environmental audit statement 2019-20
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1
ENVIRONMENTAL AUDIT STATEMENT
2019-20 For
JAMPALI OPENCAST MINE
Under
(RAIGARH AREA)
South Eastern Coalfields Limited
( A Mini Ratna Company )
Year of establishment - 2015 Capacity of Mine - 3.00 MTPA
Project Area - 658.10 Ha
Central Mine Planning & Design Institute Limited
Regional Institute – V
CMPDI Complex, Seepat Road
BILASPUR (C.G.)
2
ENVIRONMENTAL AUDIT STATEMENT (2019-20)
JAMPALI OPENCAST MINE
CHAPTER-I
TABLE-1.1
1.0 General Information : Jampali Opencast Mine, Jampali Sub Area Raigarh Area, SECL Company,
State- Chhattisgarh a) Extractable Reserves : 21.263 MT (3MTY Capacity) (01.04.2020) b) Target output & grade : 03 MT, Grade – (G-10, G-12, G-15) of coal (20-21) c) Seams Worked : Seam – XI-Top, Seam- XI- Bottom and Seam-XII d) Thickness of Seam : Thickness, Seam- XI- Top - 4.0m to 5.0m Worked (in mtrs.) Seam – XI – Bottom – 2.0 m to 2.5 m Seam- XII- 2.0 m to 2.5 m. e) Depth of Seams from the : Surface
i) Minimum : 6.16 mtrs. ii) Maximum : 74.82 mtrs f) Av. Stripping ratio mining purpose : 1: 4.35 g) No. of villages/families : 02 Villages h) i) Mining area (in Ha.) : 398.00 Ha
ii) Leasehold area other : 260.10 Mining purpose (in Ha.)
iii) Total leasehold area ( in Ha.) : 658.10 Ha
3
1.1 Brief Geology of Mine:
Singmouza- Jampali block is coved mainly by soil and alluvium. The general strike of strata of the shows NW-SE with local variation and dipping south-west. The amount of the dip is around 4⁰ , general variation of dip of the strata in the block is 2ο to 5ο at present seam XI Top and XI (Bottom). The three coal horizons with average thickness 1.20m to 6.07m have been considered for exploration.
1.2 Mining Method Description:
The overburden is being removed by shovel and dumper combination. Coal winning is done by surface miner. Tippers and pay loaders have been deployed on coal benches.
1.3 Present Status of The Mine:
1. Production Figures (in Million tons):
YEAR COAL OB
2014 – 15 0.6 MT 2.12 MCuM
2015 – 16 1.21 MT 4.28 MCuM
2016 – 17 0.877 MT 0.55 MCuM
2017 – 18 2.71MT 8..60 MCuM
2018 – 19 2.41 MT 6.317 MCuM
2019 – 20 2.23 MT 02.79 MCuM
2020 – 21 (Target) 3.0 MT 9.46 MCuM
2. No. of Inclines (Running) : NA 3. Shafts : NA
4. No. of quarries : 01 (ONE)
5. Overburden : Number of External Dumps- Two
Number of Internal Dump- One
6. Main Consumers : Power Plants
7. Mode of dispatch : Road Sale
4
CHAPTER-II
FORM-V
(See rule 14)
Environmental Statement for the Financial Year Ending
31st March 2020
PART-A
i) Name and address of the mine : Jampali Opencast Mine Distt. – Raigarh (Chhattisgarh) ii) Industry category Primary : Primary (SIC Code) or Secondary (SIC Code) iii) Production capacity units : 3.00 MT per Year iv) Year of Establishment : 2015 v) Date of the last environmental : September 2019 Statement Submitted.
5
PART- B
Water and Raw Materials Consumption:
(i) Water Consumption (KLD) Industrial - 1432 KLD Domestic - 04 KLD
Name of Products
Process water consumption per product output
During the previous financial year 2018-19
During the previous financial year 2019-20
Coal Water is not required for coal production
(ii) Raw materials consumption:
*Name of raw materials
Name of products
Consumption of raw material per unit of output
During the previous financial year 2018-19
During the previous financial year 2019-20
Explosive Coal 0.305787 kg/tonne 0.6840 kg/tonne
P.O.L Coal 0.0038738 Ltr./tonne 0.2580 Ltr./tonne
*Industry may use codes if disclosing details of raw materials would violate contractual obligations, otherwise all industries have to name the raw materials used.
PART-C
POLLUTANT DISCHARGED TO ENVIRONMENT/UNIT OF OUTPUT (Parameters as specified in the consent issued)
Pollutants (Including mine & colony
discharge of water)
Quantity of pollutants
discharged KLD
Concentrations of pollutants in
discharge KLD
Percentage of variation from
prescribed standards with
reasons
Air Not quantified
Monitoring report enclosed
Monitoring report enclosed
Water 1. Mine water
pumped out 2. Industrial water
discharged 3. Colony water
discharged
1432.00 KLD
NIL
NIL
Noise Not quantified
NOTE- The Environment Monitoring for Jampali OCM Started in May 2015. The pollutant concentrations level found the prescribed limit. And The Monitoring Reports (Air, Water, Noise analysis reports) of Jan 2020 to March 2020 are enclosed.
