression & Vapour (VCR) system Refrigeration technology for refrigeration refrigeration technology for a combination is that Absorption Vapour of In the area of of the area In we thermodynamics, a novel employed have of nutrients in SCD-dried nutrients of fresh. to food compared as labeling of 20 fruits and 20 fruits and of labeling been carried have vegetables the retention estimate to out additional income through through income additional food dehydrated sale of Nutritional products. can preserve seasonalcan during it consume produce, periodlean overcome to earn and malnutrition rural women farmers in farmers rural women Shahapur, and Aurangabad theyso that Maharashtra, Gates Foundation, USAID Foundation, Gates this project, In DBT]. and 230 to provided SCD was Dryer (SCD)” [Supported Dryer [Supported (SCD)” Challenges Grand under BIRAC, funded by India, security to Indian Women Women security Indian to Community through of implementation level Solar Conduction Domestic Grand Challenges India India Challenges Grand year- “Ensure Project food wise nutritional drying techniques are used drying are techniques microencapsultion. for PROF. S. S. BHAGWAT PROF. • • 164 I Institute of Chemical Technology I Annual Report 2016-17 • • • and to minimize waste with to desiredselectivity product processes to improve development of continuous synthetic reactions for chemicals’ specialty several his group is working on industries. Currently, chemical specialty in pharmaceutical and having potential applications and nanoparticle synthesis capture of carbon-dioxide sorbentsfunctionalized for related organic compounds, for anumber of closely ions, affinity adsorbents towards desired metal with extreme selectivity for extraction heavy metal reactive sorbentsseveral group has developed In last the few years, his company.petrochemical mixtures inIndia’s leading involving acid-water acetic distillation column multicomponent azeotropic His contribution to field the organic waste. withdealing concentrated treatment technique for ‘Steam Pyrolysis’ as awaste of work this is establishing, concept. Another offshoot to establish biorefinery biomass is developed being conversion of lignocellulosic applications. thermal The industrial and large scale workthis at used has been milestones and some of attained newer several of biomass, his group has conversionthermochemical biolubricants, biodiesel, In area the of Biofuels, integration.energy • solutions in are useful also techniques. The aqueous for chemical conversion hydrotrope as asubstitute using aqueous solutions of conducted delignification group has successfully operations. Recently his to scalable easily industrial organic solvents that is also products as an alternative to processextraction for natural of hydrotropes based developed aqueous solutions group has successfully industries.pesticide His applications and indrug with surfactants for potential formulations of hydrotropes developed several has also formulations.drug He now inseveral used being solubilizerdrug is which efficient hydrotrope and ibuprofensodium as an firstthe time, established in ICT, India. His work, for entirely from work the done his contribution has come consideringespecially that pioneering,has been mixtures with surfactants of hydrotropy and complex University of Mumbai in Teacheras Best the by Professor Gaikar was rated and corporate relations, Apart from his industrial purification. permeabilizationcell and and protein recovery by its mostly type, for enzyme as recognized firstis also of solutions of reverse micelles, applications, using organic His work on biochemical ofease recovery of products. as safer and media provide conducting organic synthesis TEQIP Institutes inthestate Innovation Networking of in differentlaboratories. The to convert research the done acutely felt by participants all and Technology Park establishment of Institutes. The need of Hyderabad, amongst other Indian schoolof Business, Kanpur, and IIM-Calcutta of Interaction, along with IIT, improve Industry –Institute on ofactivities the TEQIP to of years ago, to brain storm Professor Gaikar, acouple The MHRD had invited TEQIP INSTITUTES: NETWORKING OF INNOVATION brought young chemical Competition´ inICT has ´Young Innovator Choice interaction form inthe Industry-Academiathe originality in conceptualizing engineers to innovate. His country, and inspiring young educationtechnical inthe promoting engineering and and out-of-box for ideas is known for his innovative students of Institute. the He by2002 andtimes several the engineers of Innovation among young ICT inspreading spirit the is spearheading efforts the of Statethe of Maharashtra and of engineering institutes in of ‘Innovation Networking’ he conceptualized idea the samethe platform. This year, answers for problem, their on industries innovative seeking andcountry several from corners all of the engineers/ technologists Innovation was Chemical Engineering I Institute of Chemical Technology I 165 approach of using fundamental fundamental using of approach with coupled knowledge, experiments elegant simple, Industrial demonstrating Socialand been has utility Pandit’s Prof. of the hallmark Science to and contribution has Pandit Prof. Technology. per (as 333 over authored India. India. pump in hand work current His for disinfection based water in revolutionary is rural India will be and extremely nature useful in the developing resulted has it as countries a modifiedhand-pump into 89% of in excess design giving His pass. in one disinfection ENERGY ICT to contribution energy into resulted has group for processescooking, efficient and generation steam solar Fuel Solid smokeless efficient designs. (Stoves) Chullas designs novel developed has He Cavitationally of a variety for biological chemical, induced transformations physical and which are processes unit in successfulcommercial operations. creative scientific A unique less biofouling prevention prevention biofouling less circuits tower in cooling The been breaking, has path Ballasttechnologyof water him by proposed treatment Institute (National with along National and Oceonography of Chemical CSIR Laboratory) been has recognized labs well Maritime International by to likely is This Organization. sea independent an into result technology treatment water in time first facility, testing PROF. A. PANDIT B. PROF. water treatment of biorefractory biorefractory of treatment water and/ mineralization pollutants chemical of prevention or disinfection for rural masses. for disinfection theory, of blend unique A final and experiments modeling, in resulted has implementation scale-a successful design and from reactors cavitational of up scale. industrial His to