Government Medical College & Hospital, Kalahandi

FORM – IA

“500 Bedded Teaching Hospital”

for Government Medical College & Hospital, Kalahandi

At Bhangabari, Bhawanipatna, Kalahandi District, Odisha

Perspective view of proposed Hospital

AUGUST – 2019

PROJECT PROPONENT ENVIRONMENTAL CONSULTANT

CHIEF DISTRICT MEDICAL & PUBLIC B.S. ENVI-TECH PVT. LTD., HEALTH OFFICER Secunderabad, Telangana. BHAWANIPATNA NABET Accreditation: KALAHANDI NABET/EIA/1619/SA064 ODISHA

APPENDIX II (See paragraph 6) FORM-1 A (Only for construction projects listed under item 8 of the Schedule)

CHECK LIST OF ENVIRONMENTAL IMPACTS

(Project proponents are required to provide full information and wherever necessary attach explanatory notes with the Form and submit along with proposed environmental management plan & monitoring programme)

1. LAND ENVIRONMENT 1.0 (Attach panoramic view of the Panoramic view of the Project Site project site and the vicinity) is enclosed as Annexure- A1 1.1. Will the existing landuse get The Director Medical Education & significantly altered from the project Training (DME&T), Govt. of that is not consistent with the Odisha through the Chief District surroundings? (Proposed landuse Medical Officer & Public Health must conform to the approved Officer(Project Proponent), Master Plan / Development Plan of Kalahandi is establishing 500 the area. Change of landuse if any bedded Teaching Hospital for the and the statutory approval from the Government Medical College at competent authority are submitted). Bhangabari, Bhawanipatna, Kalahandi District, Odisha

A Memorandum of Understanding(MoU) was signed between DME&T, Govt. of Odisha and Vedanta Ltd. for the construction of a 500 bedded Teaching hospital at Bhangabari, Bhawanipatna, Kalahandi District, Odisha. The DME&T will provide 8.173 acres of land for the construction of Hospital building and Vedanta Limited will construct the Hospital as a part of CSR initiative.

The Government Teaching Hospital project with a built up

area of 36,834.53 Sq.m is coming up in Government Land of about 8.173 acres bearing Plot No.s 439, 440, 441, 442, 443, 477, 479, 691, 693, 694, 695, 696, 697, 693/1279, 696/1283, 697/1282, Khata No. 137, Mouza - Bhangabari, Bhawanipatna town, Kalahandi District, Odisha.

The following permissions are obtained for the Project

1) Building permission obtained from Office of The Special Planning Authority, Bhawanipatna vide letter # IB-11/19/553/BPTSPA dated 17.04.2019. Copy of letter attached as Annexure – A2 2) FIRE NOC issued by the office of the Deputy Fire Officer, Bhawanipatna Circle, Kalahandi vide Memo No. 507 dated 26.06.2019. Copy of letter attached as Annexure – A3 Attach Maps of Location Map is given in (i) Site location, Annexure – A4 (ii) Surrounding features of Key Map showing Surrounding the proposed site (within features is given in Annexure – 500 meters) A5 (iii) The site (indicating levels

& contours) to appropriate 10km radius map showing scales. contours of the site and its If not available attach only surroundings is given in conceptual plans. Annexure – A6

Google Earth Imagery is given in Annexure – A7

Typical layout of the project site is given in Annexure – A8 1.2. List out all the major project Total Land for the Hospital: 8.173 requirements in terms of the land

area, built up area, water acres consumption, power requirement, Built-up area of the Hospital connectivity, community facilities, building: 36,834.53 sqm parking needs etc. Water Requirement: 472 KLD

Total Power Requirement ~ 1561 kVA

The site is well connected by road and is adjacent to NH 16

Parking area: 4107 sqm

Provision of 2 Nos. of Ambulance parking

The salient features of the proposed project are given in Annexure – A9. 1.3. What are the likely impacts of the The proposed construction project proposed activity on the existing would enhance the community facilities adjacent to the proposed facilities due to inflow of new site? (Such as open spaces, migrants from surrounding areas community facilities, details of the and general development of area existing landuse, disturbance to the by increasing the levels of living local ecology). standard.

Proposed project does not involve any activities which cause disturbance to the ecology.

The generation of fugitive dust and noise during the construction phase is temperory.

Environmental Management Plan (EMP) will be implemented during the construction and operational phase of the project to mitigate the impacts. 1.4. Will there be any significant land Not applicable. There will not be any significant land disturbance, 4

disturbance resulting in erosion, resulting in erosion, subsidence & subsidence & instability? instability. There is not possibility (Details of soil type, slope analysis, of erosion and subsidence. The site falls under Seismic Intensity vulnerability to subsidence, Zone –II. seismicity etc may be given).

1.5. Will the proposal involve alteration No natural drainage is passing of natural drainage systems? (Give through the project site. details on a contour map showing the natural drainage near the However, a proper Rainwater proposed project site) Harvesting and Storm Water Management System is planned. 1.6. What are the quantities of Earthwork Excavation is involved. earthwork involved in the There would be an excavation construction activity-cutting, filling, quantity of 43,500 Cu.m. reclamation etc. (Give details of the

quantities of earthwork involved, transport of fill materials from This would be reused within the outside the site etc) Project site for backfilling, Green belt/landscaping, Filling of low lying areas within the Project site. Details are given in the EMP 1.7. Give details regarding water supply, The Water demand for the entire waste handling etc during the construction period is about 100 construction period. – 150 KLD will be met through local tankers.

Domestic wastewater generated during construction phase will be disposed off to septic tank. The Septic Tank is being cleaned regularly with the help of local vendors

During construction phase, the construction debris will be used to a maximum extent for leveling and the surplus if any disposed to the local vendors. Other used material will be suitably disposed. 1.8. Will the low-lying areas & wetlands Not Applicable get altered? (Provide details of how low lying and wetlands are getting

modified from the proposed activity) 1.9. Whether construction debris & Not applicable waste during construction cause health hazard? (Give quantities of various types of wastes generated during construction including the construction labour and the means of disposal)

2. WATER ENVIRONMENT 2.1. Give the total quantity of water Total water requirement for the requirement for the proposed proposed Hospital is 472 KLD. project with the breakup of requirements for various uses. How Details of the water requirement will the water requirement met? and wastewater generation are State the sources & quantities and given in Annexure – A10. furnish a water balance statement. Govt, of Odisha will supply the water required for the Project through Munisipality 2.2. What is the capacity (dependable Not applicable . flow or yield) of the proposed source

of water? 2.3. What is the quality of water The water supply will be from required, in case, the supply is not Municipal supply from a municipal source? (Provide The water will be treated to potable physical, chemical, biological water quality during operation characteristics with class of water phase. quality) 2.4. How much of the water It is estimated that about 314 requirement can be met from the KLD of treated wastewater will be recycling of treated wastewater? generated from the STP of capacity (Give the details of quantities, 350 KLD. The details are given in sources and usage) Annexure – A10 2.5. Will there be diversion of water No from other users? (Please assess the impacts of the project on other existing uses and quantities of consumption) 2.6. What is the incremental pollution The wastewater generated from the load from wastewater generated operation of the project will be

from the proposed activity? (Give treated in a Sewage Treatment details of the quantities and Plant (STP) of capacity 350 KLD composition of wastewater within project premises. The generated from the proposed treated waste water is utilized for activity) non-potable uses like flushing in toilets, greenbelt development within the project site and makeup for HVAC Cooling Towers. 2.7. Give details of the water A well connected isolated storm requirements met from water water drains has been designed to harvesting? Furnish details of the collect the rainwater from the facilities created. entire project site. There will be rainfall runoff from building rooftops, roads, pavements, vacant land and greenbelt area.

