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| 1. | | Whether it is a violation case and application is being submitted under Notification No. S.O.804(E) dated 14.03.2017 ? | No | | Details of Project: | | (a)Name of the project(s) | Greenfield Copper Refinery Plant (1.0 MTPA) project of M/s Adani Enterprises Limited located at Adani Ports and Special Economic Zone land in village(s) Siracha and Navinal, Taluka Mundra, District Ku | | (b)Name of the Company / Organisation | ADANI ENTERPRISES LTD | | (c)Registered Address | Adani House,
Near Mithakali Circle,
Navrangpura, Ahmedabad 380009, Gujarat,,Ahmedabad,Gujarat-380009 | | (d)Legal Status of the Company | Private | | (e)Joint Venture | No | |
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| 2. | | Address for the correspondence: | | (a)Name of the Applicant | Prodyut Maji | | (b)Designation (Owner/ Partner/ CEO) | Authorized Signatory and Project Manager | | (c)Address | Adani Enetrprises Ltd,
Shantigram, S.G.Highway, Ahmedabad - 382421,,Ahmedabad City,Ahmedabad,Gujarat-382421 | | (d)Pin code | 382421 | | (e)E-mail | prasad.suryarao@adani.com | | (f)STD Code. | 79(f)Telephone No. | 25558290 | | (g)Fax No. | | | (h)Copy of documents in support of the competence/authority of the person making this application to make application on behalf of the User Agency . | Annexure-Uploaded Copy of documents in support of the competence/authority | |
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| 3. | | Category of the Project/Activity as per Schedule of EIA Notification,2006: | | (a.I)Project/Activity | 3(a) Metallurgical industries (ferrous & non ferrous)
| | Minor Activity | 3(a) Metallurgical industries (ferrous & non ferrous)
| | (b)Category | A | | (c)Proposal Number | IA/GJ/IND/86812/2016 | | (d)Master Proposal Number(Single Window) | SW/83372/2018 | | (e)EAC concerned (for category A Projects only) | Industrial Projects - 1 | | (f)Project Type | Fresh EC |
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| 4. | | Location of the Project: | | (a)Plot/Survey/Khasra No. | Siracha 125/1,125/2,126,129,135,137,138/1, 140, 14 | | (b)Pincode | 370435 | | (c)Bounded Latitudes (North) | | | From | | | Degree | 224813.26 | | Minutes | | | Second | | | From | | | Degree | 225001.88 | | Minutes | | | Second | | | (d)Bounded Longitudes (East) | | | From | | | Degree | 693334.74 | | Minutes | | | Second | | | From | | | Degree | 693508.42 | | Minutes | | | Second | | | (e)Survey of India Topo Sheet No. | F42, J9 and J10 | | (f)Uploaded Topo Sheet File | Copy of Topo Sheet File | | (g)Maximum Elevation Above Means Sea Level(AMSL) | 10 | | (h)Uploaded (kml) File | Copy of Kml File  | | (i)Distance of Nearest HFL from the project boundary within the study area | 3.9 | | (j)Seismic Zone | 5 | |
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| 5. | | (a)Number of States in which Project will be Executed | 1 | | (b)Main State of the project | Gujarat | |
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| Details of State of the project |
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| S. No. | State Name | District Name | Tehsil Name | Village Name |
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| NIL |
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| 6. | | Details of Terms of Reference (ToR): | | (a)MoEF&CC / SEIAA File Number | J-11011/113/2016-IA.II(I) | | (b)Date of Apply of TOR | 21 Apr 2016 | | (c)Date of Issue of TOR / Standard ToR | 21 Jun 2016 | | (d)Previous TOR Letter | Copy of Previous TOR letter | |
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| 7. | | Details of Public Consultation: | | (a)Whether the Project Exempted from Public Hearing? | No | | (b)Whether details of Public Hearing available? | Yes | | (c)Whether Public hearing was presided over by an officer of the rank of Additional District Magistrate or above | Yes | |
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| 7.1. Details of Public Hearing |
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| S. No. | Details of Advertisement | Details of Public Hearing | Venue | Location Details | No. of People Attended | Issues Raised | Designation of Presiding Officer | Other Designation of Presiding Officer |
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| (1.) | | | Copy of Public Hearing : | Copy of Public Hearing | | Date : | 29 Apr 2017 | | Distance of Public Hearing Venue from the Proposed Project : | 3.5 |
| Community Premises Centre Samajvadi Opposite Tunda Primary School | | State : | Gujarat | | District : | kutch | | Tehsil : | Mundra | | Village : | Tunda |
| 322 | Employment and CSR | Others | ADM |
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| 8. | | Details of Project Configuration/Product: | |
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| 8.1. Project Configuration |
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| S. No. | Plant/Equipment/Facility | Configuration | Remarks |