lab the fundamental into insights Cavitational of understanding him) by (termed coined reactors possible of a gamut opened has these reactors. of applications effluent of in the area work His laboratory to industrial scale industrial to laboratory The level). tonnes/day to (mg (a) include: applications of range intracelllulor for Biotechnology (b) Chemical recovery enzyme for Technology and Engineering sonocrystallization, estrification compounds of variety of synthesis. nanoparticle and have technologies Successful alsoa been for developed water social as such cause responsible individual who individual responsible promoted and proposed Cavitation Hydrodynamic and based physico-chemical His transformations. biological of area in the publication first for cavitation hydrodynamic was Chemical Transformation subsequently has in 1992. He 120 articles till over published He cavitation. of in the area date for this technique applied has from applications a variety of Resources Development, Project Project Development, Resources Inventory and Management the from apart Management, Engineering Product be can Pandit B. A. Prof. described singularly as has been has a is now turned into Human Human into turned now is PhD students who sacrificed students PhD on work to their vacations exercise the entire ideas. The these projects was not with the with not was these projects with but investigators project and youngsters of thebunch April 2014 to launch formally formally launch 2014 to April Networking the Innovation of success The 14 projects. with Mumbai) and Shri Guru Govind Govind Shri Guru and Mumbai) Engineering of Institute Singh (SGGSIET, Technology and 1st on signed MoU Nanded), Technological University University Technological Patel Sardar (DBATU,.Lonere), (SPCE, Engineering College of Veermata Jeeja bai Technological Technological bai Jeeja Veermata Mumbai), (VJTI, Institute BabasahebAmbedkar Dr. this spirit of Innovation. Innovation. of this spirit Chemical of Institute Mumbai), (ICT, Technology networking with other Institutes Institutes other with networking Professor of the guidance under promote to TEQIP under Gaikar engineers and technologists technologists and engineers ICT entrepreneurship. for for a hub now become has was also hoped that the spirit the spirit alsowas that hoped be spread would innovation of young enthuse to states other to infrastructure available at the at infrastructure available develop/ to partner institutes technology for prototypes create It transfer. and development TEQIP. It was envisaged that that envisaged was It TEQIP. Networking theInnovation expertise use current would and by the State of Maharashtra Maharashtra of the State by Project the National and (NPIU), Unit Implementation held at different Institutes in Institutes different at held was project The Maharashtra. supported heartedly whole of Maharashtra of MHRD at the meetings of result sessions storming the brain and 166 I Institute of Chemical Technology I Annual Report 2016-17 PhD’s and 68Master’s students He has 38 successfully guided International Scientific Journals. Editorialthe board of several H-Index 57.He on is also (as perscopus webmedia) and patents with over 11416citations and over 17chapters and has 17 Scopus) publications, 6books • • • • • • • membranes) development of ceramic control; pollution streams; from organic and aqueous and metals organic chemicals of (separation and recovery separation Membrane far.so in Engineering and Technology PATWARDHAN DR. ANAND VINAYAK fibre membrane as well as Separation using hollow membrane using supported liquid ions from aqueous streams Separation of various metal phenomena of membrane separation Mathematical modelling petroleum fractions compounds from various Removal of sulphur equipment to industrial scale scale fromScale-up laboratory liquid membranes flatthe sheet supported from aqueous stream using Separation of organic acids parameters Cs, and mass their transport like U, Nd, Pb, Co,Sr, Zn, Separation of ions metal flat sheet membrane • • process development) organicoils; greener chemical from non-edible chemicals and reactions; value-added forliquids solvent extraction Green Technology (ionic • • pigments) and microbial colorants / of(synthesis chemicals Bioprocess Technology • • some industrially relevant is explored being cases for of ionic liquids insuch Thecatalyticsolvent / role in catalytic applications. reaction ratespractical catalystthe phase to give have sufficient solubility in organic substrates donot phasethe boundary. Most phase or on catalysis at substrates into catalyst the on transfer the of organic Multiphase catalysis relies pharmaceutical aspects. organic for chemistry / catalyst, synthetic using chiral auxiliaries group transfer reactions molecular recognition, racemic mixtures, chiral resolutionskinetic of Enantioselective synthesis, applications membranes for industrial Development of ceramic Development of viable and solvents. ionic liquids as extracting C8 liquid mixtures with Separation of C7and chemicals. for industrially useful and non-edible oils Epoxidation of edible reactions. • • • • Major Accomplishments : • • L-ascorbic acidduring on production the of Effect of precursor addition L-gulonic acid. L-ascorbic acidand 2-keto- quantitative estimation of formethod simultaneous Development of analytical materials, such as, glucose. from inexpensive starting of L-ascorbic the acid process for production the efficient bioconversion aldehydes using vicinal Separation of racemic equipment is inprogress. to industrial scale scale fromScale-up laboratory industrial pollution control. of as well metals as in This is relevant for recovery supported liquid membrane. aqueous streams using ions and organic acids from Separation of various metal microorganisms. rapidthe multiplication of continuous cultivation, and including possibility the of to vegetable sources, advantages compared when anumberpossess of fermentation processes for same the of as use the a fermentation process and development the of natural pigments /colours, microbes producing by screening various colours or pigments Production of natural yield of L-ascorbic acid. enzyme inhibitor on the Effect of intracellular fermentation. Chemical Engineering I Institute of Chemical Technology I 167 up, it is necessary to study necessary is it study to up, geometry of various the effect operating and parameters work, the present In conditions. dynamics fluid computational carried were (CFD) simulations of hydrodynamics study to out were of CFD ARDC.results The experiments. using validated of dispersedphase, hold-up The impellers and of discs effect 45°) at (disc 4 blades with hold-up and pattern flow on