Proposed 8500 MT/Month of Synthetic Organic Chemicals Plant for Specialty Intermediates at Plot No

FORM 3 APPLICATION FOR AMENDMENT IN TOR

1 Details of Project a. Name of the Project (s) : Proposed 8500 MT/Month of Synthetic Organic Chemicals plant for Specialty Intermediates at plot no. 60, MIDC Lote Parshuram, Khed, Ratnagiri by M/s. Laxmi Organic Industries Ltd. b. Name of the Company I Organization : M/s. Laxmi Organic Industries Ltd. c. Registered Address : Laxmi Organic Industries Ltd. Chandermukhi, Third Floor, Nariman Point, Mumbai 400021, India d. Legal Status of the Company : Non Government Company e. Joint Venture (Yes/No) : No f. If Yes, : No. of JV Partner s (Multiple Entries Allowed) : Not Applicable Name of JV Share of JV Address of the Email id of the Mobile No. of Partner partner JV Partner JV Partner the JV Partner.

2. Address for Correspondence a. Name of the applicant : Mr. Ravi Goenka b. Designation (Owner / Partner /CEO) : Managing Director c. Address : Laxmi Organic Industries Ltd. Chandermukhi, Third Floor, Nariman Point, Mumbai India d. Pin code : 400021 e. e-mail ID : [email protected] f. Telephone N o. : 91-22-49104444 g. Fax No. : 9867455002 3. Category of the Project/Activity as per Schedule of EIA Notification, 2006 a. Project I Activity : 5(f) [1(a)( i) /1(a)(ii) , 1(b) / 1(c) /1 ( d) /1 (e) / 2(a) /2(b) / 3(a)/ 3(b) /4(a) / 4(b)(i)/ 4(b) (ii) / 4(c) / 4(d ) / -4 (e) / 4(f) / 5(a) / 5(b) / 5(c) 5(d) /5(e) /5(f) /5(g) / 5(h) / 5(i) /5(j) / 6(a) / 6(b) / 7(a) / 7(b)/ 7 (c) / 7 (d) / 7 (d) / 7 (e) /7 (f) / 7 (g) / 7 (h) / 7 (i) /8 (a) / 8 (b)] b. Category (A/B1/B2) : B1 IfB1 or 82 Reason for application at Central Level / State level (in : Application at state level case of B2 projects) due to EIA notification 5(f) category projects to be appraised by SEAC/SEIAA If Others c. Please Specify : 4. Location of the Project Plot I Survey I Khasra No. Plot no. 60 MIDC Lote Parshuram Village Khed Tehsil Khed District Ratnagiri State Maharashtra Pin Code 415722 Bounded Latitudes(North) 17035’38.72”N From 17035’42.29”N To 17035’36.30”N Bounded Longitudes (East) 73028’54.58”E From 73028’49.44”E To 73029’1.59”E Survey of India Topo Sheet No. E43N10 5. Details of Terms of Reference a. Date of issue of ToR 28/06/2019 b. M oEF&CC / SEIAA F ile N o. SEIAA-STATEMENT- 0000001920 c. Upload ToR letter (PDF Only) Attached as Annexure - A Product / Activity Quantity as Quantity Unit Mode of (Capacity/Area) per Approved Proposed Transport / ToR Transmission of Product As per TOR Now granted Proposed DK Amides Fluoro 8300 8500 TPM Sea/Road Derivatives, specialties DK Ester & Derivatives Inorganic DK By Arylides Products Derivatives DK Special Derivative Diketene KT Derivatives DK Ester Derivatives DK Special Derivative SMM Derivative

- Unit:- (Tons per Annum (TPA). Mega Watt(MW ), Hectares(ha), Kilo Liter per Day(KL D), Tons Crushed per Day( TCD), Cubic Meter per Day, Kilometers(Km), Million Liters per Day( MLD), Others) - Mode of Tran sport/Transmission of Product (Road, Rail, Conveyor Belt, Pipe Conveyor, A ria l Ropeway , combination n of two or three modes, Others) 7. Details of Configuration (multiple Entries Allowed): NO change Plant / Existing Proposed Final Remarks if any Equipment Configuration Configuration Configuration Facility after Amendment

8. Reasons for amendment in ToRs: Change in plot area and product mix 9. Any Other Amendment required Reference of Description as Per Description as Per Remarks approved Tor approved Tor Proposal

10 Details Of EIA Consultant a. Have you hired Consultant For preparing document Yes (yes/no) If No (i)Reason for not engaging the Consultant If Yes i. Accreditation No. NABET/EIA/1720/RA 0073 ii. Name of the EIA Consultant Enviro Analysts & Engineers Pvt. Ltd. iii. Address B 1003 Enviro House Western Edge II W.E Highway Borivali East Mumbai 400066 iv. Mobile No. v. Landline No. 02228541647/48 vi. E-mail Id [email protected] vii. Category Of Accreditation(Eligible For category A/Eligible Eligible for Category A for Category B) viii. Sector Of Accreditation 1(d), 2(b), 3(a), 5(b),5(f),5(i),6(a),6(b),7(e ),7(f),8(a),8(b) ix. Validity Of Accreditation 12/05/2020 x. Upload Certificate Of Accreditation Certified by Attached as Annexure B QCI/NABET(upload pdf only) 11 Documents to be attached a. Upload Copy of revised From -I Attached as Annexure C b. Upload revised pre-feasibility report Attached as Annexure D c. Upload Cover Letter duly signed by the project proponent Attached as Annexure E or authorized person (upload pdf only) d. Upload a copy Of authorization duly signed by the project proponent in support of the person making this application behalf Of the user Agency (upload pdf only) e. Upload Additional Filer if any (upload pdf only) Attached As Annexure F- Comparative amendment of TOR

12 Undertaking a. I hereby give undertaking that the data and information given in the application and enclosures are true to be best of my knowledge and belief and I am aware that if any part of the data and I information found to be false or misleading at any stage, the project will be rejected and clearance given, if any to the project will be revoked at our risk and cost. In addition to above, I hereby give undertaking that no activity / construction / expansion has since been taken up b. Name- Ravi Goenka c. Designation- Managing Director d. Company- Laxmi Organic Industries Ltd. e. Address- Chandermukhi, Third Floor, Nariman Point, Mumbai 400021, India

ANNEXURE A

166th (A) Agenda of State Level Expert Appraisal Committee (SEAC-1) (Day - 2) SEAC Meeting number: 166 - A Meeting Date June 14, 2019 Subject: Environment Clearance for Environment Clearance of the Proposed 8500 MT/M of Ketene, Diketene & its derivatives production plant at Plot no 60 & 60/1 MIDC Lote Parshuram, Khed, Ratnagiri by M/s Laxmi Organic Industries Ltd. Is a Violation Case: No

Proposed 8500 MT/M of Ketene, Diketene & its derivatives production plant at Plot no 60 & 60/1 1.Name of Project MIDC Lote Parshuram, Khed, Ratnagiri by M/s Laxmi Organic Industries Ltd. 2.Type of institution Private 3.Name of Project Proponent M/s Laxmi Organic Industries Ltd. 4.Name of Consultant Enviro Analysts and Engineers Pvt. Ltd. 5.Type of project Not applicable 6.New project/expansion in existing project/modernization/diversification New Project in existing project 7.If expansion/diversification, whether environmental clearance Not Applicable has been obtained for existing project 8.Location of the project Plot no 60 & 60/1 MIDC Lote Parshuram, Khed, Ratnagiri , Maharashtra 9.Taluka Khed 10.Village Lote Correspondence Name: M/s. Laxmi Organic Industries Limited Room Number: 3rd floor Floor: Third Floor Building Name: Chandermukhi Road/Street Name: nariman point Locality: Nariman Point City: Mumbai 11.Whether in Corporation / MIDC Lote Parshuram Municipal / other area MIDC Layout Approval 12.IOD/IOA/Concession/Plan IOD/IOA/Concession/Plan Approval Number: In process Approval Number Approved Built-up Area: 13.Note on the initiated work (If NA applicable) 14.LOI / NOC / IOD from MHADA/ Not Applicable Other approvals (If applicable) 15.Total Plot Area (sq. m.) 104767 sqm 16.Deductions 0 17.Net Plot area 104767 sqm FSI area (sq. m.): 38524 18 (a).Proposed Built-up Area (FSI & Non FSI area (sq. m.): 715 Non-FSI) SEAC-MINUTES-0000004199 Total BUA area (sq. m.): 39239 Approved FSI area (sq. m.): 18 (b).Approved Built up area as per Approved Non FSI area (sq. m.): DCR Date of Approval: 01-01-1900 19.Total ground coverage (m2) 33762 20.Ground-coverage Percentage (%) (Note: Percentage of plot not open 32.22 to sky) 21.Estimated cost of the project 4430000000

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 1 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) 22.Number of buildings & its configuration Serial Building Name & number Number of floors Height of the building (Mtrs) number 1 Diketene Plant G+4 27 2 Intermediate Plant G+3 22 Diketene Plant Control room & 3 G+2 17 MCC Room 4 INT Control room & MCC Room G+2 17 5 Co-gen Power Plant G+3 22 6 Producer gas Plant G+3 22 7 Administration Block G+2 15 8 GMP Plant G+2 17 9 Effluent Treatment Plant (ETP) Ground 7 10 Tank Farm (TF)1 Ground 7 11 TF2 Ground 7 12 TF3 Ground 7 13 Unloading Area Ground 7 14 INT. Storage TF7 Ground 7 15 INT. Storage TF6 Ground 7 16 INT. Storage TF5 Ground 7 17 INT Storage TF4 Ground 7 18 Day Tank TF8 Ground 7 19 Day Tank TF9 Ground 7 20 CS2 Storage Ground 7 21 Day Tank TF10 Ground 7 Chlorine and Ammonia Cylinder 22 Ground 7 Storage 23 Warehouse Ground 7 24 Semi Finish Warehouse Ground 7 25 Furnace Ground 7 26 Dimeriser Ground 7 27 MCBrine Ground 7 28 MCC Control room Ground 7 29 Utility Ground 7 30 Cooling Tower Ground 7 31 Raw Water tank Ground 7 32 SEAC-MINUTES-0000004199Transformer room Ground 7 33 Substation room Ground 7 34 Stores Ground 7 35 Coal Handling Plant Ground 7 36 Coal Yard Ground 7 37 Admin Building Ground 7 38 Medical Room/Toilet blocks Ground 7 39 INT. Utility Ground 7