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| (1.) | Gold | 50 TPA | Phase-I: 25 TPA & Phase-II: 25 TPA | | (2.) | Selenium Recovery Plant | 288 TPA | Phase-I: 144 TPA & Phase-II: 144 TPA | | (3.) | Continuous Cast Copper Wire Rod | 5,00,000 TPA | Phase-I: 2,50,000 TPA & Phase-II: 2,50,000 TPA | | (4.) | Copper Refinery Plant | 10,00,000 TPA | Phase-I: 5,00,000 TPA & Phase-II: 5,00,000 TPA | | (5.) | Aluminum Fluoride | 30,000 TPA | Phase-I: 15,000 TPA & Phase-II: 15,000 TPA | | (6.) | Phosphoric Acid (as 100% P2O5) | 5,00,000 TPA | Phase-I: 2,50,000 TPA & Phase-II: 2,50,000 TPA | | (7.) | Silver | 500 TPA | Phase-I: 250 TPA & Phase-II: 250 TPA | | (8.) | Copper Smelter Plant | 9,00,000 TPA | Phase-I: 4,50,000 TPA & Phase-II: 4,50,000 TPA | | (9.) | Sulphuric Acid (> 98%) | 30,00,000 TPA | Phase-I: 15,00,000 TPA & Phase-II: 15,00,000 TPA | | (10.) | Copper Scrap & E-Scrap Melting Facility | 1,00,000 TPA | Phase-I: 50,000 TPA & Phase-II: 50,000 TPA | | (11.) | Oxygen (Industrial) | 96,000 TPM | Phase-I: 48,000 TPM & Phase-II: 48,000 TPM | | (12.) | Waste Heat recovery boiler based power plant | 40 MW | Phase-I: 20 MW & Phase-II: 20 MW |
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| 8.2. Product |
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| S. No. | Product/Activity (Capacity/Area) | Quantity | Unit | Other Unit | Mode of Transport / Transmission of Product | Other Mode of Transport / Transmission of Product |
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| (1.) | Copper Cathode | 1000000 | Tons per Annum | | Road,Others | Sea | | (2.) | Gold | 50 | Tons per Annum | | Road,Others | Sea | | (3.) | Phosphoric Acid (as 100% P2O5) | 500000 | Tons per Annum | | Road,Others | Sea | | (4.) | Aluminum Fluoride | 30000 | Tons per Annum | | Road,Others | Sea | | (5.) | Selenium | 24 | Others | Tons per Month | Road,Others | Sea | | (6.) | Hydro Fluro Silicic Acid (~20% as H2SiF6) | 2500 | Others | Tons per Month | Road | | | (7.) | Copper Telluride | 42 | Others | Tons per Month | Road,Others | Sea | | (8.) | Nickel | 16 | Others | Tons per Month | Road,Others | Sea | | (9.) | Bismuth Bisulphate | 120 | Others | Tons per Month | Road,Others | Sea | | (10.) | Calomel (Mercury Chloride) | 18 | Others | Tons per Month | Others | Sea | | (11.) | Silver | 500 | Tons per Annum | | Road,Others | Sea | | (12.) | Ferro Sand/ Iron Silicate - Copper Slag (Granulated) | 185000 | Others | Tons per Month | Road,Rail,Others | Sea | | (13.) | Phosphogypsum | 208334 | Others | Tons per Month | Road,Rail,Others | Sea | | (14.) | Mercury | 16 | Others | Tons per Month | Road,Others | Sea | | (15.) | Continuous Cast Copper Wire Rod | 500000 | Tons per Annum | | Road,Others | Sea | | (16.) | Anode Slime | 500 | Others | Tons per Month | Road,Others | Sea | | (17.) | Sulphuric Acid (> 98%) | 3000000 | Tons per Annum | | Road,Others | Sea | | (18.) | PGM Concentrate | 6 | Others | Tons per Month | Road,Others | Sea | | (19.) | Tellurium | 8 | Others | Tons per Month | Road,Others | Sea | | (20.) | Silver | 500 | Tons per Annum | | Road,Others | Sea | | (21.) | CCR Mill Scale | 50 | Others | Tons per Month | Road | |
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| 9. | | In case of Expansion / Modernisation / One Time Capacity Expansion (only for Coal Mining) / Expansion under Clause 7(ii) / Modernisation under Clause 7(ii) / Change of Product Mix under Clause 7(ii): | | Details Not Applicable | |
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| 9.1. | | Details of Consent to Operate | | (i)Whether Consent to operate obtained ? | NA | | (ii)Copies of all Consent to operate obtained since inception | NA | | (iii)Date of Issue | N/A | | (iv)Valid Upto | N/A | | (v)File No. | NA | | (vi)Application No. | NA | | (vii)Copy of Consent to operate valid as on date | NA | |
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| 10. | | Project Cost: | | (a)Total Cost of the Project at current price level (in Crores) | 10000 | | (b) Funds Allocated for Environment Management (Capital) (in Crores) | 1044 | | (c) Funds Allocated Towards CER (Corporate Environment Responsibility) (in Crores) | 40 | | (d) Funds Allocated for Environment Management Plan (EMP) (Recurring per Annum) (in Crores) | 5 | |
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| 11. | | Whether project attracts the General Condition specified in the Schedule of EIA Notification ? | No |
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| 12. | | Whether project attract the Specific Condition specified in the Schedule of EIA Notification ? | Yes | | 8.(a) | If any Industrial Estate/Complex / Export processing Zones /Special Economic Zones/Biotech Parks / Leather Complex with homogeneous type of industries such as Items 4(d), 4(f), 5(e), 5(f), or those Industrial estates with pre –defined set of activities (not necessarily homogeneous, obtains prior environmental clearance, individual industries including proposed industrial housing within such estates /complexes will not be required to take prior environmental clearance, so long as the Terms and Conditions for the industrial estate/complex are complied with (Such estates/complexes must have a clearly identified management with the legal responsibility of ensuring adherence to the Terms and Conditions of prior environmental clearance, who may be held responsible for violation of the same throughout the life of the complex/estate |
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| 13. | | Raw Material / Fuel Requirement: | | (a)Proposed quantity of raw material/fuel | 11147500 | | (b)Existing quantity of raw material/fuel | N/A | | (c)Total quantity of raw material/fuel | 11147500 | |
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| 13.1. Raw Material / Fuel Profile |
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| S. No. | Raw Material / Fuel | Quantity | Unit | Other Unit | Source (incase of Import. please specify country and Name of the port from which Raw Material / Fuel is received ) | Mode of Transport | Other Mode of Transport | Distance of Source from Project Site (in Kilometres) (In case of import, distance from the port from which the raw material / fuel is received) | Type of Linkage | Other Type of Linkage | Uploaded Copy of Linkage |
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| (1.) | Silica Sand | 320000 | Tons per Annum | | local | Road | | 500 | Open Market | | Copy of Linkage | | (2.) | Copper Concentrate | 3200000 | Tons per Annum | | local & Import | Road,Pipe Conveyor | | 12 | Open Market | | Copy of Linkage | | (3.) | Limestone | 80000 | Tons per Annum | | local | Road | | 150 | Open Market | | Copy of Linkage | | (4.) | Quick Lime | 60000 | Tons per Annum | | local & Import | Road,Others | Sea | 12 | Open Market | | Copy of Linkage | | (5.) | Coal | 100 | Others | Tons per Day | local | Road | | 60 | Open Market | | Copy of Linkage | | (6.) | Quartz | 144000 | Tons per Annum | | local | Road | | 500 | Open Market | | Copy of Linkage | | (7.) | HSD | 50 | Kilo Litre per Day | | local | Road | | 60 | Open Market | | Copy of Linkage | | (8.) | Rock Phosphate | 1750000 | Tons per Annum | | local & Import | Road,Pipe Conveyor | | 12 | Open Market | | Copy of Linkage | | (9.) | FO | 300 | Others | Tons per Day | local | Road | | 60 | Open Market | | Copy of Linkage | | (10.) | Aluminum Hydrate | 37500 | Tons per Annum | | local | Road,Others | Sea | 12 | Open Market | | Copy of Linkage |
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| 14. | | Baseline Data : | | (a)Period of Base Line Data Collection | FROM 01 Oct 2016 To 31 Dec 2016 | | (b)Season | Post-Monsoon | |
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| 14.1. No. of ambient Air Quality (AAQ) monitoring locations : 8 |
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| S. No. | Criteria Pollutants | Other Criteria Pollutants | Unit | Maximum Value | Minimum Value | 98 Percentile Value | Prescribed Standard |
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| (1.) | PM2.5 | | Micro Gram per Meter Cube | 43.9 | 19.2 | 43.4 | 60 | | (2.) | SO2 | | Micro Gram per Meter Cube | 42.6 | 14.8 | 42.0 | 80 | | (3.) | Others | CO | Micro Gram per Meter Cube | 412 | 262 | 409 | 2000 | | (4.) | NOx | | Micro Gram per Meter Cube | 32.8 | 13.1 | 32.4 | 80 | | (5.) | PM10 | | Micro Gram per Meter Cube | 84.2 | 35.2 | 83.2 | 100 |
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| 14.2. No. of Ground Water monitoring locations : 8 |
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| S. No. | Criteria Pollutants | Other Criteria Pollutants | Heavy Metal | Unit | Other Unit | Maximum Value | Minimum Value | Desirable Limit | Maximum Permissible Limit |
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| (1.) | pH | | | NA | | 7.8 | 7.3 | 6.5 | 8.5 | | (2.) | TDS | | | mg/l | | 2930 | 1372 | 500 | 2000 | | (3.) | Total Hardness | | | mg/l | | 392 | 125 | 200 | 600 | | (4.) | Fluoride | | | mg/l | | 1.5 | 0.9 | 1 | 1.5 | | (5.) | Others | Turbidity | | Others | NTU | 4 | 2 | 1 | 5 | | (6.) | TSS | | | mg/l | | 1 | 1 | 0 | 0 | | (7.) | Heavy Metals | | As | mg/l | | 0.01 | 0.01 | 0.01 | 0.05 | | (8.) | Chlorides | | | mg/l | | 978.4 | 282.6 | 250 | 1000 |
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| 14.3. No. of Surface Water monitoring locations : 4 |
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| S. No. | Criteria Pollutants | Other Criteria Pollutants | Unit | Other Unit | Maximum Value | Minimum Value | Classification of inland water body |
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| (1.) | pH | | NA | | 8 | 7.2 | D | | (2.) | DO | | mg/l | | 5.9 | 5.6 | D | | (3.) | BOD | | mg/l | | 3 | 3 | D | | (4.) | Others | Total hardness | mg/l | | 7637 | 6800 | D | | (5.) | COD | | mg/l | | 80 | 60 | D |
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| 14.4. No. of Ambient Noise monitoring locations : 8 |
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| S. No. | Parameter | Unit | Maximum Value | Minimum Value | Prescribed Standard |
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| (1.) | Leq(Night) | A-weighted decibels(dB(A)) | 48.8 | 42.3 | 45 | | (2.) | Leq(Day) | A-weighted decibels(dB(A)) | 56.6 | 48.5 | 55 |
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| 14.5. No. of Soil Sample Monitored locations : 8 |
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| S. No. | Parameter | Unit | Other Unit | Maximum Value | Minimum Value |
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| (1.) | N(Nitrogen) | Kilogram per hectare | | 23.8 | 4.8 | | (2.) | P(Phosphorus) | Kilogram per hectare | | 154.4 | 42.2 | | (3.) | K(Potassium) | Kilogram per hectare | | 1125.3 | 178.2 | | (4.) | Electric Conductivity | Millisiemens per Centimetre | | 6300 | 137 | | (5.) | pH | Others | Moles per Ltr of Hydrogen Ion | 8.4 | 7.7 |
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| 14.6. | | Details of Ground Water Table: | | (a)Range of Water Table Pre-Monsoon Season (Meters Below Ground Level (m bgl)) | From 10 To 20 | | (b)Range of Water Table Post-Monsoon Season (Meters Below Ground Level (m bgl)) | From 2 To 20 | | (c)Whether Ground Water Intersection will be there ? | No | |
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| 15. Details of Water Requirement (During Operation) |
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| S. No. | Source | Source Other | Required Quantity (Kilolitre per Day (Kld)) | Distance from Source | Copy of Permission from Competent Authority | Mode of Transport | Other Mode of Transport | Method of Water Withdrawal | Other Method of Water Withdrawal | Letter No. | Date of Issue | Permitted Quantity |
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| (1.) | Others | Desalinated Water from APSEZ | 32800 | 4 | Copy of Permission Letter | Pipeline | | Others | Intake Structure | APSEZ/GEN/ST/2016/10 | 16 Apr 2016 | 32800 |
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| 15.1. | | (a)Whether Desalination is proposed | No | |
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| 16. Waste Water Management(During Operation) |
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| S. No. | Type/Source | Quantity of Waste Water Generated (Kilolitre per Day) | Treatment Capacity (Kilolitre per Day) | Treatment Method | Mode of Disposal | Other Mode of Disposal | Quantity of Treated Water Used in Recycling/Reuse (Kilolitre per Day) | Quantity of Discharged Water (Kilolitre per Day) |
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| (1.) | Phase-I Industrial Wastewater | 2516 | 2516 | Treated in state of art Effluent Treatment Facility (ETP), Treated effluent will be recycled back for process use as well as sent to Reverse Osmosis (RO) plant for efficient and effective use. Rejects from RO plant will be sent to Multi Effect Evaporator (MEE) | Reuse within the Plant & Recycling | | 2516 | | | (2.) | Phase-II Industrial Wastewater | 2516 | 2526 | Treated in state of art Effluent Treatment Facility (ETP), Treated effluent will be recycled back for process use as well as sent to Reverse Osmosis (RO) plant for efficient and effective use. Rejects from RO plant will be sent to Multi Effect Evaporator (MEE) | Reuse within the Plant & Recycling | | 2516 | | | (3.) | Phase-I Domestic Sewage | 200 | 200 | STP | Green Belt Renewal Plant | | 200 | | | (4.) | Phase-II Domestic Sewage | 200 | 200 | STP | Green Belt Renewal Plant | | 200 | |
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| 16.1. | | (a)Total Waste Water Generation (Kilolitre per Day) | 5432 | | (b)Total Discharged Water (Kilolitre per Day) | 0 | | (c)Total Reused Water (Kilolitre per Day) | 5432 | |
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| 17. Solid Waste Generation/Management |
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| S. No. | Name of Waste | Item | Other Item | Quantity per Annum | Unit | Distance from Site(KM) | Mode of Transport | Other Mode of Transport | Mode of Disposal | Other Mode of Disposal |
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| (1.) | Arsenic Bearing Sludge | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 2664 | Tons | 0.1 | Road | | Others | Recycled within the plant and Authorized Recyclers | | (2.) | ETP Waste Sludge and Scrubber Waste | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 216000 | Tons | 0.1 | Road | | Others | Secured Land Fill | | (3.) | Oil Sludge | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 50 | Tons | 60 | Road | | Authorized Recyclers | | | (4.) | Spent Catalyst | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 400 | Kilolitre | 0.1 | Road | | Others | Secured Land Fill | | (5.) | Spent resin from Dm, RO & refinery plant | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 20 | Kilolitre | 0.1 | Road | | Others | Secured Land Fill | | (6.) | Nickel Sludge | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 6360 | Tons | 0.1 | Road | | Others | Secured Land Fill and Authorized Recyclers | | (7.) | Used Oil | Hazardous Waste (as per Hazardous and Other Waste Management rules 2016) | | 200 | Kilolitre | 60 | Road | | Others | Recycled within the plant and Authorized Recyclers |
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| 18.1. Air Quality Impact Prediction |
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| S. No. | Criteria Pollutants | Other Criteria Pollutants | Unit | Baseline Concentration | Distance GLC | Incremental Concentration | Total GLC | Prescribed Standard |
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| (1.) | PM2.5 | | Microgram per Meter Cube | 43.9 | 2.2 | 0.52 | 44.42 | 60 | | (2.) | SO2 | | Microgram per Meter Cube | 42.6 | 2.2 | 10.37 | 52.97 | 80 | | (3.) | NOx | | Microgram per Meter Cube | 32.8 | 2.2 | 0.23 | 33.03 | 80 | | (4.) | PM10 | | Microgram per Meter Cube | 84.2 | 2.2 | 1.27 | 85.47 | 100 |
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| 18.2. Stack Details |
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| S. No. | Source | Fuel | Stack Height(m) | Stack Diameter(m) | Pollutants | Other Pollutants | Emission (GLS) |
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| (1.) | Phase I Smelter Scrubber Stack | Scrubbed Gases | 100 | 2 | SO2 | | 43.7 g/s | | (2.) | Phase II Phosphoric Acid plant | Scrubbed Gases | 90 | 1.2 | Others | HF | 0.6 g/s | | (3.) | Phase IScrubber EF and Smelting Furnace Bi flue | Scrubbed Gases | 70 | 2 | SO2 | | 40.9 g/s | | (4.) | Phase I WHRB Super Heater | FO | 70 | 1 | SO2 | | 7.6 g/s | | (5.) | Phase I Sulphuric Acid Plant Bi Flue | Residual Gas | 100 | 1.6 | SO2 | | 52.0 g/s | | (6.) | Phase II Sulphuric Acid Plant Bi Flue Stack | Residual Gas | 100 | 1.6 | SO2 | | 52.0 g/s | | (7.) | Phase II Smelter Scrubber Stack | Scrubbed Gases | 100 | 2 | PM10 | | 5.6 g/s | | (8.) | Phase I Smelter Scrubber Stack | Scrubbed gases | 100 | 2 | PM10 | | 5.6 g/s | | (9.) | Phase-I Phosphoric Acid Plant | Scrubbed Gases | 90 | 1.2 | PM10 | | 1.4 g/s | | (10.) | Phase II WHRB Super Heater | FO | 70 | 1 | SO2 | | 7.6 g/s | | (11.) | Phase II WHRB Super Heater | FO | 70 | 1 | NOx | | 1.8 g/s | | (12.) | Phase I Precious Metal Recovery Plant | Scrubbed gases | 45 | 0.5 | SO2 | | 0.4 g/s | | (13.) | Phase II Precious Metal Recovery Plant | Scrubbed gases | 45 | 0.5 | SO2 | | 0.4 g/s | | (14.) | Phase-I Dust Scrubber -PAP | Scrubbed Gases | 30 | 0.5 | PM10 | | 0.2 g/s | | (15.) | Phase-II Dust Scrubber- PAP | Scrubbed gases | 30 | 0.5 | PM10 | | 0.2 g/s | | (16.) | Phase I WHRB Super Heater | FO | 70 | 1 | NOx | | 1.8 g/s | | (17.) | Phase II Smelter Scrubber Stack | Scrubber Gases | 100 | 2 | SO2 | | 43.7 g/s | | (18.) | Phase I Phosphoric Acid Plant | Scrubbed Gases | 90 | 1.2 | Others | HF | 0.6 g/s | | (19.) | Phase II Scrubber EF and Smelting Furnace Bi flue | Scrubber Gases | 70 | 2 | SO2 | | 40.9 g/s | | (20.) | Phase-II Phosphoric Acid Plant | Scrubbed Gases | 90 | 1.2 | PM10 | | 1.4 g/s |
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| 19. | | Power Requirement: | | (a)Quantity (Kilo Volt Amps (kVA)) | 326100 | | (b)Source | APSEZ through MUPL | | (c)Uploaded Copy of Agreement | Not Applicable | | (d)Standby Arrangement (Details of DG Sets) | 4 numbers of DG Sets | | (e)Stack Height (in m) | 30 | |
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| 20. | | Land Ownership Pattern: | | (a)Forest Land (ha.) | 102.39 | | (b)Private Land (ha.) | 154.19 | | (c)Government Land (ha.) | 0 | | (d)Revenue Land (ha.) | 0 | | (e)Other Land (ha.) | 0 | | Total Land (ha.) | 256.58 | |
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| 21. | | Present Land Use Breakup of the Study Area in Ha: | | (a)Agriculture Area (ha.) | 15484.69 | | (b)Waste/Barren Land (ha.) | 5620.36 | | (c)Grazing/ Community Land (ha.) | 0 | | (d)Surface Water Bodies (ha.) | 9366.30 | | (e)Settlements (ha.) | 593 | | (f)Industrial (ha.) | 1510.27 | | (g)Forest (ha.) | 837.62 | | (h)Mangroves (ha.) | 1251.74 | | (i)Marine Area (ha.) | 3217.62 | | (j)Others (ha.) : Reclaimed/Level Raised Land, Salt Pans, Sandy Are | 3512.17 | | Total (ha.) | 41393.77 | |
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| 22. Land requirement for various activities |
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| S. No. | Description of Activity / Facility / Plant / Others | Others | Land Requirement (ha.) | Remarks |
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| (1.) | Main Plant | | 42.08 | Phase-I 21.04 & Phase-II 21.04 | | (2.) | Green belt | | 85.79 | Phase-I 48.56 & Phase-II 37.23 | | (3.) | Area for Solid Waste Management | | 52.60 | Phase-I 33.58 & Phase-II 19.02 | | (4.) | Built Up Area | | 59.13 | Phase-I 27.16 & Phase-II 31.97 | | (5.) | Others | Utility Area | 16.98 | Phase-I 8.49 & Phase-II 8.49 |
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| 23. | | Ecological and Environmental Sensitivity (Within 10 Km):- WLS-Wild Life Sanctuaries; NPA-Notified Protected Area; ESAs-Eco Sensitive Areas; ESZs-Eco Sensitive Zones : | |
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| 23.1. Details of Ecological Sensitivity : |
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| S. No. | Details of Ecological Sensitivity | Name | Distance from the Project (Km) | Remarks |
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| (1.) | NPA | Marine National Park Jamnagar | 40 | Nil within 10 km radius | | (2.) | Critically Polluted Area | Bhavnagar | 145 | Nil within 10 km radius. The nearest CPA is as per GPCB website. | | (3.) | WLS | Great Bustard Sanctuary | 80 | Nil within 10 km radius | | (4.) | ESAs | Marine National Park Jamnagar | 40 | Nil within 10 km radius | | (5.) | ESZs | Marine National Park Jamnagar | 40 | Nil within 10 km radius | | (6.) | Corridors | Tadoba Tiger Reserve | 680 | Nil within 10 km radius | | (7.) | Wildlife Corridors | Tadoba Tiger Reserve | 780 | Nil within 10 km radius |
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| 23.2. Details of Environmental Sensitivity : |
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| S. No. | Details of Environmental Sensitivity | Other Details of Environmental Sensitivity | Name | Distance from the Project (Km) | Remarks |
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| (1.) | Others | Mundra Mangrove Reserve Forest | Mundra Mangrove Reserve Forest | 0.18 | south of project area | | (2.) | Archaeological Sites | | Kotai Sun Temple | 70 | Nil within 10 km radius | | (3.) | Defence Installations | | Bhuj Airport | 65 | Nil within 10 km radius | | (4.) | Forest | | Dandedri Reserved Forest | 0.00001 | Within the project area |
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| 23.3. | | (a)Whether Noc / Permission from the competent authority is required? | No | | (b)Whether NBWL recommendation is required? | No | |
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| 24. | | Forest Land: | | Whether any Forest Land involved? | No | |
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| 25. | | Tree Cutting: | | (a)No. of Trees Cut for the Project (if Forest Land not Involved) | 0 | | (b)Details of Tree Cutting and Planting of Trees | Not Applicable | |
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| 26. | | Land Acquisition Status: | | (a)Acquired Land(Ha) | 256.58 | | (b)Land yet to be acquired(Ha) | 0 | | (c)Status of Land acquisition if not acquired | Adani Ports & Special Economic Zone Limited (APSEZ | |
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| 27. | | Rehabilitation and Resettlement (R&R): | | (a)No. of Villages | 0 | | (b)No. of Households | 0 | | (c)No. of PDFs (Project Displaced Families) | 0 | | (d)No. of PAFs (Project Affected Families) | 0 | | (e)Funds Allocated for R&R(in INR) (in Lacs) | 0 | | (f)Status of R&R | Completed | |
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| 28. | | Details of Presence of Schedule-I Species: | | (a)Whether there is Presence of Schedule-I Species ? | Yes | | (i)Details of Schedule-I Species | Peacock | | (b)Whether conservation plan for Schedule-I Species has been prepared ? | Yes | | (i)Uploaded copy of conservation plan | Copy of conservation plan | | (ii)Fund Provision made | 40 Lakhs | | (iii)Period of Implementation | During execution of the Project | | (c)Whether conservation plan for Schedule-I Species has been approved by competent authority ? | No | |
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| 29. | | Details of Presence of Water Bodies in Core Area: | | (a)Whether there is Presence of Water Bodies in Core Area ? | Yes | | (i)Details of Water Bodies in Core Area | Dhaneswari river also referred as Danesri nadi (within the project site, W) | | (b)Whether there is Diversion Required ? | No | | (c)Whether permission has been obtained from competent authority ? | No | |
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| 30. | | Details of Presence of Water Bodies in Buffer Area: | | (a)Whether there is Presence of Water Bodies in Buffer Area ? | Yes | | (i)Details of Water Bodies in Buffer Area | Kotri creek | | (ii)Direction of Water Bodies in Buffer Area | South | | (iii)Distance of Water Bodies in Buffer Area | 0.5 | |
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| 31. | | Manpower Requirement: | | (a)Permanent Employment-During Construction | 400 | | (b)Permanent Employment-During Operation | 1000 | | (c)Temporary Employment- During Construction | 2600 | | (d)Temporary Employment- During Operation | 1000 | | (e)No. of working days | 300 | | (f)Total Manpower | 5000 | |
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| 32. | | Green Belt in Ha: | | (a)Total Area of Green Belt | 89.79 | | (b)Percentage of Total Project Area | 34.99 | | (c)No. of Plants to be Planted | 225000 | | (d)Funds Allocated for Plantation | 180000000 | | (e)Uploaded Green Belt plan | Copy of Green Belt Plan | |
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| 33. Project Benefits |
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| S. No. | Type of Project Benefits | Details of Project Benefits |
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| (1.) | Social | During construction phase this project will provide temporary employment to many unskilled and semi-skilled labourers in nearby villages. The proposed project will provide employment to about 2000 – 3000 persons on average per day. This project will also help in generation of indirect employment to those people who render their services for the personnel directly working in the project; and during operational phase, considerable number of people will be benefited by provision of various services | | (2.) | Environmental | The proposed project would have few impacts on the environment. However, with proper and judicious implementation of the mitigation and environment management measures, the impacts can be minimized and can be maintained well within the permissible limits specified by the regulatory authorities Thus, it can be concluded that with the implementation of the pollution control and mitigation measures, with proper environment management system inplace, there will be insignificant impact on environment | | (3.) | Financial | The proposed copper refinery project of AEL is a one of the important projects. AEL believes that the copper refinery project would add significant value to Indian economy. The project will not only help ensuring by becoming self-sufficient in terms of copper, phosphoric acid and sulphuric acid for India but will also drive macroeconomic growth. The copper smelter project would create substantial amount of tax revenue for India over 25 years of project life. |
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| 34. CRZ Specific Details : Not Applicable |
| 35. Sector Specific Details : NOT APPLICABLE |
| 35. Sector Specific Details For Industrial Projects - 1 |
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| 36. | | Details of Court Cases: | | (a)Whether there is any Court Cases pending against the project and/or land in which the project is proposed to be set up ? | No | |
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| 37. | | Details of Direction Issued under Environment (Protection) Act / Air (Prevention & Control of Pollution)) Act / Water (Prevention & Control of Pollution) Act: | | (a)Whether any Direction issued under EPA Act/Air Act/Water Act ? | No | |
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| 38. | | Details of EIA Consultant: | | (a)Have you hired Consultant for preparing document? | Yes | | (i)Accreditation No. | QCI/NABET/ENV/ACO/17/0285/22/03/2017 | | (ii)Name of the EIA Consultant | Vimta Labs Limited | | (iii)Address | 142, IDA Phase-2, Cherlapally, Hyderabad -500051 | | (iv)Mobile No. | 9000711309 | | (v)Landline No. | 0402726414 | | (vi)Email Id | env@vimta.com | | (vii)Category of Accreditation | A | | (viii)Sector of Accreditation | Industrial Projects - 1 | | (ix)Validity of Accreditation | 19 May 2019 | | (x)Uploaded Certificate of Accreditation certified by QCI/NABET | Copy of Certificate of Accreditation | |
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| Essential Detail Sought : NIL |
| Additional Detail Sought: |
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| Sno. | ADS Letter | Remarks | Date of ADS |
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| 1. | ADS Reply Letter | We are able to upload our response and study reports in compliance to the EAC MOM dated 24th December 2019 only, due to size limitations. Our response and study reports in compliance to the EAC MOM dated 23rd August 2019 uploaded in Google drive and also providing link (https://drive.google.com/open?id=1S4jujCQ4ea4cwFbcT6VpaYaIaTGoTKw5). | 05 Feb 2020 | | 2. | ADS Raise Letter | i. Provide chemical characteristics of the sourcing Copper concentrate.
ii. Justification for installation of Water-Cooling Condenser (WCC)
iii. Provide details for proposed flue gas desulfurization.
iv. Reduce carbon foot print by heat recovery system generating from the plant.
v. Access roads to be provided for all the solid waste storages such as copper slag, gypsum storage & secured land fill and adequate green belt to be developed around all the solid waste storages.
vi. Provide utilisation plan for copper slag and phospho-gypsum, with details of storage yard.
vii. Provide various stream characteristics being treated in ETP and treatment process.
viii. Environment Management Plan to be revised and updated with intervention for wildlife management, mangrove conservation, active mud flats and post project monitoring around solid waste storages.
ix. Storm water management plan to be revised based on peak rainfall. Rainwater Harvesting calculations to be provided.
x. OHS monitoring plan based on ICMR-NIOH study and ILO guidelines to be included.
xi. Provide linkage between Public Hearing, Social Impact Assessment and CER proposed.
xii. Confirm suitability of air model used as per site characteristics in view of the complex atmospheric conditions of the coastal line and fumigation scenario. Superimpose air modeling isopleth on land use map of study area considering worst case scenario of the pollutants Mitigation measures based on the receptor points and path to be submitted.
xiii. Unit wise water balance to be submitted in tabular form.
xiv. Stack and process vents to be noted separately and all stack heights to be as per standards.
xv. HIRA shall be prepared for worst case scenario of Hydro Fluro Silicic acid storage tank failure. Quantitative Risk Analysis (QRA) leading to FN Curve for storage related risk to be submitted.
xvi. Reporting system of non-compliances/ violations to be submitted as per TOR 9(iii) and (iv).
xvii. Provide details about reduction in acid mist formation in sulphuric acid plant.
xviii. Provide details of interlocking system envisaged for copper smelter and sulphuric acid.
xix. Give detailed plan of the precautions to be taken during construction stage. | 03 Feb 2020 | | 3. | NA | i. Provide chemical characteristics of the sourcing Copper concentrate.
ii. Justification for installation of Water-Cooling Condenser (WCC)
iii. Provide details for proposed flue gas desulfurization.
iv. Reduce carbon foot print by heat recovery system generating from the plant.
v. Access roads to be provided for all the solid waste storages such as copper slag, gypsum storage & secured land fill and adequate green belt to be developed around all the solid waste storages.
vi. Provide utilisation plan for copper slag and phospho-gypsum, with details of storage yard.
vii. Provide various stream characteristics being treated in ETP and treatment process.
viii. Environment Management Plan to be revised and updated with intervention for wildlife management, mangrove conservation, active mud flats and post project monitoring around solid waste storages.
ix. Storm water management plan to be revised based on peak rainfall. Rainwater Harvesting calculations to be provided.
x. OHS monitoring plan based on ICMR-NIOH study and ILO guidelines to be included.
xi. Provide linkage between Public Hearing, Social Impact Assessment and CER proposed.
xii. Confirm suitability of air model used as per site characteristics in view of the complex atmospheric conditions of the coastal line and fumigation scenario. Superimpose air modeling isopleth on land use map of study area considering worst case scenario of the pollutants Mitigation measures based on the receptor points and path to be submitted.
xiii. Unit wise water balance to be submitted in tabular form.
xiv. Stack and process vents to be noted separately and all stack heights to be as per standards.
xv. HIRA shall be prepared for worst case scenario of Hydro Fluro Silicic acid storage tank failure. Quantitative Risk Analysis (QRA) leading to FN Curve for storage related risk to be submitted.
xvi. Reporting system of non-compliances/ violations to be submitted as per TOR 9(iii) and (iv).
xvii. Provide details about reduction in acid mist formation in sulphuric acid plant.
xviii. Provide details of interlocking system envisaged for copper smelter and sulphuric acid.
xix. Give detailed plan of the precautions to be taken during construction stage. | 03 Feb 2020 | | 4. | ADS Raise Letter | i. Provide chemical characteristics of the sourcing Copper concentrate.
ii. Justification for installation of Water-Cooling Condenser (WCC)
iii. Provide details for proposed flue gas desulfurization.
iv. Reduce carbon foot print by heat recovery system generating from the plant.
v. Access roads to be provided for all the solid waste storages such as copper slag, gypsum storage & secured land fill and adequate green belt to be developed around all the solid waste storages.
vi. Provide utilisation plan for copper slag and phospho-gypsum, with details of storage yard.
vii. Provide various stream characteristics being treated in ETP and treatment process.
viii. Environment Management Plan to be revised and updated with intervention for wildlife management, mangrove conservation, active mud flats and post project monitoring around solid waste storages.
ix. Storm water management plan to be revised based on peak rainfall. Rainwater Harvesting calculations to be provided.
x. OHS monitoring plan based on ICMR-NIOH study and ILO guidelines to be included.
xi. Provide linkage between Public Hearing, Social Impact Assessment and CER proposed.
xii. Confirm suitability of air model used as per site characteristics in view of the complex atmospheric conditions of the coastal line and fumigation scenario. Superimpose air modeling isopleth on land use map of study area considering worst case scenario of the pollutants Mitigation measures based on the receptor points and path to be submitted.
xiii. Unit wise water balance to be submitted in tabular form.
xiv. Stack and process vents to be noted separately and all stack heights to be as per standards.
xv. HIRA shall be prepared for worst case scenario of Hydro Fluro Silicic acid storage tank failure. Quantitative Risk Analysis (QRA) leading to FN Curve for storage related risk to be submitted.
xvi. Reporting system of non-compliances/ violations to be submitted as per TOR 9(iii) and (iv).
xvii. Provide details about reduction in acid mist formation in sulphuric acid plant.
xviii. Provide details of interlocking system envisaged for copper smelter and sulphuric acid.
xix. Give detailed plan of the precautions to be taken during construction stage. | 03 Feb 2020 | | 5. | ADS Reply Letter | Response to ADS by EAC(Industry-I) for Adani Copper Refinery Project at Mundra, Gujarat is submitted here. High resolution Hard copy along with Soft copy will also be submitted in MoEF&CC office. | 25 Jun 2019 | | 6. | ADS Raise Letter | Site visit may be held after submission of the information | 14 May 2019 |
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| | Undertaking |
| 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 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. |
| | | Name of Applicant | Prodyut Maji | | Designation | Authorized Signatory and Project Manager | | Name of Company (Applicant Name should not be given here) | ADANI ENTERPRISES LTD | | Address | Adani House,
Near Mithakali Circle,
Navrangpura, Ahmedabad 380009, Gujarat |
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