An in ARDC studied. was speed in rotation increase in hold- increase in an resulted in hold increase Substantial up. to attributed is 400 rpm after up effects. agitation the strong pressure drop in vertical tube. drop pressure scale lab of CFD simulation disc AsymmetricRotating (ARDC) contactor disc rotating Asymmetric (ARDC) the is contactor rotating of modifiedversion (RDC), which disc contactor liquid-liquid used widely for is extraction. ARDC provides than wise contact stage better mixing. back RDC reducing by and design scale- efficient For Thermodynamicsextraction of systems. of Liquid-liquid study The at extraction (LLE) processes important an is level molecular studies. It was observed was that It studies. CFD model has developed phase two predict to potential vapor distribution. In order order In distribution. vapor subcooled boiling predict to boiling of effect behavior, flow Non-drag models, parameters turbulence of effect forces, radial axial and on models fraction vapor of distribution beenhas temperature liquid and Based comparison studied. on been modelCFD has study, of Applicability developed. been CFD model has developed experimental against checked Modeling of Two Phase Flow Two of Modeling Tube in Vertical Instabilities Boiling Evaporators in boiling flow phase Two occursvertical mainly tube in nuclear generator in steam thermal power plants, power cooling electronic plants, boiling Subcooled etc. systems as phenomenon important is transfer deals high with heat it non-uniform and coefficient was determined for tea bags tea determined for was An tea. black CTC containing observed 81% was of increment black of CTC profile in infusion temperature brewing tea as 60-100 °C. over increased was observed was reduction that It increment in particlesize and dipping in temperature, bag tea size of frequency and in infusion improvement led to teaof bags. profiles work is to improve the infusion the infusion improve to is work used conventionally kinetics of this, tea bags. Concerning kinetics infusion and swelling determined were tea bags of Effect parameters. various for particle size, temperature, of bag tea size of and bag dipping

the application of the same the same of the application beenhas tried successfully fibres. natural of dyeing for Production of natural natural of Production microbes using colorants and beenhas accomplished, L-ascorbic acid (vitamin acid (vitamin L-ascorbic beenC) has successfully developed. An innovative innovative An approach biotechnological of the production for This epoxidised oilis epoxidised This making for suitable found plasticisers. In-situ epoxidation of non- of epoxidation In-situ hydrogen using oil edible been has achieved. peroxide liquids as catalysts has been has catalysts as liquids at demonstrated successfully scale. laboratory scale. alkylation Friedel-Crafts ionic using phenols of diamines as chiral auxiliary chiral as diamines beenhas successfully laboratory at demonstrated PROF. A.W. A.W. PROF. PATWARDHAN The objective of the research research of the objective The with other compounds like like compounds other with and thearubigins acid, tannic etc. theaflavins, Infusion polyphenols contains Tea along xanthines, methyl and Kinetics of Tea Polyphenol Polyphenol Tea Kinetics of • • • • 168 I Institute of Chemical Technology I Annual Report 2016-17 phosphoric acid(D2EHPA) (TBP) and di-(2-ethylhexyl) (MD). Tributyl phosphate molecular dynamic simulations way to study such systems is for understanding LLE.One diluent and solute is essential level description of extractant Reliableaspect. molecular clarity) not(Dodecane shown for simulation indodecane. (TBP) aggregate during MD Snapshot of tributyl phosphate properties.experimental Figure: agreementin good with the properties were found to be were simulated. The physical TBP, D2EHPA and dodecane Pure component properties of usingperformed GROMACS. D2EHPA. MDsimulations were aqueous stream using TBP and of lithium from extraction calculations incase energy solute interactions using free was to quantify extractant objective of present the work kerosene, paraffin etc. The diluentswith inert such as extractants are usually deployed are versatile extracants. These and sulphur as carbon using methane, ferrocene bundled SWCNTs produced Figure: (A)TEMimage of exhibits crystallinity. high step. The synthesized SWCNTs found rate the to be controlling of methyl adsorbed the group is irreversiblethe decomposition catalytic active site followed by adsorption of methane on the and irreversible dissociative mechanism proposed has been have studied. been Areaction decomposition of methane 4.6 mol m-3) on rate the of catalyst concentration (0.2to to 40kPa) of reactant gas and pressure- 10000C),partial (2 temperature of synthesis (800 The effects kinetics. the of was employed to investigate vapour deposition reactor floatingcatalyst chemical at atmospheric pressure. A using ferrocene as catalyst the decomposition of methane by synthesized by thermocatalytic (SWCNTs) have been carbonSingle nanotubes walled and Reaction mechanism nanotubes:carbon Kinetics Synthesis of walled single distribution of gas void fraction. role prediction inthe of radial dispersion play an important lubrication and turbulent forces such as drag, lift,wall interfacial forces. The interfacial of the ondepends accuracy the two phasedispersed flow two-fluid model for gas liquid The predictioncapability of in flow pipes Hydrodynamics of multiphase individual SWCNT. respectively. (B)TEMimage of source, catalyst and promoter results of distribution radial of of and experimental simulated (a-b)andfraction comparison distributionradial of gas void Figure:cases. Contour plots of velocity for low and (Reb) high andfraction liquid and gas distributionradial of gas void is well capable of prediction of developed which hasmodel been phenomena CFD is observed. as well as core peak wall peak phase flow pipe, ina vertical With gas liquid two dispersed contactors rotatingAsymmetric disc CFD simulations of 6-7percent.between B-CNT lattices was found to be and boron the content inthe have awell-defined morphology steps. BCNTs produced didnot was a ratespecies determining found that adsorption the of the diffusion limitations. It was for eliminating mass the transfer catalyst weight were responsible rates above and 2400 sccm 2.4g studies depicted that flow the activation energies. The flow rate mechanisms with different showed existence of different variation (650oCto 950oC) concentration. The temperature pressure, flow rate andcatalyst included, temperature, partial determining rate the of reaction The importantparameters and acidas boric boron source. as a carbonacetylene source vapour deposition, with were synthesized using chemical Boron carbon doped nanotubes Nanotubes Synthesis Carbon of doped gas void (c-d). fraction Chemical Engineering I Institute of Chemical Technology I 169 form. The Vmax and Km values Km values and Vmax The form. pectinase immobilized of were equal to be to nearly found which indicated form native flexibility conformational that pectinase of retained was immobilization. even after pectinase magnetic Finally, employed was nanobiocatalyst tailored surface chemistry, surface chemistry, tailored physicochemical unique biocompatibility, properties, Also, biodegradability. allow nanoparticles magnetic efficient and quick easy, from enzyme of separation by mixture the reaction external magnet. using immobilized was Pectinase magnetic chitosan onto by (CMNPs) nanoparticles a as polyaldehyde dextran cross-linking macromolecular like The parameters agent. concentration, cross-linking enzyme to CMNPs time and optimized. were ratio magnetic prepared Further, was pectinase nanobiocatalyst and FT-IR by characterized The thermal kinetic XRD. immobilized for studies folds pectinase two showed in thermal stability improved free to compared as the range . Generally, immobilization of of immobilization . Generally, the carrier involves on enzyme functionalized of synthesis cross- covalent carrier and surface. its on enzyme linking of Overdecade, number a the past been have nano-carriers of used a support as and prepared enzyme. of immobilization for of types different Among nanoparticles magnetic carriers, used significantly are (MNPs) their unique to due a support as their as such characteristics also allows easy recovery and also easy and recovery allows cycles multiple for reusability under different parameters to parameters different under constant, extraction rate predict and initial extraction rate concentration. equilibrium out is carried Final purification chromatography. adsorption by in enzyme Studies immobilization onto immobilization Enzyme the of solid carrier one is not which techniques effective under enzymes stabilizes only but conditions operational Effect of various extraction of various Effect as such parameters process extraction extraction solvent, frequency on temp, time, extraction will yield be studied. parameters significant Most statistical and out be find would significant most of optimization get to parameters process also study yield.This maximum understanding towards aims the develop to the kinetics and this extractionprocess modelfor applications in pharmaceutical in pharmaceutical applications industries related other and It al. et Sato by mentioned as antitumor antioxidant, shows The properties. antiviral and use will involve work present extraction processes novel of assisted ultrasound as such microwave extraction(UAE), extraction (MAE) and assisted of the purification adsorptive . (UAE) In product. natural to their side effects increased to being expensive. from apart of rich array a has India popular widely and registered is Mangiferin medicinal plants. mango of component a major important an is and leaves drug wide with natural DR. V. K. RATHOD DR. V. modern drugs are banned due due banned modern drugs are The interest in traditional in traditional interest The growing is medicines several since substantially Studies in extraction and and in extraction Studies bioactiveof purification molecule sources natural from extraction of uranium extraction of m at Vc = Vd = 1 mm/s, which = Vd Vc m at the high performance indicates for column multi-impeller of uranium was observedwas uranium at speed The 250 rpm. impeller of unit transfer mass of height 0.13 was 250 rpm at obtained showed that flooding that occurred showed the column. of stages in bottom 100 % extraction of Almost velocities leads to enhancement enhancement leads to velocities dispersed as phase of up in hold The experiments seen in figure. speed. It was observed was that speed.It speed in impeller and increase dispersed phase and continuous and, flooding velocities and and floodingvelocities and, were coefficient transfer mass size distribution Drop evaluated. by impeller affected strongly was parameters like impeller speed, impeller like parameters size drop on velocities phase up hold size distribution, and for extraction of uranium uranium extraction of for acid was phosphoric from operating of Effect studied. hydrodynamics characteristics characteristics hydrodynamics performance transfer mass and column a multi-impeller of Phosphoric acid is an an is acid Phosphoric secondary of source important work, the present In uranium. 170 I Institute of Chemical Technology I Annual Report 2016-17 The complexbehavior the of and Mixer-settler Sieve-plate Column Extraction Transfer Studies inPulsed Hydrodynamics and Mass 74% aftertreatment. 150min showed turbidity reduction upto for apple juice clarificationwhich column 0.152mindiameter. Sieve Platea Pulsed extraction studies have out carried in been column. The Reversal Phase simulation of extraction would developed for be the differentalgorithms which mathematical and model the and description the of a different column configuration using various of types plate and sieve plate column extraction hydrodynamics of pulse the variables for elucidation of effect of operating and design study experimental the of the The research work aims at various investigators. proposedbeen and by reviewed liquid column extraction has hydrodynamics inaliquid- models for predicting the column. Many empirical hydrodynamicsthe of the order conveniently to describe column have considered to be in dispersion,the in axial flooding such as hold-up, drop size, changes characteristics inthe phase. It obvious seems that the behaviorthe of dispersed the are essentially by determined liquid-liquid column extraction andDynamics mass transfer ina sieve plate column. extraction and performance of pulsed tothe design in difficulties transfer performance, leads hydrodynamics and mass out comprehensive the study Hence, it is proposed to carry concentrated fluoride stream. fluoridefree water and domestic level, generates which are inoperation at in villages Presently, membrane units from ground the water. for removal the of fluoride andused well commercialized Membrane technique is being Technologies Studies inWater Treatment efficiency. and effect their the columnon column with mixer-settler the sieve plate pulsed the extraction comparison of performance of This researchwiththe deals separatedeasily by gravity. and solutions the when are requires longer residence times settlers are aprocess when used single stage of Mixer- extraction. mixer-settler unit provides a rather large hold-ups. Each separation