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 2 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) 40 Hydrogenation Storage Area Ground 7 41 Nitrogen storage plus PSA unit Ground 7 42 Nitrogen storage plus PSA unit Ground 7 43 Nitrogen storage plus PSA unit Ground 7 44 Nitrogen storage plus PSA unit Ground 7 23.Number of NA tenants and shops 24.Number of expected residents / NA users 25.Tenant density NA per hectare 26.Height of the building(s) 27.Right of way (Width of the road from the nearest fire 30 m station to the proposed building(s) 28.Turning radius for easy access of fire tender movement from all min. 7.5 m around the building excluding the width for the plantation 29.Existing Not applicable structure (s) if any 30.Details of the demolition with Not applicable disposal (If applicable) 31.Production Details Serial Product Existing (MT/M) Proposed (MT/M) Total (MT/M) Number Monomethyl 1 0 1000 1000 Acetoacetamide(MMAAA) DIMETHYL ACETOACETAMIDE 2 (DMAAA)/Di-Ethyl 0 200 200 Acetoacetamide(DEAAA) 3 Oxamyl Oxime 0 50 50 4 Methyl Acetoacet Ester(MAAE) 0 850 850 Tertiary Butyal Acetoacet Ester(TBAAE) OR 2 5 SEAC-MINUTES-0000004199–(Acetoacetoxy ) Ethyl 0 150 150 Methacrylate( AAEMA) and Ethyl Acetoacet Ester( EAAE) Methyl 3-Amino 6 0 50 50 Crotonate(M3AC) 2-Cyano Ethyl Acetoacet 7 0 20 20 Ester(CEAAE)

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 3 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) Iso Propyl Acetoacet Ester(IPAA) OR Iso Butyl Acetoacet Ester(IBAA) OR Methoxy Ethyl 8 Acetoacetate(MEAA) OR 0 5 5 Cinnamyl Acetoacetate Ester( CAAE) OR Aceto Acet Allyl Ester(AAAE) ACETOACETANILIDE(AAA) OR 9 0 550 550 Acetoacet-m-xylidide (AAMX) ACETOACET O ANISIDIDE 10 (AAOA) OR ACETOACET O 0 50 50 Toulidine (AAOT) ACETOACET-O-CHLOROANILIDE (AAOCA) OR N- 11 Acetoacetylsulfanilate potassium 0 20 20 (AASp) and ACETOACET P ANISIDIDE(AAPA), ACETOACET PARA CHLORO ORTHO ANISIDIDE (AAPCOA)OR CHLORO-DAEP OR 7 – ACETOACETOXY – 6 METHOXY – 12 0 5 5 2,3 – DIONE (C-dione )OR Anarso OR AMQD OR Naphthol AS G OR Acetoacet-2-Ethyl Hexyl Amide ( ACAD) OR Lercandipine 13 Napthol AS IRG 0 200 200 5-Acetoacetyl benzimidazolone(5 14 0 50 50 AABI) 15 Diketene 0 1500 1500 16 Isopropenyl Acetate(IPNA) 0 100 100 17 Acetyl acetone (ACAC) 0 400 400 18 Calcium acetyl acetone 0 100 100 19 Propionic Anhyride 0 200 200 N- acetyl para amino phenol 20 0 200 200 (paracetamol). Trifluoromethyl acetophenone 21 (TFMAP) OR Ethyl 0 100 100 trifluroroacetoacetate (ETFAAE) 22 AAH 0 2000 2000 Ethyl 4 – Chloro Aceto 23 0 100 100 Acetate(E4CAA ) 24 MICA OR MAEM 0 100 100 25 Acesulphame K 0 100 100 2-isopropyl,4- methyl,6- 26 0 50 50 hydroxypyrimidines (HOP) 1-Tolyl-3- methyl - 5-pyrazolone 27 0 50 50 (p-TMP) 28 SEAC-MINUTES-0000004199Cysteamine HCl 0 200 200 29 Methomyl oxime 0 100 100 30 Co-gen Power Plant 0 3MW 3MW 32.Total Water Requirement

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 4 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) Source of water MIDC/ETP Treated Water Fresh water (CMD): 2036 Recycled water - 896 (Recycle Cooling tower and Process) Flushing (CMD): Recycled water - 157 Gardening (CMD): Swimming pool Not applicable make up (Cum): Dry season: Total Water Requirement (CMD) 3089 : Fire fighting - Underground water 1000 tank(CMD): Fire fighting - Overhead water Not applicable tank(CMD): Excess treated water 500 Source of water MIDC/ETP Treated Water Fresh water (CMD): 2036 Recycled water - 896 (Recycle cooling tower and Process) Flushing (CMD): Recycled water - 0 Gardening (CMD): Swimming pool Not applicable make up (Cum): Wet season: Total Water Requirement (CMD) 2932 : Fire fighting - Underground water 1000 tank(CMD): Fire fighting - Overhead water Not applicable tank(CMD): Excess treated water 656 Details of Swimming Not applicable pool (If any)

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 5 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) 33.Details of Total water consumed Particula Consumption (CMD) Loss (CMD) Effluent (CMD) rs Water Require Existing Proposed Total Existing Proposed Total Existing Proposed Total ment Domestic 0 40 40 0 8 8 0 32 32 Industrial 0 1322 1322 0 0 0 0 1502 1502 Process Cooling tower & 0 1469 1469 0 1246 1246 0 223 223 thermopa ck Cooling tower & 0 100 100 0 1 1 0 99 99 thermopa ck Gardening 0 157 157 0 157 157 0 0 0

Level of the Ground 2-3.1 m water table: Size and no of RWH tank(s) and 247 KLD (1 Nos) Quantity: Location of the RWH Underground tank(s): Quantity of recharge 34.Rain Water 0 Harvesting pits: (RWH) Size of recharge pits NA : Budgetary allocation 20 Lakhs (Capital cost) : Budgetary allocation 1 Lakhs (O & M cost) : Details of UGT tanks MIDC Water Storage Tank, Fire Fighting water storage tank if any :

Natural water North to South drainage pattern: 35.Storm water Quantity of storm 4.1 m3/sec drainage water: Size of SWD: 0.9 m x0.9 m SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 6 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) Sewage generation 32 in KLD: STP technology: Will be treated in ETP along with other effluent Capacity of STP NA (CMD): 36.Sewage and Location & area of NA Waste water the STP: Budgetary allocation NA (Capital cost): Budgetary allocation NA (O & M cost):

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 7 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) 37.Solid waste Management Approx. 19072 nos. of empty cement bags, 6.35 MT of steel scrap, 12.7 Waste generation in Waste generation: MT of aggregate waste, 1590 sq.m of broken tiles and 954 nos of Empty the Pre Construction paint cans will be generated and Construction Disposal of the Cement bags, steel scrap and paint cans will be sold to recycler phase: construction waste whereas aggregates and broken tiles will be reused within site for debris: internal road levelling and terrace china mosaic. Dry waste: 11 kg/d Wet waste: 27 kg/d Hazardous waste: ETP sludge- Schedule I, Cat. 34.3= 5 T/month Waste generation Biomedical waste (If in the operation NA Phase: applicable): STP Sludge (Dry NA sludge): Others if any: Process waste sludge- Schedule I, Cat. 26.1= 20 T/month Dry waste: Handed over to Authorized recyclers Wet waste: Composting Hazardous waste: Send to CHWTSDF Mode of Disposal Biomedical waste (If NA of waste: applicable): STP Sludge (Dry NA sludge): Others if any: Send to CHWTSDF Location(s): Near ETP

Area Area for the storage of waste & other 20 Sq. M requirement: material: Area for machinery: NA Budgetary allocation Capital cost: NA (Capital cost and O&M cost): O & M cost: NA 38.Effluent Charecterestics Serial Inlet Effluent Outlet Effluent Effluent discharge Parameters Unit Number Charecterestics Charecterestics standards (MPCB) 1 pH - 3-5 6.5-7.5 6.5-7.5 2 COD mg/l 20000 <250 250 3 BOD mg/l 8750 70 100 4 TSS mg/l 200 100 100 5 TDS mg/l 8700 1800 2100 6 SEAC-MINUTES-0000004199O&G mg/l 22 5 10 7 Ammonical Nitrogen mg/l 30 30 <50 Amount of effluent generation 1724 KLD (CMD): Capacity of the ETP: 2000 KLD Amount of treated effluent 1052 during non monsoon and 896 During Monsoon recycled : Amount of water send to the CETP: 500 During Non Monsoon and 656 During Monsoon Membership of CETP (if require): IN process

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 8 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) The Effluent arising during process will be collected in equalization tank. Effluent from equalization tank sent to neutralization tanks where caustic slurry added to neutralize the effluent. Effluent from main neutralization tank will be sent to Note on ETP technology to be used primary settling tank. The main objective of primary settling tank is solid liquid separation. Solids will be settled at the bottom of the tank and clear waste water then goes to UASB feed tank where Condensate collected from MEE (Multi Effect Evaporati Disposal of the ETP sludge ETP sludge- Schedule I, Cat. 34.3= 5 T/month will be send to CHWTSDF