6
PART-D
(Hazardous Wastes) (As specified under Hazardous Wastes/Management Handling Rule, 1989)
Hazardous Wastes Total quantity (Kg)
During the previous financial year 2018-19
During the current financial year 2019-20
From Process NA NA
From Pollution control facilities
NA NA
Neither liquid nor solid hazardous waste is generated during underground coal mining.
PART-E
SOLID WASTES
Removal of overburden
Total quantity
During the previous financial year 2018-19
During the previous financial year 2019-20
Total O.B. 6.317 MCuM 2.791 MCuM
Total O.B. For back filling 6.2370 MCuM 2.791 MCuM
Total O.B. disposed 6.317 MCuM 2.791 MCuM
PART-F Please specify the characterization (in terms of composition and quantum) of hazardous as well as solid wastes and indicate disposal practice adopted for both these categories of wastes.
Description Qty. MT / Year(19-20) Collection Method
Steel Scrap NA NA
Copper Scrap NA NA
Aluminium Scrap NA NA
Used Oil 1000 Ltrs. Through hand barrel pump
7
PART-G Impact of the pollution abatement measure taken on conservation of natural resources and on the cost of production. In order to carry mining in eco-friendly manner following pollution measures have been implemented.
(A) Anti- Air pollution Measures: - --------------------------------------------------------------------------------------------------------------------- 1. Regular water sprinkling on haul road and coal transport road. 2. Water sprinkling on coal stock is practiced. 3. Black topping of transport road for 5.1 km has been done to arrest fugitive dust
emission
(B) Anti - Water pollution Measures: - 1. Mine water is passed through sedimentation pond for sedimentation of silt. 2. Catch drain has been constructed all around quarry and dump to control soil erosion.
(C) Anti – Noise pollution Measures: - 1. Workers exposed to high noise condition is provided with Ear Muff & Ear Plug. 2. Generally the Blasting Operation are carried out in between 1.30 PM to 3.00 PM. 3. Surface Miner is deployed for blasting free coal production, hence control the noise &
air pollution. ---------------------------------------------------------------------------------------------------------------------
PART- H Additional measures/investment proposals for environmental protection including abatement of pollution, prevention of pollution.
1. Plantation of 30,000 Nos. sapling on internal dump area (12 Ha.) has been planted by CG Van Vikash Nigam.
2. Proposal for construction of oil and grease trap along with sedimentation tank has been sent to Bilaspur HQ.
---------------------------------------------------------------------------------------------------------------------
PART- I Any other particulars for improving the quality of the environment.
1. Thick vegetation and plantation on the overburden dumps and along the service roads of mines. ---------------------------------------------------------------------------------------------------------------------
*****
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Analyzed by Dy.Manager-Environment
Page 7 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
AIR QUALITY REPORT
Month JANUARY Area RAIGARH Report No BSP/2020/01/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 22.02.2020
Name of the Project Jampali OC Sample Reference No. 68-75
Parameter PM100 PM10 PM2.5 SOX NOX
Remarks Lim
it (
in
µg
/m3)-
24
hrs
Industrial Zone -(G.S.R. 742(E),
dated 25.9.2000)
A-O 600 300 - 120 120
A-N 500 250 - 120 120
Residential Zone-(G.S.R. 826(E),
dated 16.11.2009 and GSR 176 (E),
02.04.1996)
B 200 100 60 80 80
Method of analysis IS-5182
PART
4:2005
IS-5182
PART
23:2006
CPCB Vol-
I, 2013
IS-5182
PART
2:2001
IS-5182
PART
6:2006
Uncertainty Range (in µg/m3) ±19.04 ±0.0687 ±0.4420
Station Name
(Code)
Station
category
Date of
sampling
Date of
analysis
21-Sub area
manager office A-N
11.01.2020 13.01.2020 481 165 51 31 28
27.01.2020 05.02.2020 419 236 57 38 33
22-Singmojha
Village B
11.01.2020 13.01.2020 186 87 46 28 31
27.01.2020 05.02.2020 159 78 40 26 37
23-Kosamghat
Village B
07.01.2020 13.01.2020 197 83 40 28 29
28.01.2020 05.02.2020 187 88 46 26 30
24-Posalda Village B 07.01.2020 13.01.2020 138 70 37 22 32
28.01.2020 05.02.2020 147 74 39 27 20
25-Kudumkela
Village B
07.01.2020 13.01.2020 184 90 49 29 24
28.01.2020 05.02.2020 169 79 47 26 41
26-Saraipali
Village B
07.01.2020 13.01.2020 177 86 48 25 28
28.01.2020 05.02.2020 165 82 46 28 29
27-Howramoda
Village B
12.01.2020 14.01.2020 162 78 39 34 41
31.01.2020 05.02.2020 171 88 48 19 32
28-Jampali Village B 12.01.2020 14.01.2020 184 84 38 33 34