performance but phase and reasonably good provideSettler mixing good easiness of operation. Mixer- studied for be indetail will its Air-lift Mixer-settler Unit Remotely operated Combined progress. on optimized Based influencesseparationthis are in other ions present in which feed and contamination and effect of concentration of reactants, pH i.e. concentration of lime, as well. The variousparameters and out nitrate carried be will including calcium, magnesium purification waterof drinking of acomplete process for membrane technology. Design overcoming drawback the of concentrated retentate stream on removal the of fluoridefrom Studies inproduction and water treatment. develop acomplete process for and Particle Size Analyzer to analyzed on Ion Meter Selective experimentation be will after above mentioned dataexperimental obtained tested by experimentation. The be also will which designed techniques, aprocess be will precipitation and filtration parameters of membrane axial dispersionaxial inpulsed phase hold-up, and flooding such as drop size, dispersed hydrodynamic characteristics Optimization of the Systems Hydrodynamics of Extraction properties. molecular weight and other out carried be to determine its characterization of enzyme will of steps. Finally, molecular and with less numberperiod product inminimum time to achieve purityused higher purificationbe techniquewill production of enzyme. Different evaluated be onwill the different operatingparameters In Bioreactor effect scale, of in submerged fermentation. productionin the of enzyme was employed method a time culture.bacterial One factor at fibrinolyticfrom enzyme the production and purification of emphasize is given to the In proposed this work, main and effectivetherapy. highly fibrinolytic agent is promising cardiovascular diseases, Among treatments the of enzyme purification of a proteolytic Chemical Engineering I Institute of Chemical Technology I 171 DR. P. R. GOGATE DR. P. has been studied. Overall been was has studied. it optimum an at that established 0.2 g/L, 16 W of loading catalyst 0.4 g/L KPS and UV power of degradation maximum loading, in 120 obtained 99.59 % was of also giving irradiation min of 95%. of reduction a COD for analysis method of Integral propan-2-ol as the solvent and and the solvent as propan-2-ol 10. as ratio precursor to solvent of catalyst the The particle size conventional through obtained otherwiseunder approach been has conditions similar be to 325 nm. Various found like techniques characterization SEM, analysis, BET Surface DLS, band UV-Vis EDS, XRD and beenused have analysis gap the superior establishing for the obtained of characteristics subsequent The catalyst. best the obtained of application in also was investigated catalyst degradation the photocatalytic initial (fixed 80 dye Blue Acid of The ppm). 10 as concentration parameters of various effect UV and loading catalyst like intensification as well as power basedthe on degradation of H2O2, ozone, of addition (KPS) as persulfate Potassium additives intensifying process Improved synthesis of Iron Iron of synthesis Improved been has attempted doped TiO2 ultrasound based the use of on process the sol-gel during the important optimizing and the best obtain to parameters particle minimum with catalyst obtained The catalyst best size. particle minimum a with was conditions 99 nm under size of 60 iron, of doping 0.4 mol% of ultrasound, of min treatment 30°C, of initial temperature of TBP-NPH-Nitric acid system acid system TBP-NPH-Nitric of also studied. were Paraffin Hydrocarbon (NPH) (NPH) Hydrocarbon Paraffin mixer- ejector air using solvent very level of low Analysis settler. aqueous and in bothTBP organic dissolved TBP done. was phase dodecane media like in organic Gas on analyzed was NPH and (GC) while that Chromatograph media was aqueous in dissolved Performance High on analyzed (HPLC). Chromatograph Liquid viscosity, like properties Physical tension interfacial and density concentrations of nitric acid nitric of concentrations The conditions. different under data equilibrium of generation concentrations different for acid will nitric and TBP of in calculating the be helpful stages theoretical of number the extraction of in designing This will usefulcolumn. be for from TBP of removal maximum Extraction of waste. the aqueous in acidic aqueous TBP dissolved Normal by done was solution and/or heavy metal nitrates metal heavy nitrates and/or temperature elevated at salts reactions. lead violent can to needfor is a there Thus, in solvent development making removal for extractionprocess so waste, aqueous from TBP of be can easily disposed it off that explosion any creating without research proposed The havoc. the studying involves work different in TBP of solubility Studies in liquid-liquidin Studies systems is (TBP) phosphate n-butyl Tri used solvent frequently the most extraction – liquid in liquid fuel reprocessing. nuclear for between and TBP contact But acid nitric of solutions aqueous the column diameter required required diameter the column 0.3M HNO3 100 kg/hr of for 0.085m. feed was well as operating conditions. conditions. operating as well of the height desired the Thus be 2.3m. From would column data, experimental throughput the NTU required was 3.7 and 3.7 and was the NTU required at i.e.0.63m constant HTU was as geometrical set of constant calculated from the experimental calculated from dissolved of removal For results. 5ppm, to 202ppm from TBP the HTU of 0.63 for optimized optimized 0.63 for the HTU of geometricalother and rate flow was conditions operating and removal of dissolved TBP from from TBP dissolved of removal stream. 0.3M HNO3 aqueous and 1.52 was required NTU data is generated for 0.3M for generated is data system HNO3-TBP-dodecane study transfer the mass and the for been conducted have of pulsed sieve plate column in column pulsed sieve plate of height and diameter of terms The equilibrium beenhas done. of 0.013m/s. Continuous phase phase 0.013m/s. Continuous of (E) coefficient axial dispersion design 6.56 ×10-4 m2/s. The was was 0.0013m, dispersed was phase 0.18 was (ϕ) obtained hold-up ) + Vdf (Vcf throughput with pulsed velocity of 0.025m/s. At 0.025m/s. At of pulsed velocity and geometrical the optimized Sauter parameters, operating (d32) attained Diameter mean optimized operating parameters parameters operating optimized at 0.013m/s of throughput are 1:1 and of (A/O) ratio phase perforation diameter of 0.003m, 0.003m, of diameter perforation 0.05m and of spacing plate 0.2. The of fractional free area and 1m long pulsed sieve 1m long and optimized The column. plate are parameters geometrical sieve plate column for water- for column plate sieve been has system kerosene 0.76m diameter with done 172 I Institute of Chemical Technology I Annual Report 2016-17 efficacy as comparedefficacy the to iron assisted approach gave higher the synthesized using ultrasound that iron TiO2 doped catalyst differentcatalysts established Comparative study of the well. degradationthe very first order explainedkinetics that revealed kinetics pseudo- (98.28 J/mL) was observed to be to be (98.28 J/mL)was observed requirement of ultrasonic bath stable emulsion, energy the density.energy To produce of different reactorsbased on objective to compare efficiency with an was assessed scale to generate emulsions at large sixemulsiﬁcationthese devices from 100to 140V. The ability of an increase in input voltage from 231.3to 313.7nmwith oilthe droplet sizeincreased homogenizer,nm. In speed high froma decrease 338.6to 235.0 pressure from 5to to 10bar led orifice plate, an increase in hydrodynamic cavitation using of whereas,cell case inthe to ultrasonic 80%inthe flow in power amplitude from 20% to 239.3nmwith an increase fromsize decreased 282.5nm investigated. The dropletoil size and stability has been parameters on droplet the The effect ofdifferent operating turmeric oil milk. inskimmed for obtaining stable emulsion of and slit venturi was investigated orifice plate, circular venturi hydrodynamic cavitation using homogenizer speed high and bath, ultrasonic flow cell, reactors, namely, ultrasonic Use of differentcavitational and undoped TiO2. using conventional the approach TiO2doped catalyst synthesized (HCl) concentration varied also and 70°Cwith hydrochloric acid different temperatures as 65°C (33 kHz) at 50%duty at cycle inultrasonicperformed bath The hydrolysis was lactose of hydrolysis.acid catalyzed lactose approach of ultrasound assisted was investigated using novel the inmajorgalactose proportion containing and glucose hydrolyzed syrup lactose Value addition of to lactose consumption. 0.12 PDI value at lowest energy droplet size(232.2nm)and emulsion with minimum with stirrer produced stable reactor operated incombination established that ultrasonic bath The obtained results clearly in different combinations. ofuse ultrasound and stirring approach was analyzed for the effectiveness treatmentof using ultrasonic bath, the Also, of case inthe emulsification and slit venturi (1008.00J/mL). circular venturi (756.00 J/mL) orifice plate (1008.00J/mL), hydrodynamic cavitation with flow (461.4 cell J/mL) and far lower than that of ultrasonic by introduction of ultrasound process intensification obtained that maximum the observed of ultrasonic exposure. It was acid concentration and time depending on temperature, the reduction of reaction time assisted approach resulted in reaction.ultrasonic The to complete ~90%hydrolysis in decidingrequired time the treatment were major the factors temperature and ultrasonic that acidconcentration, as 2.5Nand 3N.It was observed It that reaction the was observed and acidconcentration of 3 N. optimized temperature of 70°C at 50%duty with cycle the kHz as operating frequency) bath with longitudinal horn (36 usingperformed an ultrasonic scale-upThe study also was of ultrasound) to 3hours. hours (without presence the requiredin the from time 4 and 3N HCl was reduction for ~90%hydrolysis with 70°C hydrolysis lactose in the process time (rangetime of dye 0-5h),initial (rangedose of 1-10g/L),contact pH (range of 2-10),biosorbent operating parameters such as evaluate effect the of important experiments were to performed of significantpores. Batch well as induce development the content from biomass the as demonstrated to remove lignin analysis. NaOH treatment was and Brunauer-Emmett-Teller transform infrared spectroscopy electron microscopy, Fourier characterized using scanning The synthesized biosorbent was Blue 25from aqueous solution. was applied for removal of Acid on treatment the using NaOH from leaves racemosa Ficus based A novel biosorbent synthesized hydrolysis.lactose assisted approach for intensified presented anovel ultrasound duty work the cycle. Overall has ultrasonic bath (33kHz) at 50% studyfor scale small onobserved remained almost same the as and extent the of hydrolysis to complete ~90% of reaction oftime 225±25.The required bystirring impeller axial at rpm assistance presence in the of preceded faster using ultrasonic Chemical Engineering I Institute of Chemical Technology I 173 and ultrasound frequency of 22 frequency of ultrasound and the solvent. as ethanol with kHz Soxhlet extraction used was the curcumin establishing for and material in the plant content extraction yield of the results a function of as expressed were Under content. this maximum the extent conditions, optimized achieved in 7 h of reaction time reaction h of in 7 achieved conditions. the optimum under dietarya Curcumin, extracted was phytochemical, Curcuma of rhizomes from ultrasound using amada extraction (UAE) assisted the of comparison with the conventional with results establish to extraction approach intensification the process different of effect The benefits. such parameters operating extraction solvent, type as of extraction temperature, time, paticle ratio, solvent solidto power ultrasonic size and the extraction have yield on in details been investigated maximum The UAE. for at extraction obtained was 35 oC of conditions optimized solvent solid to temperature, 0.09 1:25, particle size of of ratio W 250 of power ultrasonic mm, glycerol, enzyme loading as 3% as loading enzyme glycerol, of temperature operating and alsowas established 50 °C. It 10 for enzymes of reuse that without possible cycles was onthe effect significant any also was It lipase. of activity that established conclusively the conventional to compared synthesis, of approach based pretreatment ultrasound the influenced greatly approach maximum and reaction of rate tricaprylin 94.8% was of yield reaction conditions were 4:1 were conditions reaction caprylic acid to of ratio molar as treatment time and power as as power time and treatment as conditions the reaction as well reaction ratio, molar substrate as the on loading enzyme time and tricaprylin of yield of extent was It beenhas investigated. the optimum that established were conditions pretreatment with min 30 timeas irradiation 20 frequency of ultrasonic 240 W, of power supplied kHz, 3 s off cycle (7 s on 70% duty the optimum cycle) whereas intensification of synthesis of of synthesis intensification tricaprylin based the enzyme on caprylic of reaction catalyzed investigated was glycerol acid and using of approach a novel with the initial only in ultrasound Two the reaction. of stages lipases types immobilized of RM (Rhizomucor Lipozyme as 435 Novozym and Miehie) have Antarctica) (Candida been The used in the work. conditions of ultrasonic effect The study demonstrated that that demonstrated study The cavitation of the application as advantages the offers reaction of progress enhanced time and reaction in reduced Overall, separation. improved high speedhomogenizer be to a beenhas established intensified for approach viable with biodiesel production economics. favourable possibly assisted Ultrasound was 97% for waste cooking cooking waste for 97% was and material starting as oil oil cooking fresh 92.3% for conditions optimized under 120 min, time of reaction of to methanol of ratio molar of loading 12:1, 3% wt as oil 500C. of temperature and KOH obtained in the present work work in the present obtained viz. molar ratio, catalyst loading loading catalyst ratio, viz. molar The temperature. operating and biodiesel of yield maximum efficacy of biodiesel production production biodiesel efficacy of observed was beto dependent parameters the operational on Homogenizer has been has used for Homogenizer of production the intensified The time. the first biodiesel for fats with alcohols using the using alcohols with fats In reaction. transesterification hydrodynamic study, the present Speed device High as cavitation diesel fuel and can be can derived diesel fuel and vegetable/ of the reaction from animal and/or oils non-edible Biodiesel offers as an excellent an excellent as Biodiesel offers the petro-based to alternative conducted for seven cycles for conducted of reusability potential indicated the for biosorbent synthesized effluents. textile dye of treatment (83.33 mg/g) as compared compared as (83.33 mg/g) used commonly the more to studies Desorption adsorbents. novel biosorbent for removal removal for biosorbent novel with 25 dye Blue Acid of capacities higher adsorption endothermic and spontaneous spontaneous and endothermic The adsorption. of nature of the utility established study isotherm models were found found were isotherm models data. the equilibrium best fit to thermodynamic obtained The confirmed parameters Pseudo-second order model order Pseudo-second kineticthe best fit to found was Temkin and Langmuir data. of 4 g/L, contact time of 3 h and 3 h and time of 4 g/L, contact of 323 K yielding of temperature dye. of removal maximum removal of Acid Blue 25. The 25. The Blue Acid of removal conditions optimum established dose 2, biosorbent pH of were concentration (range of 50-400 50-400 of (range concentration (range temperature and mg/L) of the extent 293-323 K) on of 174 I Institute of Chemical Technology I Annual Report 2016-17 kinetics ofkinetics UAE and model the the to describe wasmodel used in 8hof treatment). Peleg’s batch (about extraction 62% was as higher compared to the at 35 oC temperature, which UAE was 72% achieved in 1 h of using extraction curcumin India andScience Technology - DST, sponsored by Department of Project as Principal Investigator Completion of Research (University of Oulu, Finland) Water treatment Management Cantabria, Spain) Treatment (University of Technologies in Water Operation Days: Talks delivered during Co- the NPP2 Project –Greentech Participation inNew INDIGO processing. benefits greener lead to also and canwhich give economical compared to extraction, Soxhlet or operating temperature as compared to batch extraction benefits of reductiontime in as ofextraction with curcumin intensification approach for established process a good to be ultrasound hasOverall, been results.with experimental the showed agreement agood MRS. K. V. MARATHE Several of discoveries these Several of waste aqueous streams. power and cycles heat-treatment between gas- find asynergy using we which were able to for rapid process simulations: source, data analysis platform protocol to powerful, open use have simultaneouly developed a collector by afactor of 4.We down cost the of solar-thermal mechanical engineers to bring we have able been to work with plants. In endeavour, aparallel powerfrom cycle Rankine eventually displace firing coal technologiesthermal can that discovery the solar been Some successes initial have of interest to Indian the public. evaluate potential of technologies quantitatively develop and physics and engineering to towards using principles of My work is primarily focused V. DR. DALVI H. AICTE, India for Technical Education - sponsored by India All Council Project as Principal Investigator Completion of Research semi-rural industrial estate.semi-rural steam provides core the of asmall where solarcascade thermal developing a“Green Steam” currentOur filed. is focus on impact journals or have patents have published been inhigh framework. of Cubic the Equation of State maximumto extract utility out concepts of statistical mechanics and we to use are trying and Technology, Saudi Arabia) Abdullah University of Science with experimentalists inKing (incollaborationsurfaces simulations of confined thatsection works on molecular group Our has atheory also can be suitablycan be recycled. water from washing machine It shown has been that rinse the ultrafiltration membrane. water purificationthrough pressure to head efficient effect was substituted with pneumatic The hydrostatic pressure head A manuscript is inpreparation. levels of above the contaminants. competent indicate bodies high Analysisfertilizers. by highly in commercial phosphate fluoride, uranium and arsenic presence,detect ifany, of A project was initiated to published. successfully completed and atwhile CSIR-CSMCRI were pieces ofSeveral work initiated PROF. P. GHOSH K. Chemical Engineering I Institute of Chemical Technology I 175 Pallavi (Ph.D. (Sci.)), Manisha(Ph.D.(Sci.)), Rajsee (M.Tech.), Shobha(Ph.D. (Sci.)) Shobha(Ph.D. Rajsee (M.Tech.), (Sci.)), Manisha(Ph.D.