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 9 of Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 19 (Chairman SEAC-I) 39.Hazardous Waste Details Serial Description Cat UOM Existing Proposed Total Method of Disposal Number 1 ETP sludge 34.3 T/Month 0 5 5 send to CHWTSDF 2 Process waste Sludge 26.1 T/Month 0 20 20 send to CHWTSDF 40.Stacks emission Details Height Internal Serial Fuel Used with from Temp. of Exhaust Section & units Stack No. diameter Number Quantity ground Gases (m) level (m) Attached to boiler 1 Coal 5300 kg/hr. 1 51 1.3 140oC 1(operating) Attached to boiler 2 2 Coal 1750 kg/hr. 1 36 0.75 140oC (Operating) Attached to boiler 3 Coal 1750 kg/hr. 1 36 0.75 140oC 3(operating) 1) Coal for producer gas 1250kg/hr. 2) C-9 Attached to Furnace-1 4 221kg/hr. 3) 1 34 1.2 140oC (operating) Hydrolyzed Residue 200 kg/hr 1) Coal for producer gas 1250kg/hr. 2) C-9 Attached to Furnace-2 5 221kg/hr. 3) 1 34 1.2 140oC (operating) Hydrolyzed Residue 200 kg/hr. Coal for producer gas Attached to Furnace-3 6 1250kg/hr. /C-9 1 34 1.2 140oC (operating) 221kg/hr. Common Caustic 7 - 1 30 0.6 35oC scrubber (operating) Common Caustic 8 - 1 30 0.2 30oC scrubber (operating) 9 Water Scrubber - 1 10 0.2 30oC DG set 1050 KVA 10 Diesel 1 30 0.25 160oC (stand by) DG set 1050 KVA 11 Diesel 1 30 0.25 160oC (stand by) 41.Details of Fuel to be used Serial Type of Fuel Existing Proposed Total Number 1 Coal 0 12550 kg/hr. 12550 kg/hr. 2 SEAC-MINUTES-0000004199C-9 0 663 kg/hr. 663 kg/hr. 3 Residue 0 400 kg/hr. 400 kg/hr. 4 Diesel 0 210kg/hr. 210kg/hr. 42.Source of Fuel Coal- Import (Indonesian Coal) Diesel & other –Authorized vendors 43.Mode of Transportation of fuel to site By road

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 10 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) Total RG area : 34325 sqm No of trees to be cut 0 : Number of trees to 1300 be planted : 44.Green Belt Anthocephalus cadamba Saraca Asoca Mimusops elengi Erythrina Development List of proposed variegate Bauhinia racemose Mangifera indica Syzygium cumini native trees : Eucalyptus citriodora Zanthoxylum rhetsa Alstonia scholaris Pongamia pinnata Bombax ceiba Timeline for completion of before operation of project plantation : 45.Number and list of trees species to be planted in the ground Serial Characteristics & ecological Name of the plant Common Name Quantity Number importance Anthocephalus 1 Kadamb 100 an evergreen, tropical tree cadamba 2 Saraca Asoca Sita Ashok 100 an evergreen tree 3 Mimusops elengi Bakul 100 an evergreen and medicinal tree 4 Erythrina variegate Pangara 50 an ornamental tree 5 Bauhinia racemose Apta 100 medicinal tree 6 Mangifera indica Mango 100 fruit bearing tree 7 Syzygium cumini Jambhul 100 fruit bearing tree evergreen and magnificent trees, 8 Eucalyptus citriodora Nilgiri 150 pest resistance. 9 Zanthoxylum rhetsa Triphala 100 medicinal tree 10 Alstonia scholaris Satwin 100 medicinal tree fast-growing, medium-sized, 11 Pongamia pinnata Karanj 150 evergreen or briefly deciduous tree 12 Bombax ceiba Savar 150 tall deciduous tree 46.Total quantity of plants on ground 47.Number and list of shrubs and bushes species to be planted in the podium RG: Serial Name C/C Distance Area m2 Number 1 NA NA NA

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 11 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) 48.Energy Source of power MSEDCL/CPP supply : During Construction Phase: (Demand 500 KVA Load) DG set as Power back-up during 500 KVA (1 DG Set) construction phase During Operation phase (Connected 20 MW load): Power During Operation requirement: phase (Demand 12.32 MW load): Transformer: 6 x 3 150 KVA DG set as Power back-up during 2x1050KVA operation phase: Fuel used: Diesel Details of high tension line passing NA through the plot if any: 49.Energy saving by non-conventional method: Solar PV for Street Lightning (50KW) Boiler Feed water heating by Solar (100 M3/Day from 30 0C to 70 0 C) 50.Detail calculations & % of saving: Serial Energy Conservation Measures Saving % Number 1 Solar PV for Street Lightning (50KW) 0.4% Boiler Feed water heating by Solar (100 M3/Day from 2 5% 30 0C to 70 0 C) 51.Details of pollution control Systems Source Existing pollution control system Proposed to be installed 1. Effluent treatment consisting UASB (Up flow anaerobic sludge blanket reactor) followed by aerobic treatments (primary, secondary &tertiary treatment) Process Effluent ( for High COD effluent and Multi Effect Evaporator High for High TDS effluent treatment. 2. RO (Reverse COD/TDS)/Domestic NA osmosis) treatment for Cooling tower and Boiler Waste leading to water blowdown. 3. The total waste water generated Water pollution SEAC-MINUTES-0000004199will be treated and recycled to the maximum extent and only the present consented quantity shall be sent to CETP 1. Two no’s common caustic Scrubber system for acidic vents, 1 no. water scrubber for water soluble vents (ammonia, HCL etc.) which followed by caustic Vent gases/flue common scrubber. 2. Stack at sufficient height for gases from Process furnace, boiler flue gases maintaining Sox, NOx NA plant, furnace, norms of MPCB., ESP at Boiler to control dust in flue Boiler stack gases to 50mg/Nm3 3. DG exhaust will be discharged at stipulated height by providing adequate stack height to the DG sets. 4.Coal dust will be controlled by providing fogging and bag filters

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 12 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) 1. To avoid accidental spillage from storage tanks. From explosions, Spillage barrier wells are provided. Specific areas spillages, fires etc. earmarked for storage of hazardous waste. 2. The from storage, Fire-fighting system compatible to arrest the fire handling, use or NA hazards. 3. Risk assessment and disaster production of management plan shall be prepared. Formation of hazardous Safety Department under Safety Officer to take care substances of Occupation, Hazard & Hygiene.

Budgetary allocation Capital cost: 140 Lakhs (Capital cost and O&M cost): O & M cost: 7 Lakhs 52.Environmental Management plan Budgetary Allocation a) Construction phase (with Break-up): Serial Attributes Parameter Total Cost per annum (Rs. In Lacs) Number Dust Suppression Dust Generation (Air 1 through Water 24 Pollution) Sprinkling (SPM) Health, safety & first Health, safety & first 2 15 aid facility aid facility Sanitary facility and Sanitary facility and 3 waste water waste water 20 management management Environmental Environmental Monitoring (Noise, Monitoring (Noise, 4 20 Water & Soil-Project Water & Soil-Project site (4 times a year) site (4 times a year)

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 13 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) b) Operation Phase (with Break-up): Serial Capital cost Rs. In Operational and Maintenance Component Description Number Lacs cost (Rs. in Lacs/yr) Stack, pollution control equipment (scrubber),ESP at 1 Air 215 20 Boiler to control dust in flue gases to 50mg/Nm3 2 Water ETP 2000 200 Landscape/green belt 3 Soil 20 0.5 development 4 Noise Acoustic Insulation 10 1 Energy conservation/ 5 Energy 140 7 solar PV cost etc. 52. Storage of chemicals (inflamable/explosive/hazardous/toxic substances) Maximum Quantity of Storage Consumption Storage Source of Means of Description Status Location Capacity / Month in at any Supply transportation in MT MT point of time in MT Acetic Acid NA TF1 1000 800 3087.5 Imported Tanker Acetic Acid NA TF1 1000 800 3087.5 Imported Tanker Methyl aceto acetate NA TF2 300 240 850 FG-Export/Local Tanker/Drums Monomethyl aceto NA TF2 300 240 1000 FG-Export/Local Tanker acetamide Acetic Anhyride NA TF3 300 240 1000 FG-Export/Local Tanker/Drums Acetic Anhyride NA TF3 300 240 1000 FG-Export/Local Tanker/Drums Crude Methyl aceto NA TF3 300 240 1000 Intermediate NA acetate Spare NA TF3 300 240 NA Intermediate NA ETFAAE NA TF4 50 40 100 FG-Export/Local Drums Ethyl acetoacetate NA TF4 50 40 150 FG-Export/Local Drums ester(EAAE) E4CAA NA TF4 50 40 100 FG-Export/Local Drums DMAAA NA TF4 50 40 200 FG-Export/Local Drums AAEMA NA TF4 50 40 150 FG-Export/Local Drums Spare NA TF4 50 40 NA Intermediate NA MICA NA TF4 50 40 100 FG-Export/Local Drums MAEM NA TF4 50 40 100 FG-Export/Local Drums Nitric AcidSEAC-MINUTES-0000004199NA TF5 50 40 21.9 RM-Local Tanker Iso butric Acid NA TF5 50 40 29.7 RM-Local Drums Sulphuric Acid NA TF5 50 40 172 RM-Local Tanker Sodium Methyl Mercaptain NA TF5 50 40 556.5 RM-Local Tanker Bromine NA TF5 50 40 26 RM-Local Tanker Caustic NA TF5 50 40 380 RM-Local Tanker M-Xylidine NA TF6 50 40 341.6 RM-Import Drums O-Anisidine NA TF6 50 40 31.1 RM-Import Drums DMA NA TF6 50 40 94.6 RM-Local Tanker Hydroxyethyl)methacrylate NA TF6 50 40 93.8 RM-Import Drums

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 14 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) Methylene Dichloride NA TF6 50 40 2330 RM-Local Tanker O-Toulidine NA TF6 50 40 33.2 RM-Import Drums AcAc NA TF7 100 80 200 FG-Export/Local Drums IPNA NA TF7 100 80 100 FG-Export/Local Drums TFMAP NA TF7 50 40 100 FG-Export/Local Drums Propionic Anhyddride NA TF7 50 40 200 FG-Export/Local Drums Triethyl Phosphate NA TF8 50 40 112.3 RM-Import Drums Diketene NA TF8 20 16 750 Intermediate NA Diket ene NA TF8 20 16 750 Intermediate NA Residue NA TF8 20 16 189 Intermediate NA Dil Acetic Acid NA TF9 100 80 3043 Intermediate NA Recovered Acetic Acid NA TF9 100 80 1208 Intermediate NA Acetone NA TF10 300 240 643.7 RM-Local/Import Tanker Methanol NA TF10 200 160 521 RM-Local Tanker C-9 NA TF10 100 80 425 Fuel-Local Tanker N2 2 tanks NA TF10 10 8 500 RM-Local Tanker Ethanol NA TF10 50 40 125.85 RM-Local Tanker Cyclo-Hexane NA TF10 30 24 54.2 RM-Local/Import Drums Toluene NA TF10 30 24 72 RM-Local/Import Drums Carbon Disulfide NA TF10 20 16 141 RM-Local/Import Drums 53. Any Other Information No Information Available 54. Traffic Management Nos. of the junction to the main road & 1 design of confluence: Number and area of 0 basement: Number and area of 0 podia: Total Parking area: 12244 sq.m Area per car: NA Area per car: NA Number of 2- Wheelers as Parking details: approved by NA competent authority: Number of 4- Wheelers as SEAC-MINUTES-0000004199approved by NA competent authority: Public Transport: NA Width of all Internal 6 m roads (m):

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 15 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) CRZ/ RRZ clearance NA obtain, if any: Distance from Protected Areas / Critically Polluted More than 10 km areas / Eco-sensitive areas/ inter-State boundaries Category as per schedule of EIA 5(f) Notification sheet Court cases pending NO if any Other Relevant NA Informations Have you previously submitted Yes Application online on MOEF Website Date of online 05-12-2016 submission Brief information of the project by SEAC

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 16 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) PP submitted their application for the grant of TOR under category 5(f)B1 as per EIA Notification, 2006. PP presented draft TOR based on standard TOR issued by MoEF & CC published in April, 2015.

The proposal was considered in the 159th A meeting of SEAC-1 held on 01.02.2019 wherein the proposal was referred to the SEIAA for the confirmation of following views of the SEAC-1.

" During deliberations it was noticed that, PP proposes to manufacture the intermediates which are used in the manufacturing of pesticides also.

The schedule attached to the EIA Notification, 2006 under item 5(b) stipualtes the manufacturing of pesticide and pesticide specific intermediates (excluding formulations) and all such units fall in category "A" which needs to be appraised by EAC, MoEF&CC, New Delhi.

In view of above, SEAC is of the opinion that, the proposed project is covered under category "A" and PP may apply to the EAC, MoEF&CC for obtaining prior Environment Clearance.

Hence, SEAC-1 decided to refer the proposal to the SEIAA for the confirmation of above view. "

The SEIAA considered the proposal in their 165th meeting held on 25.04.2019 and decided as below,

" SEIAA asked PP to submit clarification from NEERI/NCL/Institute of Chemical Technology if the proposed products falls in the cateogory of synthetic organic chemical or pesticides. PP submitted clarification regardingSEAC-MINUTES-0000004199 regarding the same on Day-2 of the meeting.

SEIAA decided to refer back the proposal to SEAC-1 for further appraisal." DECISION OF SEAC

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 17 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) Now PP submitted report obtianed from the Institute of Chemical Technology, Mumbai dated 26.04.2019 whcih clearly mentions that the following three products are used as raw materials in agrochemicals. These are "pesticide Specific Intermediates" as they are mainly used in pesticide manufacture.

1. 2-Isopropyl-4-methyl-6-hydroxypyrimidines (HOP)

2. Oxamyl oxime (OXOM)

3. Methomyl oxime

As per EIA Notification ,2006 these products fall under categry 5(b) of the schedule attached.

During deliberations, PP committed that, they will not manufacture above three products in their propsoed plot and requestd to consider the proposal for the grant of ToR for other products falling under category 5(f) of the schedule attached to EIA Notification, 2006.

In view of above SEAC-1 appraised the proposal for the grant of ToR. The committee prescribed the following additional TOR along with Standard TOR as available on the Ministry of Environment, Forest and Climate Change website for preparation of EIA-EMP report.

Specific Conditions by SEAC:

1) PP to submit certificate of incorporation of the company, list of directors and memorandum of association/articles. 2) PP to submit lay out plan showing internal roads with six meter width and nine meter turning radius, provision of cul-de-sac at dead ends of the internal roads if any, location of pollution control equipment, parking areas, 33% green belt with its dimensions, rain water harvesting structures (locations with dimensions), storm water drain lines, along with index and area statement showing calculations for each area and cross sections of storm water drain and rain water harvesting pits etc. 3) PP to submit plan layout showing contour levels, storm water drain lines and location of rain water harvesting facilities along with calculations. PP to consider 125 mm rain intensity in Mumbai / Konkan area and 100 mm in rest of the Maharashtra area for the purpose of calculations. 4) PP to submit an undertaking for not violating any requirements of EIA Notification, 2006 amended from time to time. 5) PP to submit indemnity bond for not manufacturing the products fall under category 5(b) of the schedule attached to the EIA Notification, 2006. 6) PP to carry out comparative assessment study for the selection of fuel for boiler that is coal, briquettes and furnace oil. 7) PP to carry out life cycle analysis of all the products manufactured on site with respect to the acidification potential, eutrophication potential, green house and ozone depletion potential etc and proposed mitigation measures to reduce the identified potentials. 8) PP to include SEAC-MINUTES-0000004199detailed material balance charts for each product showing consumption of raw material, sources of pollution and mitigation measures to control the pollution and justified use of resources along with quantities in the EIA report. 9) PP to include detailed water balance calculations along with design details of effluent treatment plant 10) PP to prepare the Legal Register with respect to compliance of various Acts , Rules and Regulations applicable to the manufacturing activities. 11) PP to carry out HAZOP and QRA and submit disaster management plan. 12) PP to include details of generation and disposal of hazardous waste including byproducts as per Hazardous and other waste (Management and Trans boundary Movement) Rules, 2016 in the EIA report. 13) PP to include water and carbon foot print monitoring in the EMP. 14) PP to submit hazardous chemical handling protocol 15) PP to use new and renewable energy for illumination of office buildings, street lights, parking areas and maintain the same regularly. PP to provide lightening arrestor. 16) PP to make necessary changes in the consolidated statement by removing above mentioned three products and ensure that information submitted in the CS is in consonance with the Form-1/2 and EIA /EMP report..

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 18 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) FINAL RECOMMENDATION The Committee decided to Grant ToR subject to the above observations,PP requested to prepare and submit EIA report as per EIA Notification, 2006 and amendments thereof.

SEAC-MINUTES-0000004199

SEAC Meeting No: 166 - A Meeting Date: June Abhay Pimparkar (Secretary 14, 2019 ( SEIAA-STATEMENT-0000001920 ) Page 19 Dr. Umakant Dangat SEAC-I) SEAC-MINUTES-0000004199 of 19 (Chairman SEAC-I) Annexure B FoAnnexurerm 1 C

FORM-1

(I) Basic Information

Sr. Item Details No. 1. Name of the Project Proposed 8500 MT/Month of Synthetic Organic Chemicals plant for Specialty Intermediates at plot no. 60, MIDC Lote Parshuram, Khed, Ratnagiri by M/s. Laxmi Organic Industries Ltd. 2. S. No. in the schedule 5(f) 3. Proposed capacity/area/length/ tonnage to Plot Area: 80,000 sqm be handled/command area/lease Production Capacity: 8500 MT/M area/number of wells to be drilled. 4. New/Expansion/Modernization New 5. Existing Capacity/Area etc. Plot Area: 80,000 sqm 6. Category of Project i.e., ‘A’ or B’ B 7. Does it attract general condition? If yes, No please specify. 8. Does it attract specific condition? If Yes, No please specify. 9. Location Plot/Survey/Khasra No. Plot no. 60 MIDC Lote Parshuram Village Lote Parshuram Tehsil Khed District Ratnagiri State Maharashtra Co-ordinates 17035’38.72”N , 73028’54.58”E 10. Nearest Railway Station/Airport along Chiplun Railway Station @ 7.14 km in SE direction from with distance in kms. the project site. 11. Nearest Town, City, District Headquarters Chiplun (7 km in SE direction) along with distance in km. District Head Quarters: Ratnagiri (103 km) 12. Village Panchayats, Zilla Parishad, Ratnagiri Zilla Parishad, Police Head Quarters, Ratnagiri, Municipal Corporation, Local body Maharashtra 415612 (complete postal addresses with telephone nos. to be given) 13. Name of Applicant M/s. Laxmi Organic Industries Ltd. 14. Registered Address Laxmi Organic Industries Ltd. Chandermukhi, Third Floor, Nariman Point, Mumbai 400021, India 15. Address for correspondence: Name Mr.Ravi Goenka Designation (Owner/Partner/CEO) Managing Director Address Laxmi Organic Industries Ltd. Chandermukhi, Third Floor, Nariman Point, Mumbai India Pin Code 400021 E – mail [email protected] Telephone No. 91-22-49104444 Fax. No. 91-22-22853752 16. Details of Alternate Sites examined, if No any.

1 Form 1

Location of these sites should be shown on a topo sheet 17. Interlinked Projects No 18. Whether separate application of NA interlinked project has been submitted? 19. If yes, date of submission NA 20. If no, reason NA Whether the proposal involves No approval/clearance under: if yes, details of the same and their status to be given. (a) The Forest (Conservation) Act, 21. 1980? (b) The Wildlife (Protection) Act, 1972? (c) The C.R.Z. Notification, 1991? 22. Whether there is any Government No Order/Policy relevant/relating to the site? 23. Forest Land involved (hectares) No 24. Whether there is any litigation pending No against the product and/or land in which the project is propose to set up? (a) Name of the Court (b) Case. No. (c) Orders/Directions of the court, if any and its relevance with the proposed project. * Capacity corresponding to sectoral activity (such as production capacity for manufacturing, mining lease area and production capacity for mineral production, area of mineral exploration, length for linear transport infrastructure, generation capacity for power generation etc.)

Activity

1. Construction, operation or decommissioning of the Project involving actions, which will cause physical changes in the locality (topography, land use, changes in water bodies, etc.)

Sr. Information/Checklis Details thereof (with approximate quantities/ rates, wherever Yes/No No. t Confirmation possible) with source of information data 1.1 Permanent or No The proposed project is being proposed for development in MIDC temporary change in area allocated for the industrial development. land use, land cover or topography including increase in intensity of land use (with respect to local land use plan) 1.2 Clearance of existing No The plot is a vacant plot. land, vegetation and building? 1.3 Creation of new land No The project is proposed in a notified MIDC. uses: 1.4 Pre-construction Yes Geo-technical Investigation study has been carried out. As per the investigations e.g. bore Geo-technical report the ground water table was observed in the houses, soil testing? range of 2.0 m to 3.13 m bgl. As per report the below foundation recommendation is given. “Highly weathered bedrock was encountered approx. at a depth of 2

Form 1

Sr. Information/Checklis Details thereof (with approximate quantities/ rates, wherever Yes/No No. t Confirmation possible) with source of information data 3 m below ground surface. Spread foundations for proposed structure, supported on this highly weathered bedrock can be designed for a maximum net allowable bearing capacity of 50 t/m2. Maximum settlement of foundation will be less than 12 mm. A modulus of subgrade reaction of 4100 t/m3 can be utilized for design of foundations. Brown silty sandy clay with murrum was encountered from ground surface in the borehole. Alternatively, the proposed structure can be supported on these strata at a minimum depth of 2.0 m below ground surface. Spread foundations for proposed structure, supported on silty sandy clay with murrum can be designed for a maximum net allowable bearing capacity of 20 t/m3. Maximum settlement of foundations will be upto 25 mm. A modulus of subgrade reactions of 800 t/m3 can be utilized for design of foundation. Excavation side should be sloped at a maximum slope of 1.5: 1(horizontal: vertical) or flatter. 1.5 Construction Works ? Yes Construction of 29,681 sq.m plinth construction area will be carried out. Details of the area statement for the proposed construction is as mentioned below. S. No. Description Area, M2 1 Process Area 29,681 2 Green Belt Area 26,411 3 Parking Area 10,201 4 Road Area 13,185 5 Open Area 522

80,000 1.6 Démolition Works ? No The proposed project is being developed on an vacant land. 1.7 Temporary sites used No No labor camp is proposed during construction phase. Local labors for construction works will be hired or housing of construction workers? 1.8 Above ground Yes There shall be construction of factory buildings. Details of the buildings, structures or above ground structure is as mentioned below. earthworks including linear structures, cut Sr. No Name of the building Configuration and fill or excavations 1 MSEDCL Point Of Supply Ground 2 Fire Water Tank Ground 3 Raw Water Tank Ground 4 Boiler Ground+1 5 Coal Yard Ground 6 ECF Plant Ground+1 7 BTF Plant Ground+3 8 FA Plant Ground+3 9 Plant office/MCC/DG/Workshop Ground+1 10 Engineering Stores Ground 11 Cooling Tower Ground 12 Utility building Ground

Form 1

Sr. Information/Checklis Details thereof (with approximate quantities/ rates, wherever Yes/No No. t Confirmation possible) with source of information data 13 Organic/Inorganic Storage Ground 14 Chlorine Storage Ground 15 Ware Houses Ground 16 QA-QC Lab Ground 17 18 CCoE (N2-Solvant-LDO) Ground 19 Admin Office Ground+2 20 Security /Weigh Bridge/OHC Ground 21 ETP Ground 22

HF Storage Ground 1.9 Underground works No including mining or tunneling? 1.10 Reclamation works? No 1.11 Dredging? No 1.12 Offshore structures? No 1.13 Production and Yes The proposal is for production of Synthetic Organic Chemicals manufacturing for Specialty Intermediates @ of 8500 MT/M. Manufacturing Process? process along with its mass balance of the proposed product is attached as Annexure II. 1.14 Facilities for storage of Yes Impervious storage area for raw material, finished goods, goods or materials? Hazardous waste storage area during operation phase is proposed. 1.15 Facilities for treatment Yes 1292 KLD of ETP for the treatment of effluent generated is or disposal of solid proposed. 792 KLD of treated effluent will be recycled for waste or liquid utilization in the cooling water makeup requirement within the effluents? plant and remaining 500 KLD treated effluent will be sent to CETP MIDC, Lote Parshuram for final disposal. 1.16 Facilities for long term No housing of operational workers? 1.17 New road, rail or sea No traffic during construction or operation? 1.18 New road, rail, air, No waterborne or other transport infrastructure including new or altered routes and stations, ports, airports etc.? 1.19 Closure or diversion of No existing transport routes or infrastructure leading to changes in traffic movements? 1.20 New or diverted No transmission lines or pipelines? 1.21 Impoundment, Yes There is an existing natural storm water drain (nallah) passing damming, culverting, through the plot which will be diverted and trained after getting 4

Form 1

Sr. Information/Checklis Details thereof (with approximate quantities/ rates, wherever Yes/No No. t Confirmation possible) with source of information data realignment or other necessary approvals from the MIDC/Planning authority. changes to the hydrology of watercourses or aquifers? 1.22 Stream crossings? Yes There is a natural nallah passing through the plot. 1.23 Abstraction or transfers No of water from ground or surface waters? 1.24 Changes in water Yes The natural nallah passing through the plot will be diverted and bodies or the land trained after obtaining necessary approvals. surface affecting drainage or run-off 1.25 Transport of personnel Yes There shall be requirement of construction material which shall be or materials for transported to the site from the nearby local market during construction, operation construction phase. As well there shall be transport of raw material or decommissioning? to the site during operation phase. 1.26 Long-term dismantling No or decommissioning or restoration works? 1.27 Ongoing activity No during decommissioning which could have an impact on the environment? 1.28 Influx of people to an Yes There shall be employment generation during construction and area in either operation phase. temporarily or permanently? 1.29 Introduction of alien No species? 1.30 Loss of native species No or genetic diversity? 1.31 Any other actions? No

2. Use of Natural resources for construction or operation of Project (such as land, water, materials or energy, especially any resources which are non-renewable or in short supply).

Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data 2.1 Land specially undeveloped or agricultural No The proposed project will be developed in land (ha) the MIDC area. 2.2 Water (expected source & competing Yes Source: MIDC-Lote/Recycle water users) unit KLD Total water requirement: 2529 KLD Fresh water requirement: 1737 KLD Recycled water: 792 KLD

2.3 Minerals (MT) No

Form 1

2.4 Construction material – stone, aggregates, Yes and/soil (expected source-MT) 2.5 Forests and timber (source-MT) No 2.6 Energy including electricity and fuels Yes Power requirements (source, competing users) Unit: fuel (MT), Connected load: 9 MW (Source energy (MW) MSEDCL) Demand load: 6 MW (Source MSEDCL) Fuel requirements Coal:100 TPD (Source : Imports) Natural gas: 15 TPD ( Source : Authorized vendor) Residue: 11 TPD ( Source : Processed residue to incinerator) Diesel : 210 KG/Hr ( Source: Authorized

vendor) 2.7 Any other natural resources (use No appropriate standard units)

3.0 Use, storage, transport, handling or production of substances or materials, which could be harmful to human health or the environment or raise concerns about actual or perceived risks to human health

Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data 3.1 Use of substances or materials, which are Yes List of hazardous material proposed to be hazardous (as per MSIHC rules) to human used is attached as Annexure II health or the environment (flora, fauna, and water supplies) 3.2 Changes in occurrence of disease or affect No disease vectors (e.g. insect or water borne diseases) 3.3 Affect the welfare of people e.g. by Yes The surrounding people will be benefited by changing living conditions? the local employment generation. 3.4 Vulnerable groups of people who could be No The project is located in the MIDC area affected by the project e.g. hospital designated for the development of industries. patients, children, the elderly etc., Thus the proposed project is inline with the local development plan. The nearest habitat (chiplun City) and hospital from the proposed project is at an aerial distance of 7 km respectively. 3.5 Any other causes No

4.0 Production of solid wastes during construction or operation or decommissioning (MT/month)

Sr. Information/Checklist Confirmation Yes/No Details thereof (with approximate No. quantities/ rates, wherever possible) with source of information data 4.1 Spoil, overburden or mine wastes No 4.2 Municipal waste (domestic and or Yes There shall be generation of 11 kg/day of dry commercial wastes) waste and 27 kg/.day of wet waste

Form 1

4.3 Hazardous wastes (as per hazardous waste Yes ETP sludge- Schedule I, Cat. 34.3= 5 management rules) T/Day to CHWTSDF for disposal Process waste sludge- Schedule I, Cat. = 11 T/Day : Fired in incinerator 4.4 Other industrial process wastes No 4.5 Surplus product No 4.6 Sewage sludge or other sludge from Yes ETP sludge- Schedule I, Cat. 34.3= 5 effluent treatment T/Day to CHWTSDF for disposal 4.7 Construction or demolition wastes Yes Approx. 19072 nos. of empty cement bags, 6.35 MT of steel scrap, 12.7 MT of aggregate waste, 1590 sq.m of broken tiles and 954 nos of Empty paint cans will be generated 4.8 Redundant machinery or equipment No 4.9 Contaminated soils or other materials No 4.10 Agricultural wastes No 4.11 Other solid wastes No

5.0 Release of pollutants or any hazardous, toxic or noxious substances to air (kg/hr)

Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data 5.1 Emissions from combustion of fossil fuels Yes There shall be emission from the boiler, liquid from stationary or mobile sources effluents incinerator, and DG set due to combustion of Coal and HSD. Bag Filter as APCS is proposed 5.2 Emission from production processes Yes Process gas emission will be there. Scrubber as APCS is proposed. Oxidative combustion furnace will be installed. 5.3 Emissions from materials handling Yes There shall be fugitive dust generation due to including storage or transport material handling. 5.4 Emissions from construction activities Yes Only fugitive emission is envisaged for short including plant and equipment duration. Water sprinklers will be carried out for dust suppression. Minimal impact is envisaged. 5.5 Dust or odours from handling of materials Yes Only fugitive emission is envisaged for short including construction materials, sewage duration. Water sprinklers will be used for dust and waste suppression. Minimal impact is envisaged. 5.6 Emissions from incineration of waste No Not envisaged 5.7 Emissions from burning of waste in open No Not envisaged air (e.g. slash materials, construction debris) 5.8 Emissions from any other sources No Not envisaged

6.0 Generation of Noise and vibration, and emissions of Light and heat Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data

Form 1

6.1 From operation of equipment e.g. engines, Yes During the operational phase, there may be ventilation plant, crushers generation of noise due to operation of boiler, reactor, D.G.set, loading equipment’s and other vehicular movements. All these sources will generate continuous noise. However,the noise transmit ion outside the plant boundary will below because most of the noise generating equipment’s will be kept in closed structures. Acoustic systems will be provided to D.G.sets. However, D.G.sets will be treated as standby and usage would be very less in emergency or during the power failure only. The workers will also be provided with ear muff & ear plug while working at noisy area. 6.2 From industrial or similar processes Yes Details are presented in Sr. No. 6.1. 6.3 From construction or demolition Yes Generationofnoiseduringconstructionalphasew ill be due to construction and installation of machineries. Adequate measures shall be taken to keep noise & vibrations under control during construction. 6.4 From blasting or piling No Not envisaged. 6.5 From construction or operational traffic Yes The noise levels will be <70 dB(A) and these will be fleeting noise sources. Workers will be provided with protective equipment’s such as earmuffs and ear plugs etc. 6.6 From lighting or cooling systems Yes Noise will be generated from Cooling Tower. 6.7 From any other sources No --

7.0 Risks of contamination of land or water from releases of pollutants into the ground or into sewers, surface waters, groundwater, coastal wasters or the sea

Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data 7.1 From handling, storage, use or spillage of Yes Adequate measures will be taken as per hazardous materials MSIHC Rule of CPCB (Manufacture Storage Import Hazardous Chemical Rules, 1989). 7.2 From discharge of sewage or other No effluents to water or the land (expected mode and place of discharge) 7.3 By deposition of pollutants emitted to air No Environmental Management Plan will be into the land or into water strictly followed. 7.4 From any other sources No Not envisaged. 7.5 Is there a risk of long term build up of No Environmental Management Plan will be pollutants in the environment from these strictly followed. sources?

8.0 Risk of accidents during construction or operation of the project, which could affect human health or the environment Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data

Form 1

8.1 From explosions, spillages, fires etc. from No Fire hydrant system will be provided. Safety storage, handling, use or production of Wears and First Aid will be provided hazardous substances wherever necessary. Hazardous chemicals will be properly stored and handled & all the precautions will be taken according to HAZOP Study, Quantitative Risk Assessment (QRA), Risk Management & Disaster Management Plan (DMP).

8.2 From any other causes No Not envisaged.

8.3 Could the project be affected by natural No According to IS 1893 (Part 1): 2002, the study disasters causing environmental damage area falls under seismic Zone-III. There is no (e.g. floods, earthquakes, landslides, could major earthquake episode recorded in the burst etc)? study area till date.

Further the project site does not fall under flood prone or landslide prone areas. Hence, no risk due to natural hazards is envisaged.

9.0 Factors which should be considered (such as consequential development) which could lead to environmental effects or the potential for cumulative impacts with other existing or planned activities in the locality Details thereof (with approximate Sr. Information/Checklist Confirmation Yes/No quantities/ rates, wherever possible) with No. source of information data 9.1 Supporting infrastructure (roads, power No supply, waste or waste water treatment, etc) Housing development Extractive industries Supply industries Other 9.2 Lead to after use of the site, which could No have an impact on the environment 9.3 Set a precedent for later developments Yes GMP (Good Manufacturing Processes will be adopted) 9.4 Have cumulative effects due to proximity Yes Environmental Management Plan will be strictly to other existing or planned projects with followed. similar effects

(iii) Environmental Sensitivity

Sr. Areas Name/ Aerial distance (with 15-km) Proposed No. Identity project location boundary 1 Areas protected under international - No protected area within 15 km conventions, national or local legislation for their ecological, landscape, cultural or other related value 2 Areas which are important or sensitive of Peshe Peshe Parshurm Village as per ecological reasons – wetlands, water Parshurm Western Ghat Notification- ~5.8 km Village Vashisti River -~5.2 km Jagbudi courses or other water bodies, coastal zone, - Vashisti River- ~2.3 km biospheres, mountains, forests River Jagbudi River 3 Areas used by protected, important or --

Annexure D PRE FESIBILITY REPORT

1. Executive Summary About the Company: The proposed project will be developed by Laxmi Organic Industries Ltd. Laxmi is co-promoted by International Finance Corporation (IFC) which is part of the World Bank. Company is a Responsible Care company, a voluntary commitment by the global chemical industry to achieve excellence in environmental, health and safety performance. Laxmi Organic Industries Ltd. follows environmental guidelines laid down by ISO 14001. Employee health & safety is a core principle of the company. Project Location Proposed project is a green field project to be established over area of 80,000 sqm - Plot no.60, allotted to Laxmi Organic Industries Ltd by Maharashtra Industrial Development Corporation (MIDC). The site is in the industrial land use with surrounding residential settlement, hills and Water bodies. The site is accessible through Mumbai – Goa Road, NH66. Jagbudi River is flowing at a distance of 2.3 Km. Project The project is for Manufacturing of Specialty Chemicals focused on intermediates with various chemistries, at the monthly production rate of 8500 Tons/month. Technologies at use in the project The project is conceptualized with sustainable development. The all plants will be operated with advance distributed control system (DCS) to have close monitoring of all process parameters round the clock and auto control system to operate the process within desired limits. The plant is also provided with 5 levels of safety system like Standard operating procedures, alarm system, auto trip interlocks, emergency shutdown system and mechanical safety devices. The process plant and hazardous storages will be provided with deluge system for automatic sprinkler during emergency. The plant will be constructed based on hazardous classification area and all electricals drives will be as per hazardous classification to ensure utmost safety. The complete complex will be provided with public address system and manual call points. Environment The infrastructure for mitigation of environmental impact has considered at the designed stages itself. For mitigation of impact on air environment, bag filters will be used for flue gas treatment are proposed for Boilers. Flue gas after passing through bag filters for

1 | Page reduction in Particulate Matter shall be sent to the atmosphere through stack of adequate height as per the Rules. Thus, project will have minimal impact on air environment. The all process plants are provided with caustic and water scrubbers to ensure scrubbing of all vapors generated from the process. The water effluent will be treated with multi stage effluent treatment plant consist of physico-chemicals treatment followed by aerobic reactors followed by ultrafiltration to ensure desired quality of effluent sent to CETP. Also Effluent treatment plant consist of latest technology of reverse osmosis to ensure maximum water can be reused in the process again. Infrastructure Project layout proposes internal facilities like internal roads, storm water drainage, storage tanks. Adequate area has been allotted for development of green belt. An effluent treatment plant will be set-up within the plot. The treated effluent will be discharged to Common Effluent Treatment Plant (CETP) provided by MIDC. Infrastructure like water, electricity and roads shall be provided by MIDC. There is no diversion of roads or water bodies required to set-up the project. Rehabilitation or resettlement is also not involved for project development. With the above configuration of facilities and infrastructure developed together by Laxmi Organic Industries Ltd. and MIDC, the impact on land and inhabitation is reduced. The double-thronged effluent treatment effectively nullifies the impact on local water bodies. CSR and CER activities planned for the surrounding areas will not only comply to the Rules and Guidelines but shall be instrumental in aiding the medical facilities, water supply and providing education. Additionally social plantation activities to be taken up with the objective of increasing the green cover in the surrounding area. Timeline The project will be commissioned within 12 months from the date of EC approval. 2. Introduction of Project/Back-ground information 2.1 Identification of the project and project proponent : Project: Proposed project is a green field project for manufacturing of Chemicals – specialty chemicals focused on intermediates based on various chemistry etc. The project will be established in the Plot No. G-60 of Lote - Parshuram Industrial Area, Maharashtra Industrial Development Corporation (MIDC), Details of Products is given in Table-1.

2 | Page Table – 1: Details of proposed products

S. No. Category Chemical nomenclature MT/Month 1 4‐chlorobenzotrifluoride 400 2 4‐Chloro‐3,5‐dinitrobenzotrifluoride 250 3 2,4‐dichloro‐3,5‐dinitrobenzotrifluoride 120 4 3,4‐Dichlorobenzotrifluoride 100 5 1,3‐Bis(trifluoromethyl)benzene 90 6 2,Trifluoromethyl)benzamide 90 7 4,4‐difluorobenzophenon 90 8 4‐chloro‐3‐nitrobenzotrifluoride 50 Fluoro 9 specialties 2,2‐Difluoro‐1,3‐benzodioxole 40 10 Methyl 3‐(trifluoromethyl)benzoate 30 11 2‐Chloro‐6‐fluorobenzyl chloride 30 12 Potassium nonafluorobutane sulphonate; 15 13 3‐Fluorobenzotrifluoride 10 14 Perfluorotripropylamine 4 Potassium decakis(fluoranyl)‐ 15 pentakis(fluoranyl)ethyl]cyclohexane‐1‐ 1 sulfonate 16 Dilute Hydrochloric Acid 5800 17 Dilute Sulphuric acid 550 Inorganic By 18 Dilute Hydrofluoric acid 120 Products 19 Sodium hypochlorite solution 360 20 Calcium Chloride Soln 350 Total 8500

Project Proponent: Name: Laxmi Organic Industries Ltd. Registered Address: Chandramukhi, 3rd floor, Nariman Point, Mumbai 400 021 Plant Address: Plot no. 60 & 60/1 MIDC Lote Parshuram Tehsil- Khed, Dist- Ratnagiri, Maharashtra Laxmi Organic Industries is a specialty chemical manufacturer, focused on two key business segments: Acetyl Intermediates and Specialty Intermediates. Company is signatories to Responsible Care, a voluntary commitment by the global chemical industry to achieve excellence in environmental, health and safety performance. Company’s plants are situated in a chemical park in Raigad, Maharashtra, 150 kilometers South of Mumbai. All of the plants are state-of-the-art and comply with relevant ISO and OHSAS accreditations.

3 | Page Directors of Company are- Name Designation Mr.Vasudeo Nathmal Goenka Chairman Mr. Ravi V. Goenka Managing Director Mr. Rajeev V. Goenka Director Mr. Omprakash Bundellu Director Mr. Desh K. Verma Director Mr. Manish Chikhani Director Ms. Sangeeta Singh Director

2.2 Brief Description of Nature of Project The project is Green field project. The project shall manufacture Specialty chemicals focused on intermediates with various chemistries. The plant will be developed with state-of-the- art facility over the area of 80,000 sqm. 2.3 Need for the Project and Its importance to the Country and Region Company is a leading manufacturer of Specialty chemicals focused on intermediates with various chemistries. The specialty intermediates have applications in healthcare, synthesis and manufacturing of agrochemicals, pigments, and more. Primary application of the specialty chemicals will be in the Performance chemicals, Agrochemical, Pharmaceutical industry. The application in which these specialty intermediate find use, are expected to regiser a double digit growth in the next 5 years. 2.4 Demand Supply Gap During the XIth Five Year Plan period, production of major organic chemicals has shown a significant decline due to large volume imports taking place from countries like China. The domestic supply has however grown at a slower pace resulting in gradual widening of demand supply gap which was primarily bridged through imports. Domestic production declined at ~ 6% p.a. and imports grew at a rate of 17- 19% p.a. during the XIth plan period. The chemical sector has witnessed growth of 13-14% in the last 5 years while petrochemicals have registered a growth of 8-9% over the same period. The chemicals industry in India is the largest consumer of its own products, consuming 33% of its output. With promising growth trends in the chemicals industry, this internal consumption is also set to rise. Thus, there is growing opportunity for supply of Specialty Intermediates.

4 | Page 2.5 Imports v/s Indigenous Production The exports and imports data of 2016-17 shows that in the chemical sector, India was net importer. The net imports of chemicals & petrochemicals (excluding pharmaceuticals products and fertilizers) has increased from Rs.26,325 crore in 2009-10 to Rs. 71,429 crore in 2016-17. The percentage share of the net imports of chemicals & petrochemicals (excluding pharmaceuticals products and fertilizers) in the total national net imports increased from 5.1% to 9.9% during the same period. 2.6 Export Possibility : Several contracts with pharmaceutical and agrochemical companies are being signed. 2.7 Domestic/ export Market To meet the increasing demand of chemicals either the local production will have to ramp up or it will be met by imports. In the past decade, India didn't tap its manufacturing potential to the fullest which led to a surge in the chemical imports. Therefore, there is vast demand of these products in Domestic as well as export market. 2.8 Employment generation (Direct and indirect) due to the project The project is green field project. Therefore, the project has direct employment generation potential of 100 no and there will be indirect employment for contractors and transported during construction and operation phase of the project. The indirect employment generation will also benefit the local population. The opportunities for service providers like transport contractors, laborers, etc. shall be created. Project Description 2.8 Type of project including interlinked and interdepended projects. The project is stand-alone manufacturing of Chemicals – specialty chemicals focused on intermediates with various chemistry etc. There are no interlinked and interdependent projects. 2.9 Location The project is located in the Industrial area of Lote-Parshuram, MIDC, Maharashtra. The site is in the industrial land use with surrounding residential settlement, hills and Water bodies. The site is accessible through Mumbai – Goa Road, NH66. Jagbudi River is flowing at a distance of 2.3 Km. Description of site and surrounding is given in Table – 2. Table – 2 : Site and surrounding Sr. No. Particulars Details

5 | Page 1 Latitude 17°35'37.67"N 2 Longitude 73°28'53.90"E 3 Elevation above mean sea level 213 m AMSL 4 Nearest Highway NH-66 (0.5 Km) 5 Nearest railway Station Chiplun Railway Station (7 km) 6 Nearest River Jagbudi River (2.5 Km) 7 Hill Western Ghat Boundary at 5.8 Km 8 Nearest habitation Sonegaon, 1 Km 9 Port JNPT, 190 Km Location map of the project is enclosed as Annexure 1. 2.10 Details of Alternate Sites Considered The proposed project is within Lote-Parshuram Industrial Area, MIDC Maharashtra. The site being in the industrial area, all the required facilities for industrial establishment like transportation infrastructure, water supply, electricity, common effluent treatment facilities etc. are available. The Industry decided to establish its manufacturing unit in this Industrial area and land was allotted by MIDC. Therefore, no alternative sites are proposed for analysis. 2.11 Size or Magnitude of Operation The proposed project will be established over area of 80,000 sqm - Plot no. 60 allotted to Laxmi Organic Industries Ltd. Production of Chemicals- specialty chemicals focused on intermediates with various chemistry etc. at the monthly production of 8500 Tons/month. 2.12 Project description with process details The project is green field project for manufacturing of chemicals specialty chemicals focused on intermediates with various chemistry etc.. The project will be established at Plot G-60 in Lote-Parshuram Industrial area of MIDC, Maharashtra. Water Supply, Electricity, shall be provided though MIDC. The projects involves installation of – 1. Boilers ( 3 nos ) 2. Bag filers for PM emission control from Boilers 3. Furnace (2 nos, Furnace 1 & Furnace 2) 4. Scrubbers (12 nos) for process gas vents 5. DG set (2 x 630 & 1 x 150 KVA as standby power supply). 6. Effluent Treatment Plant, Neutralisation, Clarification, filtrartion and Reverse Osmosis for water recovery from effluent for recycle

6 | Page 7. Other facilities for industrial operations like storage tanks etc. Process Details: 1. Description of Process Process Description is enclosed as Annexure.

2. Process Flow Diagram: Process flow diagram is enclosed as Annexure . 2.13 Raw Material Raw material for the manufacturing of proposed products with sources is shown below- Raw Consumption, Storage, Means of Material MT/Month MT Source transport Location Local/I BTF Tank PCT 527 150 mport Sea/Road farm Local/I ECF Plant HF 483 80 mport Sea/Road area Nitric BTF Tank Acid 225 150 Local Road farm BTF Tank Oleum 405 150 Local Road farm BTF Tank 2,4 DCT 98 20 Local Road farm Local/I Solvent MX 59 20 mport Sea/Road storage area Solvent OX 82 20 Local Road storage area BTF Tank NH4OH 101 25 Local Road farm BTF Tank 3 TC 30 20 Local Road farm Solvent Methanol 6 20 Local Road storage area BTF Tank 3FT 54 20 Local Road farm BTF Tank FB 44 20 Local Road farm

7 | Page BTF Tank 2C6FT 27 20 Local Road farm Local/I BTF Tank BDO 38 20 mport Sea/Road farm Sulphola Local/I ECF Plant 16 20 ne mport Sea/Road area KOH ECF Plant 6 10 flakes Local Road area Chlorine Chlorine 1846 123 Local Road shed

Fuel Requirement: Coal 100 TPD Source-Imports Natural gas 15 TPD Source-Authorised vendor Residue incineration 11 TPD Source-Process Residue Diesel 210 Kg/Hr Source-Authorised vendor

2.14 Resource optimization/Recycling and reuse

 The net effluent generation from the plant will be reduced by recycling the intermediate effluent.

 The dilute hydro fluoric acid generated in oxidative combustion of effluent for re-use in the manufacturing process or sale.

2.15 Availability of water, its source/ power requirement and source The water shall be sourced from Jagbudi River through MIDC. The electricity shall be provided by MIDC, 2.16 Quantity of waste to be generated (liquid and solid) Waste water generation:

Water requirement and waste water generation Treated Water Effluent effluent Disposal to Description consumption Generation Treatment available Recycle CETP KLD KLD KLD KLD KLD KLD

8 | Page Primary, Process secondary, Water 950 786 Tartary CW makeup 1175 290 Reverse Boiler water 1292 792 500 Osmosis makeup 205 205 Domestic Bioreactor water 40 10 in ETP Gardening 158 0 NA Total 2529 1292 1292

Non - Hazardous Waste: Description Quantity Disposal Fly Ash 10 TPD To brick making& Bottom Ash 3 TPD other end users Total 13 TPD

Hazardous Waste: Waste Type Category Quantity Disposal ETP Sludge 35.3 5.0 TPD CHWTSDF Incineration installed at Tarry Waste (Residue) 1.2 11 TPD plant Empty Chemical 33.1 120 nos./month Authorized recyclers Drums Waste Cotton/rags 33.2 30 Kg/Month CHWTSDF Used or Spent oil 5.1 1000 Ltr/Month CHWTSDF (from DG Set) Domestic Solid waste: Waste Quantity Disposal Dry waste 20 kg/d Handed over to recyclers Composting for manure Wet Waste 30 kg/d and use in landscaping

3. Site Analysis 3.1 Connectivity Site is well connected by rail and road. Nearest railway station is Chiplun 7 km SE and Khed is about 18 km N of the site on Konkan Railway Line and National Highway is adjacent to the site (0.5 Km). JNPT Port is about 190 Km.

9 | Page 3.2 Land form, land use and land ownership The land is allotted to Company by MIDC. The land use is Industrial. 3.3 The topography The topography of the project site is flat terrain. 3.4 Existing land use pattern Existing land use pattern of the project land is industrial allotted by MIDC. 3.5 Existing infrastructure Infrastructure required for industrial set-up is already developed. Accessibility to the site is through National highway at 500m distance. Water supply, electricity and other infrastructure is developed in the area by MIDC and shall be provided to the project. 3.6 Soil Classification The soils of the district are mostly lateritic which are found mixed with trappean soils in the north and shallow. 3.7 Climate data from secondary source Sr. Parameter Value No. 1 Max Temperature 30.6 0C (May) 2 Min Temperature 21.9 0C (Dec) 3 Wind Speed (max) 15.0 Kmph (July) 4 Wind Speed (Avg) 8.9 Kmph 5 Wind Direction NW/W 6 Relative Humidity 70-75% 7 Average Rainfall (annual total) 2926.4 mm 3.8 Social Infrastructure available Outside of MIDC and nearby accessible distance structures such as temples, hospitals, schools, banks are available. 4. Planning brief 4.1 Planning Concept The proposed project is in the Industrial area - MIDC. The layout will be developed for the requirement of chemical Industries including internal roads, chemical storage as per applicable Rules and Guidelines. The project planning will be done in the sustainable manner with minimal impact on environment and planning CSR activities considering the requirements of surrounding area. 4.2 Population Projection The population projection due to the project will be in line with the requirement of temporary and permanent employment requirement of the project. 4.3 Land use Planning

10 | Page Land use Planning is done on the proposed total land area of 80,000 sqm. The break-up of land area as per Layout is given below- S. No. Description Area, M2 1 Process Area 29,681 2 Green Belt Area 26,411 3 Parking Area 10,201 4 Road Area 13,185 5 Open Area 522 Total 80,000 Layout of the proposed project is enclosed as Annexure. 4.4 Assessment of Infrastructure Demand The proposed project will be developed on the industrial plot allotted by MIDC. The infrastructure required for industries like access roads, water supply, electricity, Common Effluent Treatment Facility (CETP) etc. is available. The infrastructure in the layout will be developed by Company like internal roads, Storm water drains, storage tanks, treatment facilities, waste handling areas etc. 4.5 Amenities/Facilities All the required Amenities and facilities are available in the area, including Schooling, Banking, Hospitals, Community halls, Temples, State Road transportation services, Railway Services, local Market catering to all daily needs, Hotels, etc, 5. Proposed Infrastructure The basic infrastructure for industrial development like access road, water supply, electricity, Common Effluent Treatment Plant (CETP) etc is made available by MIDC. The infrastructure proposed in the project layout will be internal facilities like internal roads, Strom Water Drainage, Effluent treatment, Storage Tanks, etc. Green belt development shall be undertaken as per the guidelines within the plant area and in the surrounding area under social plantation activities. CSR activities as per the Rules and Guidelines shall be done in the surrounding area. The local administration and people will be consulted while preparing the CSR action plan. Fund allocation shall be done separately as per the Rules and recommendations of assessment studies. 6. Rehabilitation & Resettlement Plan (R&R) The land for the project is allotted by MIDC. Rehabilitation and Resettlement is not involved. 7. Project Schedule and Cost Estimate

11 | Page The project will be commissioned within 7 years after obtaining all the clearances like Environmental Clearance, NOCs from SPCB, etc. 8. Analysis of Proposal The proposed project for production of Chemicals is of importance to the commerce of State and Nation. The import saving estimated from the project is of the order of Rs 500 Crores. The project is conceptualized with sustainable development. The mitigation of environmental infrastructure has considered at the designed stages itself. The plot being in the MIDC area reduced the impact on land area and overall habitation. Common Effluent Treatment Facility is provided by the MIDC and project has also proposed on site treatment for effluent to recycle and reuse water. In this scenario of two staged effluent treatment and disposal, there is no impact anticipated on the water environment. For mitigation of impact on air environment, modern technologies like Electrostatic precipitator (ESP) are proposed at Boilers. Flue gas after passing through bag filers for reduction in Particulate Matter shall be sent to the atmosphere through stack of adequate height as per the Rules. Thus, project will have minimal impact on air environment. The infrastructure like roads and water supply being provided by MIDC has reduced the impact on the surrounding as there is no diversion of roads or water bodies is required. The project while establishment will develop Green Belt in the plot. The green belt development and social plantation in the surrounding area will be frequently undertaken through CSR activities. The CSR activities will be planned for the surrounding area focusing on the social requirement like medical facilities, drinking water supply, education etc.

12 | Page Annexure E Annexure F

Comparative statement for the Laxmi Organics Industries Ltd.

Particula Details as per the TOR Details as per the Proposed TOR Remarks rs Granted

Project Plot no. 60 & 60/1 MIDC Lote Plot no. 60 MIDC Lote Parshurame, Khed, Deletion Location Parshurame, Khed, Ratnagiri Ratnagiri of survey no.

Producti 8300 TPM 8500 TPM on Capacity

Project 1,04,767m2 80000 m2 Reductio Area n in plot area

Water 3088 m3 /day 2529 m3/day Reductio Require n in ment water consump tion due to process change and product mix change

Effluent 1724 m3 /day 1292 m3/day Reductio Generati n on effluent generati on due to process change and product mix change

Effluent 2000 m3 /day 1300 m3/day Reductio treatmen n in ETP t plant capacity as per the Effluent generati on quantity

Power 20 MW (connected Load) 9 MW (connected Load) Reductio Require n in 12.32 MW (demand Load) 6 MW (demand Load) ment power demand

Fuel Coal @ 12550 kg/Hr Coal @ 4233.5 kg/Hr Reductio Require n in coal C9 @ 663 kg/hr Natural Gas @ 635 kg/hr ment consump Residue @ 400 kg/hr Residue @ 465.6 kg/hr tion

Diesel @ 210 kg/hr Diesel @ 210 kg/hr

Green 34574 m2 26411 m2 As per Belt Area the requirem ent

Man 100 Nos 100 Nos No Power change Require ment

Project Rs. 443 Crores Rs. 275 Crores Reductio Cost n in cost as per the revise plant.

Products Quant Catego TP Revised Categor ity ry Chemical nomenclature M Product product y 40 (TPM) 4‐chlorobenzotrifluoride 0 4‐Chloro‐3,5‐ 25 Monomethyl dinitrobenzotrifluoride 0 acetoacetamide(M 1000 2,4‐dichloro‐3,5‐ 12 dinitrobenzotrifluoride 0 MAAA) 10 DK 3,4‐Dichlorobenzotrifluoride 0 Dimethyl Amides 1,3‐ acetoacetamide Derivati Bis(trifluoromethyl)benzene 90 (DMAAA) ves 2,Trifluoromethyl)benzamide 90 200 Diethyl 4,4‐difluorobenzophenon 90 Fluoro 4‐chloro‐3‐ acetoacetamide special nitrobenzotrifluoride 50 (DEAAA) ties 2,2‐Difluoro‐1,3‐benzodioxole 40 Methyl 3‐ Methyl (trifluoromethyl)benzoate 30 acetoacetate 850 2‐Chloro‐6‐fluorobenzyl ester(MAAE) chloride 30 Potassium nonafluorobutane Tertiary butyl sulphonate; 15 acetoacetate ester 3‐Fluorobenzotrifluoride 10 (TBAAE) or 2‐ DK Perfluorotripropylamine 4 (Acetoacetoxy)eth Ester 150 yl methacrylate Potassium decakis(fluoranyl)‐ Derivati 1 (AAEMA) and Ethyl pentakis(fluoranyl)ethyl]cyclo ves acetoacetate ester hexane‐1‐sulfonate 58 (EAAE) Dilute Hydrochloric Acid 00 Inorga 55 Methyl 3‐amino 50 nic By Dilute Sulphuric acid 0 crotonate (M3AC) Produc 12 ts Dilute Hydrofluoric acid 0 2‐Cyanoethyl 20 36 acetoacetate ester Sodium hypochlorite solution 0 (CEAAE) 35 Calcium Chloride Soln 0 Isopropyl 85 Total 00 acetoacetate ester (IPAA) or Isobutyl acetoacetate ester (IBAA) or Methoxyethyl acetoacetate 5 (MEAA) or Cinnamyl acetoacetate ester (CAAE) or Allyl acetoacetate ester (AAAE)

Acetoacetanilide (AAA) or 550 Acetoacet‐m‐ xylidide (AAMX)

Acetoacet‐o‐ anisidide (AAOA) 50 or Acetoacet‐o‐ toulidine (AAOT)

Acetoacet‐o‐ chloroanilide (AAOCA) or N‐ DK Acetoacetylsulfanil 20 Arylides ate potassium Derivati (AASP) and ves Acetoacet‐p‐ anisidide (AAPA)

Acetoacet‐p‐ chloro‐o‐anisidide (AAPCOA) or Chloro‐DAEP or 7‐ Acetoacetoxy‐6‐ methoxy‐2,3‐ 5 dione (C‐dion) or Anarso or AMQD or Naphthol AS G or Acetoacet‐2‐ Ethyl Hexyl Amide (ACAD) or Lercandipine

Napthol AS IRG 200

DK Special 200 Derivati ve

Diketen 1500 e Diketene

Isopropenyl 100 Acetate (IPNA) Acetyl acetone 400 (ACAC) Calcium acetyl 100 acetone Propionic 200 Anhydride N‐Acetyl p‐amino phenol 200 (Paracetamol). Trifluoromethyl acetophenone KT (TFMAP) or Ethyl 100 Derivati trifluroroacetoace ves tate (ETFAAE) AAH 2000 Ethyl‐4‐chloro DK acetoacetate 100 Ester (E4CAA ) Derivati MICA Ester OR 100 ves MAEM 5‐Acetoacetyl

benzimidazolone 50 (5 AABI)

DK Acesulphame K 100 Special 2‐isopropyl‐4‐ Derivati methyl‐6‐ 50 ve hydroxypyrimidine s (HOP)

1‐Tolyl‐3‐methyl‐ 50 5‐pyrazolone (p‐ TMP) SMM Oxamyl oxime 50 Derivati (OXOM) ve 100

Methomyl oxime