Total 15 no’s of Rain water harvesting pits are planned in the Project 2.8. What would be the impact of the The hospital campus will be land use changes occurring due to designed with adequate storm the proposed project on the runoff water drainage network such that drainage pattern in the region is characteristics (quantitative as well not affected significantly. Thus as qualitative) of the area in the there will not be any possibility of post construction phase on a long- flooding or water logging during term basis? Would it aggravate the the post construction phase. problems of flooding or water Further provision for effective rainwater harvesting system will logging in any way? be made.

The development of greenbelt will be improving the aesthetics of the project. 2.9. What are the impacts of the No. proposal on the ground water? (Will there be tapping of ground water; give the details of ground water table, recharging capacity, and approvals obtained from competent authority, if any) 2.10. What precautions/measures are The runoff from the construction taken to prevent the run-off from activities will be contained within

construction activities polluting the project site by using garland land & aquifers? (Give details of drain and construction of sediment quantities and the measures taken ponds. to avoid the adverse impacts) 2.11. How is the storm water from within A Storm Water management plan the site managed?(State the and Rain Water Harvesting System provisions made to avoid flooding of will be implemented during the the area, details of the drainage operation phase of the Project facilities provided along with a site layout indication contour levels) 2.12. Will the deployment of construction No. labourers particularly in the peak period lead to unsanitary Labour colony will be provided conditions around the project site outside the Project site along with (Justify with proper explanation) the following facilities.

 Potable drinking water  Hygienic sanitation facility  First Aid

2.13. What on-site facilities are provided About 314 KLD of wastewater is for the collection, treatment & safe generated during the operation disposal of sewage? (Give details of phase and will be treated in an the quantities of wastewater STP of capacity 350 KLD. generation, treatment capacities with technology & facilities for The treated waste water will be recycling and disposal). utilized for flushing in toilets, Greenbelt and make up water for HVAC Cooling towers 2.14. Give details of dual plumbing The project would be implementing system if treated waste is used for Dual plumbing facility flushing of toilets of toilets or any other use. About 283 KLD of treated wastewater is utilized within project premises for Flushing, greenbelt development in the vicinity and make up water for HVAC Cooling towers.

3. VEGETATION 3.1. Is there any threat of the project to There are about 23 Existing Trees the biodiversity? (Give a description on the Project Site covering an of the local ecosystem with it’s area of 8.173 acres. The Layout of unique features, if any) the Project is designed inorder to save maximum trees existing at the Project Site. About 12 Existing Trees would be affected inview of the Project buildings and Roads. The other 11 trees would not be disturbed and also protected. Adequate no. of Trees would be Planted as a part of Green Belt inorder to compensate for the cutting of about 12 Trees.

3.2. Will the construction involve Same as above extensive clearing or modification of vegetation? (Provide a detailed account of the trees & vegetation affected by the project) 3.3. What are the measures proposed to It is proposed to provide Green be taken to minimize the likely belt/Landscaping using impacts on important site features local/indigenous species. (Give details of proposal for tree plantation, landscaping, creation of water bodies etc along with a layout plan to an appropriate scale)

4. FAUNA 4.1. Is there likely to be any Proposed site is not a habitat for displacement of fauna- both protected fauna species. The terrestrial and aquatic or creation activity involves during construction and operation phase of barriers for their movement? of project will not displace existing Provide the details. fauna at site. The proposed site is open land with minor vegetation.

With the development of landscaping in the project will attract the avifauna. 4.2. Any direct or indirect impacts on No. The development of the avifauna of the area? Provide landscaping in the project will

details. attract the avifauna. 4.3. Prescribe measures such as Not Applicable corridors, fish ladders etc to mitigate adverse impacts on fauna

5. AIR ENVIRONMENT 5.1. Will the project increase CPCB Type approved Diesel atmospheric concentration of Generators of the following gases & result in heat islands? Configuration will be provided for (Give details of background air emergency standby power during quality levels with predicted operation phase of the Project values based on dispersion 1x500 kVA + 2x750 kVA models taking into account the increased traffic generation as a result of the proposed constructions) 5.2. What are the impacts on The sources of gaseous pollutants generation of dust, smoke, within the proposed project are odorous fumes or other hazardous D.G. sets and vehicular movement gases? Give details in relation to within the project site. all the meteorological parameters. The emissions of Sulphur Dioxide and Oxides of nitrogen will be due to the operation of the DG sets. DG Sets will be provided with Adequate Stack Height as per CPCB Guidelines 5.3. Will the proposal create shortage Sufficient parking slots are of parking space for vehicles? planned in the Project. Furnish details of the present level of transport infrastructure and measures proposed for improvement including the traffic management at the entry & exit to the project site. 5.4. Provide details of the movement The Project is provided with patterns with internal roads, internal roads of adequate width bicycle tracks, pedestrian for smooth flow of vehicles. Use of pathways, footpaths etc., with interlock pavers for easy areas under each category. percolation of rain water into ground for recharge.

5.5. Will there be significant increase Some noise pollution may be there in traffic noise & vibrations? Give due to the vehicular traffic. details of the sources and the However this is limited to measures proposed for mitigation construction period. of the above. 5.6. What will be the impact of DG There will be generation of noise sets & other equipment on noise due to the operation of concrete levels & vibration in & ambient air mixers and other associated quality around the project site? machinery during the construction Provide details. phase which is temporary.

During operation phase the CPCB type approved DG sets will be used during power shut down. The DG sets will be housed with acoustic enclosure in a separate utility building

6. AESTHETICS 6.1. Will the proposed constructions in Due emphasis shall be given to any way result in the obstruction ambience and cleanliness around of a view, scenic amenity or the project site to improve landscapes? Are these aesthetics of the site. considerations taken into account by the proponents? 6.2. Will there be any adverse impacts No from new constructions on the existing structures? What are the considerations taken into account? 6.3. Whether there are any local The site being located in tropical considerations of urban form & climatic zone, the urban form and urban design influencing the design is carried out to suit the design criteria? They may be local climatic conditions. explicitly spelt out.