31.01.2020 05.02.2020 197 75 32 18 28
Analyzed by Dy.Manager-Environment
Page 13 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
NOISE QUALITY REPORT
Month JANUARY Area RAIGARH Report No BSP/2020/01/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 22.02.2020
Name of the Project JAMPALI OC Sample Reference No. N83-N90
Parameter The Noise Pollution (R & C) rules, 2000
Remarks
Day Time Night Time
Limit (in dB(A)
Leq
Industrial area A 75 70
Commercial area B 65 55
Residential Area C 55 45
Silence Zone D 50 40
Method of analysis CPCB Protocol For Ambient Level Noise Monitoring
Station (Code) Station
Name
Station
category
Date of
measurement Value in dB(A) Value in dB(A)
21-SAM Office- Jampali OC A 08.01.2020 49.2 37.0
31.01.2020 50.3 48.5
22-Singmojha Village C 08.01.2020 49.4 36.0
31.01.2020 51.2 41.7
23-Kosamghat Village C 08.01.2020 50.3 34.2
31.01.2020 51.6 44.3
24-Posalda Village C 08.01.2020 49.4 35.4
31.01.2020 49.8 40.8
25-Kudumkela Village C 08.01.2020 50.2 37.1
31.01.2020 50.7 44.0
26-Saraipali Village C
08.01.2020 50.4 37.9
31.01.2020 50.9 44.2
27-Howramoda Village C
08.01.2020 51.7 38.0
31.01.2020 52.1 44.1
28-Jampali Village C 08.01.2020 49.3 37.0
31.01.2020 53.2 40.4
Analyzed by Dy.Manager-Environment
Page 19 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
EFFLUENT QUALITY REPORT
Month JANUARY Area RAIGARH Report No BSP/2020/01/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 22.02.2020
Name of the Project JAMPALI OC Sample Reference No. E52-E54
Parameter pH Value,
Total suspended
Solids, mg/l,
max
C.O.D, mg/l,
max
Oil & Grease,
mg/l, max
Lower Detection Limit 1.00 10.0 8.0 4.0
General Standards for Discharge of
Environmental Pollution (Part A: Effluent) as
per Schedule VI, Environment (Protection)
Rules
5.5 to 9.0 100.0 250.0 10.0
Method of Analysis
IS 3025 (Part
11):1983, (RA :
1996), Electrometric
Method
IS 3025 (Part
17):1984, (RA:
1996), Gravimetric
Method
APHA, 23rd
Edition, 2017,
5220C, Closed
Reflux, Titration
Method
IS 3025 (Part
39):1991,(RA :
2003), Partition
Gravimetric
Method
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
±0.8841821 at 4.025 ±0.445mg/l at
24.429 mg/l
±6.209 mg/l at
247.427 mg/l
±1.81 mg/l at
9.94 mg/l
Station Station
Name
Date of
sampling
Date of
analysis
9.Mine discharge
water
12.01.2020 20.01.2020 7.14 BDL BDL BDL
31.01.2020 12.02.2020 6.99 14.0 9.0 BDL
10. At Kurket river
100m up stream
12.01.2020 20.01.2020 7.45 BDL BDL BDL
31.01.2020 12.02.2020 7.02 12.0 16.0 BDL
11. At Kurket river
100m down stream
12.01.2020 20.01.2020 7.43 BDL BDL BDL
31.01.2020 12.02.2020 7.19 12.0 15.0 BDL
January 2020 Area
vi
vii
to
vi viiAcceptable
Limit (Max)*
1 1 3 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 1 2 1
5 6.73 6.91 6.5-8.5
6 95 180 200
7 120 296 200
8 0.15 0.08 0.3
9 37.65 128.6 250
10 BDL BDL 0.2
11 281 758 500
12 26.36 61.85 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 30.72 53.4 200
16 18.19 24.99 45
17 BDL BDL 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.12 0.17 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. JN20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 13-02-20 11:33
Project Jampali OC Sample Ref. No. CMPDI/26(A), Date:-09/01/2020
Sampling StationsDrinking water well water from Kosamghat(up dip to mine) Date of Sampling 9-Jan-2020
Drinking water well water from Posalda(up dip to mine) Date of Sampling 9-Jan-2020
Date of Analysis 9-Jan-2020 7-Feb-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012
Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)
Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I5
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Junior Scientific Asst
SECL Complex, Seepat Road
Bilaspur (C.G.)- 495 006
Phone: (07752) 246371
email: hk.gour@coalindia.in; mr.singh@coalindia.in
January 2020 Area
viii
ix
to
viii ixAcceptable
Limit (Max)*
1 2 1 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 BDL BDL 1
5 6.76 6.81 6.5-8.5
6 80 105 200
7 136 156 200
8 0.24 BDL 0.3
9 3.91 35 250
10 BDL BDL 0.2
11 215 303 500
12 36.25 38.72 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 5.9 26.09 200
16 BDL 12.74 45
17 0.15 BDL 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.38 0.06 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. JN20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 13-02-20 11:33
Project Jampali OC Sample Ref. No. CMPDI/26(A), Date:-09/01/2020
Sampling StationsWell water from Saraipali (down dip to mine) Date of Sampling 9-Jan-2020
Bore well water from Kudumkela (down dip to mine) