Summary Environmental Impact Assessment Report.pptx

SUMMARY of �FINAL ENVIRONMENTAL IMPACT ASSESSMENT REPORT��1.8 MTPA COAL WASHERY GARE PALMA CAPTIVE COAL BLOCK IV/8 ��Near Village - Khamaria �Tehsil - Gharghoda �District - Raigarh �(CHHATTISGARH) ��BY�JAYASWAL NECO INDUSTRIES LIMITED

1. SUMMARY of FINAL ENVIRONMENTAL IMPACT ASSESSMENT REPORT 1.8 MTPA COAL WASHERY GARE PALMA CAPTIVE COAL BLOCK IV/8 Near Village - Khamaria Tehsil - Gharghoda District - Raigarh (CH HATTISGARH ) BY JAYASWAL NECO INDUSTRIES LIMITED Prepared by: Wanpyndapbiang Nongrang

2. INTRODUCTION Project proponent: Jayaswal NECO Industries Limited (JNIL) Consultant: EMTRC Consultants Pvt. Ltd. source: https://www.necoindia.com/index.php

3. PROJECT NAME & LOCATION 1.8 Million Tons Per Annum (MTPA) Coal Washery Location: Gare Palma IV/8 Coal Mine, Khamaria Village, Tehsil Ghargoda , Raigarh, Chhattisgarh Latitude/Longitude 22°08’52” N to 22°10’55” N, 83°29’55” E to 83°31’48” E Site Area: 10.336 hectares of non-forest land Nearest Villages: Khamaria, Kondkel (1 km southeast), Karuwahi (0.5 km west)

4. OVERVIEW DESCRIPTION Environmental Clearance: December 2008 Coal Source: Gare IV/4 and Gare IV/8 captive coal mines

5. Production Capacity 1,650 tons/day washed coal for JNIL Steel Plant at Siltara (Raipur) 3,850 tons/day middlings for proposed Thermal Power Plant at Jobra -Hamirpur Sources: https://www.indiamart.com/proddetail/washed-coal-2853131982130.html?pos=1&enqformpdp=1 https://ibmd.tatasteel.com/products/coal-middlings/ PRODUCTION PROCESSES

6. Production Capacity PRODUCTION PROCESSES

7. PRODUCTION PROCESSES Sources: https://stock.adobe.com/search?k=%22coal+trucks%22

8. PRODUCTION PROCESSES

9. Sources : https://www.linkedin.com/pulse/thickener-where-flocculants-mainly-used-nuoer-chemicals-iran-branch https://www.indiamart.com/proddetail/heavy-media-cyclone-21191314388.html PRODUCTION PROCESSES

10. Sources : https://www.linkedin.com/pulse/thickener-where-flocculants-mainly-used-nuoer-chemicals-iran-branch https://www.indiamart.com/proddetail/heavy-media-cyclone-21191314388.html PRODUCTION PROCESSES

11. DESCRIPTION of the ENVIRONMENT BASELINE DATA Collection Study Period :1st April 2010 to 30th June 2010 Study Area :10 km area in and around the project site Data Collection : Followed standard/approved procedures of the Ministry of Environment & Forests and the Central Pollution Control Board fig: Map showing 10 km radius for project area

12. Meteorology Meteorological Parameters Temperature Relative humidity Rainfall Wind Speed Wind Direction Cloud cover

13. Meteorology Category Ranges Month Value Temperature Highest May 42.6℃ Lowest January 13.2℃ Humidity Highest August 86% Lowest March 20% Rainfall Highest July 453.8mm Lowest March 4.1mm windspeed Highest May- June 5.9km/h Lowest November- December 2.9km/h Pre-dominant Wind direction Summer April- June NW, SW Monsoon July- Sept NW,SW Winter October- Jan NW,NW Cloud Cover Highest July – August 7.3 octas Lowest November 1.6 octas

14. AIR QUALITY MONITORING LOCATIONS

15. AIR QUALITY MONITORING LOCATIONS Parameter Observed Mean Range NAAQS Standard SPM 116 to 158 µg/m³ 200 µg/m³ RSPM 39 to 54 µg/m³ 100 µg/m³ SO2 5.0 to 7.6 µg/m³ 80 µg/m³ NOx 9.0 to 12.4 µg/m³ 80 µg/m³

16. AIR QUALITY MONITORING LOCATIONS PARAMETERS Parameter Observed Mean Range NAAQS Standard SPM 116 to 158 µg/m³ 200 µg/m³ RSPM 39 to 54 µg/m³ 100 µg/m³ SO2 5.0 to 7.6 µg/m³ 80 µg/m³ NOx 9.0 to 12.4 µg/m³ 80 µg/m³

17. Noise Levels Monitoring Locations: Noise levels were measured at 8 locations Parameters Monitored: Daytime Noise Levels Nighttime Noise Levels

18. Observed Noise Level Time Period Observed Noise Levels (dB(A)) Prescribed Standards (dB(A)) Day Time 45.9 to 51.1 55 Night Time 40.2 to 42.7 45

19. Water Quality Sources Monitored: Groundwater quality samples were drawn from 6 locations Surface water quality was analyzed at 4 locations

20. Water Quality

21. Water Quality

22. Soil Quality Sampling Locations: Multiple strategic points Parameters Monitored

23. LAND USE PATTERN IN HECTARES AND PERCENTAGE

24. LAND USE PATTERN IN HECTARES AND PERCENTAGE

25. DEMOGRAPHIC PROFILE collected from District Statistics Handbook and the Tehsil records.

26. OCCUPATIONAL PATTERN

27. SOCIOECONOMIC SCENARIO

28. Dust Suppression Systems MITIGATION MEASURES AND ENVIRONMENTAL IMPACT

29. Wastewater and Rainwater Management MITIGATION MEASURES AND ENVIRONMENTAL IMPACT

30. MITIGATION MEASURES AND ENVIRONMENTAL IMPACT

31. MITIGATION MEASURES AND ENVIRONMENTAL IMPACT Dust and Noise Control

32. ENVIRONMENTAL MONITORING PLAN

33. Environmental Management Cell (EMC) Objective : Evaluate pollution control performance and ensure compliance with standards. Management: Under the Chief Executive Officer of the plant, managed by qualified engineers. Outsourcing: Environmental monitoring will be conducted by recognized laboratories.

34. Responsibilities Regular Monitoring : Fugitive emissions, work environment, and corrective measures. Ambient air quality (upwind/downwind of crusher, plant boundary). Re-circulating water quality, Wastewater treatment plant inlet/outlet. Groundwater quality (near coal storage area, surrounding villages). Water quality (Kelo River, Bendra Nala – upstream/downstream). Noise levels (plant boundary, nearest habitation, work areas). Quantity & quality of middlings and fines for reuse. 2. Greenery Development and maintenance of greenbelt within the plant boundary. Environmental Management Cell (EMC)

35. Environmental Management Plan Objective : Effective management of environmental impacts and overall environmental protection through appropriate procedures. Budget Capital Expenditure: Rs.150 lakhs Recurring Annual Expenditure: 10% of capital expenditure Outcome Ensures compliance with relevant environmental legislation throughout the project life cycle.

36. THANK YOU

37. THANK YOU