6.4. Are there any anthropological or None archaeological sites or artifacts nearby? State if any other significant features in the vicinity of the proposed site have been considered.

7. SOCIO-ECONOMIC ASPECTS 7.1. Will the proposal result in any Yes, during the construction phase changes to the demographic as well as in operational phase of structure of local population? the project there will be direct and Provide the details. indirect employment generation. This will be a positive socio- economic development in the surroundings of the project area. 7.2. Give details of the existing social The proposed project will contain infrastructure around the all the necessary infrastructure proposed project. facilities like water supply, sewerage treatment, power supply, telecommunication network, internal roads, educational facilities, hospital and other recreational facilities. 7.3. Will the project cause adverse No. effects on local communities, disturbance to sacred sites or other cultural values? What are the safeguards proposed?

8. BUILDING MATERIALS 8.1. May involve the use of building Details are provided in the EMP materials with high-embodied energy. Are the construction Use of Flyash bricks in the materials produced with energy Hospital building efficient processes? (Give details of energy conservation measures in the selection of building materials and their energy efficiency) 8.2. Transport and handling of All the loose material, either materials during construction stacked or transported will be may result in pollution, noise & provided with suitable cover. public nuisance. What measures Water sprinkling will be done at are taken to minimize the the location where fugitive dust impacts? generation is anticipated. The entire site will be barricaded to minimize fugitive dust emissions 8.3. Are recycled materials used in Fly Ash Bricks are proposed to be roads and structures? State the used 12

extent of savings achieved? 8.4. Give details of the methods of 1. During the operation phase, collection, segregation & disposal domestic waste water from of the garbage generated during the campus shall be treated in Sewage Treatment Plant the operation phases of the (STP) designed to meet project. CPCB norms with respect to discharge limits. The treated water will be utilized for tertiary uses. 2. The solid waste will be disposed off as per Solid Waste Management and Handling Rules 2000. 3. Sludge generated from the STP will be used as organic manure. 4. Used oil from the D.G sets will be given to Authorized recyclers.

9. ENERGY CONSERVATION 9.1 Give details of the power The estimated demand Load is requirements, source of supply, 1561 kVA during operation of the backup source etc. What is the Hospital energy consumption assumed per square foot of built-up area? How The Measures to minimize the have you tried to minimize energy energy consumption are listed in consumption? EMP, 9.2 What type of, and capacity of, power CPCB Type approved Diesel back-up to you plan to provide? Generators of the following configuration will be provided for supplying back up power during Power outages in the operation phase

1 no. 500 KVA and 2 No.s 750KVA. 9.3 What are the characteristics of the Proponent will formulate policies glass you plan to use? Provide and guidelines to ensure specifications of its characteristics compliance with ECBC. related to both short wave and long wave radiation? 9.4 What passive solar architectural Maximize the use of natural features are being used in the lighting through design. building? Illustrate the applications made in the proposed project.

9.5 Does the layout of streets & Solar Hot water system (500 L buildings maximize the potential for capacity) will be provided. solar energy devices? Have you

considered the use of street lighting, emergency lighting and solar hot water systems for use in the building complex? Substantiate with details. 9.6 Is shading effectively used to reduce The design will consider and select cooling/heating loads? What the appropriate measures such as principles have been used to insulation of walls and roof, maximize the shading of Walls on selection of glass, sizing of the East and the West and the Roof? windows, lighting and air How much energy saving has been conditioning. effected? Do the structures use energy- No CFC and HCFC based chillers 9.7 efficient space conditioning, lighting will be used. and mechanical systems? Provide technical details. Provide details of the transformers and motor efficiencies, lighting intensity and air-conditioning load assumptions? Are you using CFC and HCFC free chillers? Provide specifications. 9.8 What are the likely effects of the No, the development of greenbelt building activity in altering the will improve the micro-climate of micro-climates? Provide a self- the areas. assessment on the likely impacts of the proposed construction on creation of heat island & inversion effects? 9.9 What are the thermal characteristics The building will be designed based of the building envelope? (a) roof; (b) on Energy Conservation Building external walls; and (c) fenestration? Code (ECBC) guidelines. Give details of the material used and the U-values or the R-values of the individual components.

9.10 What precautions & safety A centralised Fire fighting system measures are proposed against fire comprising fire hydrant, sprinklers, hazards? Furnish details of automatic smoke detectors are emergency plans. planned.

The NOC from the fire department has been obtained. 9.11 If you are using glass as wall Not Applicable. material, provide details and specifications including emissivity and thermal characteristics. 9.12 What is the rate of air infiltration The design rate of air infiltration into the building? Provide details of into the building will be as per how you are mitigating the effects of American Society of Heating, infiltration. Refrigerating and Air-Conditioning Engineers (ASHRAE)/ Indian Standards (BIS) Standard. 9.13 To what extent the non-conventional Maximize the use of natural energy technologies are utilized in lighting through design. the overall energy consumption? Solar Hot water system (500 L Provide details of the renewable capacity) will be provided. energy technologies used.

ANNEXURE A1

PANORAMIC VIEW OF THE PROJECT SITE .

OFFICE OF THE SPECIAL PLANNING AUTHORITY :: BHAWANIPATNA At: Town Planning Unit, Bhawanipatna No.lB-1 1119. 5 9z tBpTSpA To

The Chief District Medical & Pubtic Heatth Officer, Kalahandi.

Ref : Your application dated 22'1.2019 &^19t3 19 for grant of Lrcense u/s-33(i for construction storied Karahandicovr y_"gilg! Goilege ) of G+3 44s,446,447,44s,44s,4s0,4s1,4s2,4st,a\+,yp1i9tst,iie:iis,I99,,{ll,!gtz,na{,a[,+,aas,466,470,472,*-l"."grlig"iiai"g,e.11*lflog!1a ov er prot437,438,443,444, 473' 475,477,479,693,694,69d,69d,697,09ti,09i/ tzig,iooiiiC6iaatnzet,697r1282,696/1283& khata no.'137 446t12g4 mouza- Bhangabari of gh"*"nipatna town. Sir,

that., ,yj,:,,T'li:J,,i:Fi:ii.?j:,,1::l.oy?:.1,:T jo,:"v this office has no objection to the :;H51:H"T,above referred p i? the 1. I:?jJj,':1:l"l-*'i",:::n'::l":ir'::.fupurpoSeandtheuseshallj:ll]"1,11:i^,:fi ffi H:".:?il"r,.1i .*j,1,":rp,i*.ppffi 3Tffi ffi i:..|."":',x:?frJ i,[T::,:g?j,lir1"'.::"1:fl':,*: Tll:,':"li':*::"-* !lq;"'i;,,"1J1"",'ffi-:["i]::# :::i,:il,S: i?:,::Jffi't"#:f3:=*l^;i:l*"1,i,:.:"fug6;#"0::';",H;"n:lTT1':: ',",,:,if,i",,:lll,?j; have to restore il?:?LT#f:;?T'li,l?:1"?1"'::"I:^:l_l'flthe rand to its originar condition at your ln ",;;''p,";;;;i;;,:i'l#ini8""ff Jiffi"",:"j "il;;.i. 2. The front exterior wail of the buirding shail be at distance center of not ress than 44.50 Meter from the approach road lying to the eas-tern side pf"t the "iin" 3' The building plan shall be got ap.proved by the Bhawanipatna construction and any Municipality before starting the restriction ot tiv r",o wtuiicipatity "oniition'imposed shall be sirictty adhered to. 4' You are requir^ed to leave a.parking space as shown in the building plan. The set building plan shall in no case be reduced backs shown in the viitnout the prior permission of this office.

ownership or rand and 3;"n."0lltr[ff::i:l?"il:;:jll#:T:"lesardins approach road in question, the ricense

6. structure to the or"*Yr"n'J.1,",i 3||3:i?t#?"H:"J:il:tt'tn recharse ground water tevetwhile constructins 7. The set backs shall be as follows ; i ) Front _ 4s35 Meter ii) Rear - 20.87 Meter iii) Side I _ 27.50 Meter iv) Side il _ 197.70 Meter B You have to obtain No objection certiiicate,,trom rire Department. 9' You ' have to obtain crearance rrom Fotiulion contror goari- 10You have paid to the construction workers wertare-cess project Department -"" @ 1% of cost to the Labour during the construction work of Hospitar oriioing

p.t.o. This may be treated as License under section 33(1) of the orissa Planning and Trust Act, 1956 for construction of lmprovement Bhawanipatna on the above plots " ;t-th; ro'., oi oarc",u'p,""",on or otherwise on ij:::':"i::,'"::,^',i:,':."jy:lil?"ll:1T,-q,;j"Aitlands not owned bv voy one copy of each site ptan oriroilg reference and ir"r' two copies of the approved pran are returned"rJ herEwitn. 'r'r"iliJ"l 'il1,,di"'l|'i3?#E#fi"J1 N B' - The license so granted shall be valid for 3(three) years from the date of issue Encl : As above

,,6;,:ffih{ ',tlt

Memo No. /BpTSpA Dated

Copy fon'varded to the Executive officer, Bhawanipatna Municipality for information

Special Planning Authority, Bhawanipatna Memo No. /BpTSpA Dated

Copy forwarded to the Director of Town planning, Orissa Bhubaneswar for favour of information.

Special Planning Authority, Bhawanipatna

Page 1 of 13 OFFICE OF TF{E DEPUTY FERE OFFIEER, BHAWANIPATNA CIRCLE, KALAHANDI AT-Bhawanipqtns Fire Slction Compus, PO-Poromonondcpur, Bhcwonipotno, Dist.-Koiohondi, PIN-766001

Mai I : - dfobptcircle@gmai l.com

1" Address of the proposed At - Bhqngobori, Bhawcnipotna, Dist.- Kolahondi Buildinglpnemises : - . Nome and oddress of the Chief District Medicol & Public Heolth Cfficer, (f't$Applicont: - District Headquorter Hospitol, Bhowonipatno, Kolqhqndi

16'h npril 2019

The proposed G+3 storied hospitol building is

coming under "fnstitutional building" as per Odisho

Speciol Picnning Authority ond Regionol

fmprovernent Trusf Common PlanninE and Building

Stsndard Rules, 20L7 and "insfitutional" (6roup-C

W io Subcjivis n- C-t) os per NBCI-2016

5. Area with plot number ond Plot sreq- AC 34.98 Dec. = 141,559 sqm. Plot Khotq nunnber : - Number - 437,438 & others, Khcts Nurnber-l37

6. Dote of Inspection : - 26rh Aprfi 2Al9 7. Recommendotion : -

The f ire saf ety recommendction is os follows: -

Floor wrse occuponcy with Orthopaedics, Dept. area of benfist, Obstetrics & Gynecology, Fcediotrics, General Surgery & Medicine - 02 nos., Ophtholmic, ENT, Psychiotry, Dermatology, Tuberculosis, Central Hospital Phcrmccy, Central Registrotion & Statistics, Kitchen & Dining, Office for supporting stoff - 02 nos., Free Phormacy, Enquiry off tce, Stores, Passenger Lift Lobby, Bed lift lobby, Electrical room, Hub roorn, .Mqin Electricol Page 2 of 13 ponel roonn, Lecture fheqfre, X-roy room, Exom room, MR roonq CT

scqn room, Mobiie X-r41, room, X-roy film store, Uifrasound room,

Dept. of Radio Diognosis, Museum room, Madicsl Superintendent room,

Nursing superintendent room, Central Causolity Dept, observotion wqrd.

lst_ Floor: : trG"693"5tr sgm

Gbstetries & Gyneeology sfcff roorfl, Obstetrics & Gynecology room,

Pediotrics stoff room- AZ nos, Ophtholmology stoff room, Dermotology

stoff roon1, Ophthoimology word, dermotology word, Pedictrics 02 nos,

Generai Medicine stcff room, Electricol noom, Hub room, General

Medicine {Male} - 02 nos, Generel Medicine (Femsie) - 02 nos, Store

room, Linen room - 02 nos

Zld FlEsr- : - 10419.38 rnZ Ortl'ropedic wancj - 02 nos. (01 no. mole & 01 no. femole), Ortho

stqff room, Tg & Chest wqrd, Tts & Chest stcff room, OTO Rhino

Loryngoiogy word, OTO Rhino Loryngology stoff room, fentrol medicol

record section, Lsbour & Delivery, Linen rootm, Electricol room, Hub room, OT/TCU woiting room, C55D, Anesthesiology stcff , PICU (05 Beds), SICU(O5 Beds), ICU(05 Beds), TCCU (05 Beds), AT Dept. (07

Nos. of OT)"

Generol Surgery Dept. room, Genersl Surgery - 02 nos., General Surgery (Femoiei - 02 Nos., Psychiatry wcrd, Psychiotry staff room, Lob, Electricol room, Hub room, Bed iift lobby, Possenger lift lobby,

Porking Provision of porking (left & right side of the building) have been

proposed in the plon. Provision of pcrking shail be made in occordqnce Regulotion - 31 of Odisha Speciol Flonning Authorify ond Regionol fmprovernent Trust (*-n.lanJ /'^66^^ Dl^-^i-- ^-l D,'ilJi^^ D"l-a -)n17 Page 3 of 13 The off-street porking spoce to be provid€.d shall be in oddition to minimum open spqce (set-bocks) os required under Regulotions-Z7 of odisho Speciol Plonning Authority ond Regional rmprovement Trust

Common Plonning ond Building Standord Rules - 2017. D. Access to the building shall be qt least 9 mtrs.

05 mtrs.

premises.

not be less thon 05 mtrs.

their width not mentioned ond the width sholl not be less thon 5 mtrs 'each.

requirement os per Regulotions-25 of Odisho Speciol Planning Authority

ond Regioncl fmprovement Trust Common Plonning ond Building Stondord Rules- 20t7.

E. Setbocks (in The minimum open spoces oround the building sholl not be less thon 6 mtrs.) mtrs. As per the plon, provision of following setbocks hqs been proposed: - Front -Min- 07.54 mtr Mox-20.73, Rear - 25.i1 mtr, Left - 27.48 mtr, Right - 197.77 mtr Provision of open space proposed in the plon sqtisf ies fhe

requirement os per Regulotions-27 of odisho Specicl Plonning Authority

ond Regionol rmprovement Trust Common Flonning ond Building stondord

Rules- 2017.

The spoce set oport for providing cccess within the premises sholl not be used os porking space or spoces for other omenities required f or the building. Page 4 of 13 Exits {Type, As per plcn the X1 riunrbers of infernol sfairccses having connecrrvity Number, from ground to ierrace floor ore proposeej to be construcfed with Dimension & orrongemanf) externql weil. Those require to be pressurized snd nofuno{ly ventiloted.

F The lntarncl stoircases nof wifh externsl woll shcll be pressurized. F The wic'fh of sfairceses shsll be not less fhsn 2 nrfrs ecch, width of

treods 300 mrn ond height of the riser shqll be tr50 mm.

fn the gr"ound fioor of the proposed building there is provision of 09

numbers of exifs, but the sqid exits are not sotisfying the travel distonce

of 22.5 mtrs as per Annexure-ff of Odisho Speciel Planning Authority ond

Regioncl rmprovement Trusf common Plonning snd Burilding Stondord

Rulas- zAff. Pion needs fo be modif ied occordingly.

Besides, the location of the exits sholl be placed cs remofe fo each other os possible. All the exits shail be qecessible frorr entire floor ot oll floor

!evels"

hoif the distsnce ss ststed obove except in fhe eose of institutionol oceuponey in which csse it shsll not exceed 6.0 mtrs.

No Exit doarwoys shall be less thsn 1"5 mtrs. in width and height not less

thon 2.10 mtrs.

The minimum width corridor / passagewoy sholi be ?.4 mtrs.

The nqtursi ventilction nequirernent sf the stoirceses shall be achreved

fhrough opaning of each landing of an areo 0.5 m 2 in the externol wall.

Mechonisrn for pressurizing the staircase shall operate outomoticolly with fhe fire olarm.

Access to the stoircqses be gained thnough outomotic closing

f ire check doors of 02 hrs. roting.

Exfernol exit door of sfoircose enclosure at ground ievel sholl open directly to the open spoces or cqn be reached withouf passing through

ony door other thsn q door provided to drought lobby. The exit sign with srnow indicoting the wey to the escape route shall be provided sf aii conspicir*r.;s ploces snd shsli be illuminoted by elecfric liqhf connected fo corridsr circuifs. Page 5 of 13 All landings of floor sholl hqve floor indication boards indicoting 'the number of floors. fn oddition to obove oll other provisions for exits/doorways/stoirwoys shqll be mode os per Clause4.Z to 4.6.? of NBCI-2016 ond Annexure- rr of odisho Speciol Plonning Authority ond Regionol rmprovement

Trust Common Plonning ond Building Stondord Rules - 2017. Provision of one two-way romp continuous hoving connectivity from

ground to 3'd floor hove been shown in the plon.

The minimum width of the romp in the hospitol building should be 2.4 mtrs.

rn oddition to obove orher provisions for romp sholl be made os per clause 4.4.2.4.3.5 of NBcr-2016 ond Annexure-rr of odisha speciol

Plonning Authority ond Ragionol rmprovement Trust common Plonning and Building Stondord Rules -2017.

6. Lifts As per plon there is provision of 03 nos. of bed lifts ond 03 passenger lifts hoving connectivity from ground floor to 3'd floor which does not sotisfy provisions of odisha Special Plonning Authority and Regionol fmprovement Trust Common Plonning ond Building Stondord Rules - 20t7. As such plon needs to be modif ied occordingly. Lif t cor door sholl hqve o f ire resistance rotin g of Ot Hr. collopsible gates sholl not be permitted for lifts ond sholl hove solid doors with fire resistonce of af least 01 Hr. A sign sholl be posted and mointoined on every f loor at or near the lift indicafing floor plon of eoch floor showing the locotions of the stoirways. The potient (stretcher) lift sholl hove provision of Fireman lift. Grounding switch ot ground f loor level sholl be provided. Tf the lift shoft and lobby is in the core of the building a positive

p?essute between 25 qnd 30 pa. sholl be mointoined in the lobby qnd o possible pressure of 50 pa. sholl bb rnointoined in the lift shoft. The mechanism for the pressurizofion sholl oct outomoticolly with the fire olorm/sprinkler system and it shqll be possible to operate this

mechonicolly olso. fn addition to above, other provisions of lift sholl comply to the requirements as specified in Building Services, Section 5 fnstollotion of Lifts, Escolotors ond Moving Wolks, Sub-Section 5 A Lifts cf Port-8 Page 6 of 13 af Nqticriol Buiiding eode of rndis, 20t6 ond AnneNure-rr ooishq

Specioi Planning Authority ond Ragionol rmprovement Trust common

Plonning qnd Building Stcndord Ruies - 2017" Construction

members shall be cs given in Toble-l of NBCI-2016.

non-combustible msteriol qnd shqll nrovide odequote fire reslstqnt to the

eeiling in order to prevent spreod of fire ccnoss ceiling"

done as per elouse -3.3 & 3.4 of N.IBCI-2016 and ReguNafion 53 of Odisho

Specicl Plonning Aufhority and Regioncl rmprovement Trust common Plonning snd Building Sfondord Rules -?017.

roorns, etc. fhst eontcining patients locking self -preservotion in cose of emergencies shsll be fire/ smoke seporofed il20nrin. minimum roting) for oll the cd.joining creos.

of ieast fwc doorwcys leoding to the exit sceess corricjers.

Ail f ioors shsil be comportmenied/zoned with or€c of each

comportrnent shali be nof more thqn 75a m2. The f ire bcrrier of such compartments shcll hqve fire resistonee roting of i,zA min. The moximum size of compartment in cose of sprinklered buiiding ond other prervisions shcil be done ss per Clause-4.5.2,6.3.2 & E-4 of Annexure-

E of Fart - 4. NBCI-2016. ihey sholl hove qn enclosure wsll of non- combustible mqterial with fire resisfonce of not less thon tz} mil.

Refuse chutes, if cny provided in fhe building shall hsve opening of ot

leost 1 mtrs cbove rosf level for venting purpose and they shall not be locqted within the staircase enclosure or service shafts, or oir

conditioning shofts. Refuse chutes inspection pcnei ond doors sholl be tight fitting wifh 60 min fire nesistonce. Sprinkler protection Page 7 of 13 system sholl be provided for the refuse chutes. Refuse chutes shqll be ot leost 6 m owoy from exits.

rnstallotion of chimney &heating cpparotus sholl be in accordance to relevant BI5 specif icotion.

All kitchens sholl be one or more opening such os windows ond ventilotors opening directly to the externol oir or into on open versndo for the odmission of light ond oir. Provision of fire safety measures ond other requrrements for kifchen sholl comply with Annexure-G of port-4, NBcr- 2016.

Provision for lightning protection sholl be mode in the building. Routing down of conducfors (rnsuloted or Un-rnsuloted) of lightning protection sholl not be mode through e[ectricol or other service shafts I. Building Services

rt is desirable thot the wiring ond cobling are with f lome retordont

property. Medium ond low voltoge wiring running in shcfts, and within false ceiling shall run in metol conduit. Any ?30 V wiring for lighting

or other services, qbove folse ceiling, sholl have66aV grade insulqtion.

The electric distribution cobles/wiring sholl be loid in o seporote shoft. The shoft shall be sealed at every floor with fire stop moteriols having the sqme fire resistance os thot of the flsor. High, medium

ond low voltoge wiring running in shoft ond in folse ceiling sholl run in sepcrote shoff/conduits.

Any other service line sholl not be laid in the duct used f or

electricol cqbles. An independent, ventiloted or oir conditioned MV panel room sholl be provided on the ground level or firsf basement.

This room shqll be provided with occess f rom outside. The MV ponel room sholl be provided with fire resistont walls and doors of fire resistance of not less thon 120 min. Electricol MV moin disfribution ponel ond lif t panels sholl o"

] provided with coZ/inert gos flooding system for oll poner I

I compartments with o cylinder locofed beside the ponel. A substotion or

I Page I of 13 q switch stafion with oil filled equipment shell not be qilowed fO be

functisnal insid e the buiiding" All tronsformers of ccpacify more thon 10 MVA shsll be protected by high veiocity wcten sproy systems or

nitrogen injection systern.

Locotion of the transformer is not nrentioned in fhe provided plon. ff in

future, trsnsforrners is to be lscqted inside c building then it sholl be of dry type cnd' oil sub-station /swifch roetn wolls, ceihng, floor,

opening, including doors sholl hqve o fire resisfance nsfing of 12O min. Access to the sub-station sholl be provided from the neqrest

fire exitlexif staircose for the purpose of elecfriccl isolation. Diesel generatar set {s} sheli not be insfolied ot ariy f loor other thon ground

f ioor. ff ssme ore instailecj incjoors, proper ventilction and exhqust shqll be plonned. The D.G. sef room sholl be sepcrsted by 120 min fire resistonce rated wolis ond doors The speeific requirements for electriccl instsiiofions from fire safety poinf of view sholl be in sccordonee to provisions of Pcrf-8 of NBCI-2016, Noiionol Electricol Cade-??tt snd reievant BI5

Specifications end Odisha Speciol Plonning Authorify ond Regionol fmprovemenf Tnrsf Common Plcnning ond BuildinE Stqndord Rules -

2CI17 "

building ss per TSITEC 6?3O5-4:2ALA. Air Conditioning: -

nct be used as reiurn air possoge.

the stoircqse enclosure.

for evary fioor shcll be sepcr"cted qnd in no woy inter-connected

with fhe ducting of ony other f loor.

the opening Page 9 of 13 roting of the compartment. Such duct shall olso be provided with fire dompers ot oll ftre wolls ond floors unless such ducts ore required to perform for fire safety operotion.

qlorm system.

above the false ceiling.

sholl be of non-combustible moterial.

provisions given in Clouse 3.4.8 to 3.4.8.4.2 of par'l-4 NBCI-2016 qnd odisho Speciol Plonning Authority ond Regionol rmprovement Trust

Common Plonning ond Building Stondard Rules,2Ol7 Service Ducts ond Shofts: -

possoges of oll building services like cables , electrical wirings, telephone cobles, plurnbing pipes, etc. shall be protected by enclosure in the form of ducts / shofts ond such shoft ond inspection doors frtted thereto

sholl have fire resistonce roting not less thon cs specified in Clouse

3.4.5.4. of NBCI-2016 ond Odisho Speciol Plonning Authority ond Regionol rmprovement Trust common Plonning and Building standord Rules,2Al.

J. Fixed Fire The following frxed firefighting instqllqtions are required to be Fighting provided os per NBCI-2016 ond BfS specifications os mentioned ogoinst

each. FIRE EXTIN6UISHER: - Provision of fire extinguisher in the buildings sholl be mode in occordonce with T5:2|9A:2ALO. However, the exact requirement of fire extinguishers ond their locotion will be recommended after the construction of the building before occupotion. Page 1.0 of 1? FIRST-AID HOSE REEL HOSE:- The distribution of firsFoid hose reel instsliction in the proposed building sholl be provided

odeguateiy ss thqt svcilqble within 30 rntrs fnonr ony point ot eoch

floor ievel qnd fhe horizontsi distance between ony two hsse reel points shcll not exeeed 50 mtrs.

iii. Vl/EI*&I9EB: * The proposed buiiding is nequired fo be provided

wet rfsen wifh provision of hydront outlet snd hsse reei on eoch floor iqnding conneeted to the fire pump. Fire Service inlets ot ground level fitted with non-return vqlves shqll olso be provided fo the rising mqin for charging it by Fire Service pump in cose of

foilure of stotie fire pump. The riser sholN be furlly chorged ond

outomotic in operation with adeguate ptzssure st ell fimes. The

internal diqmeter of the riser moin shoil not be less thon 100 mm. Eoch hydront shsll be pref erobly of single outlet ond comprise of 63 rnm. 6un metal lonciing volve fitfed with 63 mm instantoneous coupling confonming to I5:901:1988. Sufficient iength of rubber lined fire hoses subject to minimum two length of 15 mtrs length

f itted rvith coupling together with brqnch pipe ond nozzle conforming to f5:903:t984 shqll be provided and kept odjocent to

the hrydnont in hose boxes. Wel riser(s) to be provided odequotely so that ovoiloble within 30 mtrs from ony point ot each floor level

and the horizonfql distonce between ony two ocijocent risers sholl not

exceed 50 mtrs. iv. VARD __HYQB4NTS: - Required nos. of Yord hydronts sholl be provicied. fnstsllotion of Yqrd Hydrants sholl be in occordonce to

relevant BfS specificotion. The yord hydronts instollqtion sholl hove

provision of lcnding volves every 30 mtrs opart. v. AUTO,IiATIC_VYATER. SPRINKLER SyASTEI/\ Autonrqtic water sprinkler systetn with sprinkler heods sholl be provided in oll floors of the buildings both below & obove the fsise ceiling (Where void Page 11 of 13 to relevant BfS specificotion. However, aerosol sprinkler instollation

mcy be done os ogoinst woter sprinkler system in critical core unit rooms. Romps ot all levels shall be protecled with sprinklers. Vi. II1ANUALLY OPERATED ELECTRONIC FIRE ALARM SYSTEMS: -

Monuolly operated fire olorm system of convenient places in eoch floor of the building sholl be provided in occordqnce to relevont BIs

specificotion. These sholl olso be provrded in cor porking area more

thon 300 m2.The manuol coll points sholl be break glass ond not pull

stqtions. Monuolly operated electromc fire olqrm system sholl olso include folk-bock ond Public Address system (rslrso 7240-fl:zofl) vii. AUTOil\ATIC DETECTION & ALARfi\ SYSTEM: - Reguired fo be provided both below and above the false ceiling (rf void spoce exceeds 800 mm) in entire building including inside the electricol

shqfts, lift mochine rooms, electricol rooms, cobins ond other oreos in cor porking shqll hqve olso provision of fire detection system. Thermol Detectors shsll be instolled in Kitchen rooms of the building. Beom detectors sholl be instolled in ouditoriums. fnstollotion

of outomatic fire detection and olorm system sholl be provided in accordonce to relevont BI5 specif icotion. viii. UNDER OROUND STATIC WATER STORAGE TANK: - Underground stotic water storage tqnk of capocity 1,00,000 ltrs.

sholl be provided for the premises. The tonk shall entirely be occessible to fire opplionces of the local Fire Service. Provision of

suitoble monhole shqll be mode ovoiloble for inspection, repoir ond insertion of suction hose etc. The covering slob shall be oble to

withstond the vehiculor lood of 45 tons. stotic underground tonk shqll be constructed in occordance to clause-5.1.2.! of port-rv NBCr-2016. ix. TERRACE TANK: - Terrace tonk of 10,000 ltrs. copocity sholl be p-r'd"d th" top of the buildin g for firefightins purpose. ff sholl " be ensured thot woter in fhe tonk is not utilized for any other purpose oFher thon firefighting. The terrace. fonk sholl be connected to rising mqins. Fage !"2 of 1t FIRE,FUIdP€:- Fump house shell be prefenably be instolled ot

ground level. ft shsll be situoted so os to be directiy occessible from the surrounding ground level. Required number of sets of pumps eoch consisting of 01 Electric pump & 01 Diesel pump (Stond-

bv) of eapceity 1620 lpm & 01 electric pump of copacity 180 lpm

sholl be pr"ovided for the building. One set of purnp sholl be

provided for eoch 100 hydronfs or port thereof, with o moximum

two sefs. fn cose af more thon one pump sef installotion, both pump sets shqll be inier connected qt the delivery heodens. Aiternotive

to provisions of sddifional set of pLirnps, the objeefive can be met

by providing sddifionol diesel purnp of fha ssme copacity ond

doubling the wster tcnk copocity os required for one set of pump.

The pumps cre to be nutomotic in sction. fnstailstion of pumps sholl

be rnade in aecordance to Clsuse-5.l.2.2 of Fant-fV, NBCI-2016 ond relevont BfS specificotion.

There sholl be o Fire Commqnd Centre on entrcnce f loor of the each

building hoving direct qccess. The Fire Commond Centre sholl hove the main fire olarm ponel with communicotion system (suitable public- oddress qrsfem). All controls snd monitoring of fire slorm systems, pressurizotion systems, smoke rnonogemenf systerns shall hoppen from

this room" Fire Commsnd Centre shall have provisions in occordance with

Clquse-3.4.12 of Port-4, NBCI-2016.

The ownenloccupier shcll pr.ovide any cdditisnsl f re requinements in future if the recommendqtion is issued by this deportment.

AfIer completion of fhe construction work including installstion of f ixed firefrghting mensures os suggesfed, the applicqnt shall be required to opply for Fire Sofety Certif icate os per Rule 13 (1) of Odishs Fire Prevention ond Fire Sofety Rules,

2Ot7 alcng with foliowing documenfs: - i. The opplicont sholl produce q ceriif icefe to be issued by the person concerned to the effect that all the provisions of Bye-Lows / Regulotions Odishq Speciol Plonning ,Aurhority onci Regioncl fn'lprovement Trust Common Plonning ond Building Stcndord Page 13 of 13 ii. The cppliconf sholl produce a certificote of the Competent Authority concerned to the eff ect thot electricol instollqtions have been done qs recomrnended and ds per provisions grven in Port-B "Building Seryices, Section-Z Electricql cnd allied instqllotions" of NBCT-?Arc qnd Section-7 af Notional Electricol Code,20tL. iii.The opplicont sholl produce o certrficate of lhe agency concerned to the eff ect thot instollotion of firefighfing meosures hos been done os recommended ond os per provisions given in Port-4 of Nationol Building Code of fndio - 2016 ond relevont BfS specif icotions. By order of theCFO, FPW,Odisha,Cuttock u* (s. P Kinds) Deputy Fire Officer Bhowonipotno Circle Memo Nr ....2:..V...... /Bpr crt. Dt. p €, o 6-Py ) Copy lo Chief District Medicol & Public Heolth Officer, District Heodquorter Hospital, Bhowonipotno, Dist. - Kolohondi for informotion ond necessary oction.

(s. P Kindo) Deputy Fire Afficer Bhowanipotna Circle Memo No...... /BPT Crl. Dr. Copy lo Chief Fire Off icer , Fire Prevention Wing, Odishq, Cuftock for informotion. s{l_ (s. P Kindo) Deputy Fire Cfficer Bhowonipotna Circle Memo No...... /B?T Crl. Dt. Copy to Speciol Plonning Authority, Bhowonipotno, Dist. - Kolohondi for informotion ond necessary oction.

s{/_ (s. P Kindo) Deputy Fire Qfficer Bhowonipotna Circle Memo No...... /BPT Crl. Dr. copy lo Fire officer, southern Ronge, Berhompur for inforrnotion. 4/- (5. P Kindo) Deputy Fire Officer Bhowanipatnc Circle Annexure – A4

LOCATION MAP N

INDIA

ODISHA

Sundargarh ODISHA Mayurbhanj Jharsuguda Deogarh Sambalpur Keonjhar Baleshwar Bargarh Bhadrak Sonapur Angul Jajpur Dhenkanal Bauda Nuaparha Balangir Cuttack Kendrapara Nayagarh Jagatsinghpur Phubani Khorda Puri Kalahandi Ganjam Rayagada LEGEND Nabarangapur

DISTRICT BOUNDARY Koraput Gajapati RIVER

STREAMS Malkangiri STATE HIGHWAY KALAHANDI DISTRICT NH-23 NATIONAL HIGHWAY ROADS To Titlagarh Sirubal RAILWAY TRACK Belkhandi To Saintala201 DISTRICT HEADQUARTER Mandanpur TALUK HEADQUARTER Kusrupara Ramapur Kesinga TOWN Sargigora Gorabond Utkela Asuragarh PROJECT SITE Kegaon Karlapara Narla Khaliakani Santpur Tel Nandul Dadpur To Bada Dolkal PROJECT SITE Dharamgarh Bhawanipatna Junagarh Phurali Jharana Sagorha Lakhbahal Moter

Hatti Koksara Karlapet Lanjigarh Gudahandi Thuamai Ampani Ramapur Ampadar Bane

Jayapatna

Sunamal To Maidalpur

Note : Not to scale

ANNEXURE – A5

ANNEXURE – A6.