(Sci.)), (Ph.D. Pallavi Farhan (M. Chem. Engg.), Mayur(M.Tech.), Rahul (Ph.D. (Tech.)) Rahul (Ph.D. (M. Chem. Engg.), Mayur(M.Tech.), Farhan Prashant(Ph.D. (Sci.)), Kalpana(Ph.D. (Tech.)), Vaibhav(Ph.D. (Sci.)) Vaibhav(Ph.D. (Tech.)), (Sci.)), Kalpana(Ph.D. Prashant(Ph.D. Sudarshan(Ph.D. (Tech.)), Akshaya(Ph.D. (Tech.)), Dhruv(M. Chem. Engg.), Kunal(Ph.D. (Sci.)) Chem. Dhruv(M. Engg.), Kunal(Ph.D. (Tech.)), Akshaya(Ph.D. (Tech.)), Sudarshan(Ph.D. Swapnil(Ph.D. (Tech.)), Abhishek(M.Tech.) (Tech.)), Swapnil(Ph.D. Rahul Shete, Tejesh Patil, Dr. Sachin Jadhav, Nupur Nagwekar, Shilpa Haramkar, Pankaj Sinhmar, Sinhmar, Pankaj Haramkar, Shilpa Nagwekar, Nupur Jadhav, Sachin Dr. Patil, Tejesh Rahul Shete, Third row: Third row:Fourth row: Fifth First Row (from bottom): bottom): (from Row First Second row: Prof. Sunil S. Bhagwat Sunil Prof. L-R: Aditya Arvind Deshmukh, Aditya Sikarwar, Jadhav, Priyanka N. Thorat, B. Prof. Rasika Hangekar, Thombare. Govind Chavan, Anand Kamble, Amit Kamble, Photo Thorat B.N. Prof. 176 I Institute of Chemical Technology I Annual Report 2016-17 Prof. V. G.Gaikar Prof. center inthe A.M.Lali with staff his faculties, and students Prof. A.M.Lali Angad Barkule, Vishal Sawant, Yogeshwar Dubashae, Vikram Chatake, Syed Tanveer, Aditya Koli Dabir, Suwarna Hiware, Noopur Rathi, Meena Singh, Suchita Gabhane, Ketan Kabade, Pathan, Arif Right: to Left Shrilekha Sawant, Shrilekha Vijayalakshmi, Mufeedah Muringa Kandy, Rutuja Bhoje, Tasneem Chemical Engineering I Institute of Chemical Technology I 177 Ratrey (M Chem Eng) Ratrey (2nd row, L to R): Saurabh Mulay (M Chem Eng), Shweta Kumbhaj (PhD Chemistry), Anand V. Patwardhan, Patwardhan, Chemistry), (PhD V. Anand Kumbhaj Shweta (M Chem Eng), Mulay R): Saurabh L to row, (2nd Chemistry) (PhD Kulkarni Ketan (M Chem Eng), Radhish Gupta Geetanjali Chem Eng), Tech (PhD Prabhu Vandana BPT), Tech (PhD Kulkarni R): Vaishali L to row, (3rd (1st row, L to R): Machhindra Bhalerao (PhD Chemistry), Shankesh Ekhande (M Chem Eng), Yogesh Yogesh Chemistry), (M Chem Ekhande Eng), (PhD Bhalerao Shankesh R): Machhindra L to row, (1st Chem Tech (PhD Rajput Swapnil Chem Eng), Tech (PhD Chaudhari Chemistry), (PhD Choughule Swapnil Tech Eng) Chem (PhD Thombre Nitin Eng), Prof.A.V. Patwardhan Prof.A.V. Prachi Dwimuthe, Rutuja Kamble, Sagar Shah, Chandrakant Bhogale, Subash G. Priyanka Patil, Gaurav Gaurav Patil, G. Priyanka Subash Bhogale, Chandrakant Shah, Sagar Kamble, Rutuja Dwimuthe, Prachi Zakir and Hussain. Narkhede Akshay Jadhao, Aanada Holkar, Chandrakant Dastane, Prof. A. B.Pandit, Amruta Badnore, Karuna Nagula, Mayur Ladole Abha Sahu, Atul bari, Bhagwat Bhagwat bari, Atul Sahu, Ladole Abha Mayur Nagula, Karuna Amruta Badnore, B.Pandit, A. Prof. Hingel, Shruti Sarjerao Desai, Doltade, Ketan Badve, Mandar Jadhav, Nilesh Kausley, Shankar Patil, Prof. A.B. Pandit A.B. Prof. 178 I Institute of Chemical Technology I Annual Report 2016-17 Prof. A.W. Patwardhan Last Row-Last Manish Salgaongar, Walwatkar, Rahul Govind Waghmare, Shyamraja Nadar ThirdRow- ManjeshwariSonar, Prachi Sadawarte, Ketan Ingle Chauhan, Komal M Row-Second Kajal Jaiswal, Sneha Prerana Bansode, Tomke, Kavita L,Swetha Pawar, Neha Gharat, Revati First row- Priyanka Rao, Girish Nivehekar, Prof. Santre,Suraj Dhairyasheel VKRathod, Yadav Right:to Left Dr. V. K.Rathod (Ph.D), Chaitanya Mali (Ph.D), Vaishali V. Bapat Eng.), (M.Chem. Deepak (Ph.D). Pallavi Dhekne Sawant (Ph.D), Shrilekha Yadav (Ph.D), Geeta (Ph.D), Durgesh jha (Ph.D), Shruti Hinge (Ph.D), Aadil Bharucha Eng.), (M.Chem. Prof. Ashwin Patwardhan, Sudha Ramani Eng.), (M.Chem. (Ph.D), Amol Ganjare (Ph.D), Manish Yadav (Ph.D), Manjurul Hoque (Intern), Pratiksha Biranje : Right to Left Raosaheb Farakte Raosaheb (Ph.D), Dhiraj Lote (Ph.D.), Shashank Tiwari (Ph.D.), Nilesh Hendre Chemical Engineering I Institute of Chemical Technology I 179 Hrishikesh Patil, Shruti Singh, Akshay Hatewar and at the cenre, Mrs. K. V. Marathe K. V. Mrs. the cenre, at and Hatewar Akshay Singh, Shruti Patil, Hrishikesh Photograph of Research Scholars from KVM lab. Starting from Left; Mr. Karan Chavan, Pranav Nakhate, Nakhate, Pranav Chavan, Karan Left;Mr. from Starting KVM lab. from Scholars Research of Photograph (M. Tech. BPT). (M. Tech. Marathe K. V. Mrs. Second row (From Left to Right): Arati Barik (Ph. D.) , Rajeshree Khaire (Ph. D.), Dr. Parag Gogate Gogate Parag D.), Dr. (Ph. Khaire D.) , Rajeshree Barik (Ph. Arati Leftto Right): (From Second row D.) (Ph. Thanekar Pooja D.), (Ph. Jawale Rajashree Professor), (Associate Tech.), Green Tech. (M. Diwathe Monika BPT), Tech. Patil (M. Rucha to Right): Left (From row Third Prabhuzantye Tejaswini (MChem), Ambati , Rohini (MChem) (R.A.), Leena Patil Rakhi Vishwakarma First row (From Left to Right): Amrutlal Prajapat (Ph. D.), Ankit Sharma (MChem), Mihir Panda (R.A.),Panda Mihir (MChem), Sharma Ankit D.), (Ph. AmrutlalPrajapat Leftto Right): (From row First tech.) Green (M. Tech Kasar Santosh D.), (Ph. More Nishant D.), (Ph. Joshi Saurabh Dr. P. R. Gogate P. Dr. 180 I Institute of Chemical Technology I Annual Report 2016-17 Dr. P. D. Vaidya Left : Right to Left Dr. V. H.Dalvi pravin Suryawanshi Shrikant Vemula, Sachin Bhandare, Dr. P. D. Vaidya, Dipak Payal, Shailesh Patil, Ashvin Karemore, Nikhita Kumbhare, Swati Sakhare, Swapnil Ghungrud, Makrand Belsare, FromRow): (Back Left From (Front Left Row): Tukaram Shinde, Dr. V.H. Rajan, Rinin Dalvi, Sanket Chafle. Ganesh Bhoite, Prashanth Chinthapandu, Karan Dewoolkar, Aditti Barge, Chemical Engineering I Institute of Chemical Technology I 181 Anurag Dobhal, Mahesh More, Saurabh Patil, Akhil Krishnan and Mahesh Mahesh and Akhil Krishnan Patil, Saurabh More, Mahesh Dobhal, Anurag Naresh Hanchate, Bhavesh Gajbhiye, Dr. C. S. Mathpati, Aniket Waval, Prachi Prachi Waval, Aniket Mathpati, C. S. Dr. Gajbhiye, Bhavesh Hanchate, Naresh Gulshan Maheshwari, Harshawardhan Kulkarni, Parikshit Shahane, Niraj Kulkarni Niraj Shahane, Parikshit Kulkarni, Harshawardhan Maheshwari, Gulshan Akshay Holkar, Nanda Rohra, Madhura Londhe, Medhna Suvarna, Ashu Deokuliar, Dr. Dr. Deokuliar, Ashu Suvarna, Medhna Londhe, Madhura Rohra, Nanda Holkar, Akshay Dwidmuthe, Pratiksha Karmankar, Karmankar, Pratiksha Dwidmuthe, R): (L to Back Row Front Row: R): (L to Front Dr. C. S. Mathpati Dr. 2nd Row Left2nd Row to Right : Tambe. Leftto Right : Guodmare. Harshal Dey, Anomitra Pant, Tejal Sharwari Ghodke, Jain, Ratnesh Dr. R.D. Jain R.D. Dr. 182 I Institute of Chemical Technology I Annual Report 2016-17 Dr. P. Nemade R. Kabade, Pranit Patil, Aditya Deshpande, Desai. Sharvari : Right to Left Dr. D.V. Pinjari Gawal, Amar Dhopte, Dr. P. Nemade, R. Aniket Waval, Kiran Dhopte, Zambare, Rahul Pratiksha Pawar. From left : to right Nilesh Jadhav, Chandrakant Holkar, Anand Jadhav, Sammit Karekar, Dr. Dipak Pinjari, Ketan Priyanka Sane, Jyoti Ambre, Sushil Chaudhari, Mhetre, Sanjeevani Rasika Umale, Pramod Chemical Engineering I Institute of Chemical Technology I 183 Nitin Sangle, Vasudha Borkar, Jyoti Gokhale, Ankita Gawas and Dipanshu Garg Dipanshu and Gokhale, Ankita Gawas Jyoti Borkar, Vasudha Sangle, Nitin Prashant, Vedraj, Swapnil, Dr. Sontakke, Priyanka, Sneha Tambat, Sanjivani Tambat, Sneha Priyanka, Sontakke, Dr. Swapnil, Vedraj, Prashant, From L to R: L to From Dr. S. M. SONTAKKE Dr. Leftto Right : Dr. J. Sontakke-Gokhale J. Dr. 184 I Institute of Chemical Technology I Annual Report 2016-17 Prof. P. K.Ghosh Gadipelly, Shyam Kalidas Rasal, Sunder Gupta : Right to Left Prof. L.K.Mannepalli Bagwe From left : to right From Left- GunjanDeshmukh, Dr. Akhil Nakhate, Prof. Lakshmi Kantam, M. Dr.Chandrakanth Rhea Bhansali, Rhea Prof Pushpito K.Ghosh, Bharat Honmane, Dr. LokeshRamteke, Neha