ANNEXURE – A7

ANNEXURE A8

SITE PLAN OF HOSPITAL BUILDING

ANNEXURE – A9

SALIENT FEATURES OF THE PROJECT

THE PROJECT

The Director Medical Education & Training (DME&T), Govt. of Odisha through the Chief District Medical Officer & Public Health Officer(Project Proponent), Kalahandi is establishing a 100 Seat Medical College of excellence for teaching, research, training at Bhangabari, Bhawanipatna, Kalahandi District, Odisha. The Medical College comprises Hospital building, Academic Block, Hostels, Residential quarters etc.

A Memorandum of Understanding(MoU) was signed between DME&T, Govt. of Odisha and Vedanta Ltd. for the construction of a 500 bed Teaching hospital at Bhawanipatna, Kalahandi District, Odisha. The DME&T will provide adequate land for the construction of Hospital building and Vedanta Limited will construct the Hospital as a part of CSR initiative.

The project is coming up in Government Land of about 34.98 acres bearing Plot No’s 437, 438,443, 444, 445, 446, 447, 448, 449, 450, 451, 452, 453, 454,455,456,457,458,459,460,461, 462,463,464,465,466,470,472,473,475, 477,479,693,694,695,696,697,698, 693/1279,700/1280,461/1281,697/1282, 696/1283 & 466/1284, Khata No. 137, Mouza - Bhangabari, Bhawanipatna town, Kalahandi District, Odisha.

The Project Proponent has proposed to construct the Hospital building for the Medical College in an area of about 8.17 acres within the Medical College campus in 34.98 acres.

The Project has received Building permission obtained from Office of The Special Planning Authority, Bhawanipatna vide letter # IB- 11/19/553/BPTSPA dated 17.04.2019.

The Project has received FIRE Recommendations from the office of the Deputy Fire Officer, Bhawanipatna Circle, Kalahandi vide Memo No. 507 dated 26.06.2019.

The details of the Hospital block are as follows:

The building is a G + 3 Storied RCC Structure having two blocks - Left Wing and Right Wing.

The BUA Statement (Sq.M) of the Project is as below

S.No Floor Gross Area Deductions Net Area

1 Ground Floor 10693.51 0 10693.51

2 First Floor 10693.51 1530.16 9163.35

3 Second Floor 10419.38 1102.93 9316.45

4 Third Floor 7008.85 873.09 6135.76

5 Terrace Floor 800.03 69.37 730.66

BUA of Building 39,615.28 3,575.55 36,039.73

6 Services (STP, WTP, 794.80

& UG Sump)

Total BUA 36,834.53

The Facilities in Each Floor are given below

S.No Ground Floor First Floor Second Floor Third Floor

1 Observation ward General Medicine OT Department General Surgery – 1 male - 01 2 Central Causality General Medicine CSSD General Surgery Department – 2 male - 02

3 Waiting Area General Medicine Anesthesiology General Surgery – 3 male staff - 03

4 Lecture Theatre General Medicine SICCU General Surgery – 4 male – 04

5 Ultrasound General Medicine ICU Psychiatry ward – staff

6 Department of Pediatrics - 01 ICCU Psychiatry Staff Radio Diagnosis

7 Hospital and Staff Pediatrics – 02 Labor and General Surgery Committee Room Delivery Department

8 Tuberculosis Dermatology ward OTO Rhino department Laryngologist

staff

9 Dermatology Ophthalmology TB & Chest ward Staff

10 Psychiatry Dermatology staff Orthopedic Ward

11 General Surgery & Ophthalmology Ortho Staff Medicine staff

12 Obstetrics & Obstetrics and Central Medical Gynecology gynecology staff Record Section

13 Dentistry and Obstetrics and Department of gynecology & Dentistry & Pediatrics staff Orthopedics

The details of the BEDs provided in the Hospital as per MCI are as below:

S.No Department No. of Wards Total Beds 1 General Medicine 4 120 2 Pediatrics 2 60 3 Tuberculosis and Respiratory Diseases 1 10 4 Dermatology, venereology and Leprosy 1 10 5 Psychiatry 1 10 6 General Surgery 4 120 7 Department of Orthopedics 2 60 8 Ophthalmology 1 10 9 OTO Rhino Laryngologist 1 10 10 Obstetrics 1 30 11 Gynecology 1 30 12 Pre-OP 1 6 13 Post OP 1 14 14 Causality beds 1 27 15 ICU 1 5 16 ICCU 1 5 17 PICU/NICU 1 5 18 Labor and Delivery 1 15 19 SICU 1 5 Total Beds as per MCI 552

UTILITY AREA

This area will house all the utility services required for the Hospital such as Chillers, Water Treatment Plant, Fire Fighting Plant, Organic Waste Convertor, Diesel Generator, Transformer etc.,

PARKING

327 no.s of open parking has been proposed for parking of Cars. Provision for parking of two Ambulances are also given. It is proposed to park Two Wheelers in the Medical College Campus in the adjoining site area.

WATER MANAGEMENT

Source of Water – Will be provided by Government of Odisha

Total Water Requirement – 551 KLD

Fresh Water – 283 KLD

Treated water reuse for Flushing, Landscape, Filter backwash and HVAC Makeup)

STP – 350 KLD (SBR Technology)

ELECTRIC POWER

Source - Power supply for this project will be obtained HT source from nearest tapping point from Central Electricity Supply Utility of Odisha through cable network. The power is received at 11kV through underground cables.

Estimated Connected Load – 3854 kVA

Estimated Demand Load – 1561 Kva (40 % diversity factor considered)

2 no.s 1600 KVA transformers are proposed (50 % load in each operation)

DG Sets proposed - 1 no. 500 KVA and 2 No.s 750 KVA.

Project Cost – 100 Crores

Schedule of Construction – 30 months from date of receipt of all approvals

FIG – 1 - SITE PLAN OF HOSPITAL BUILDING

FIG -2 - PERSPECTIVE VIEW OF THE PROJECT.

ANNEXURE A10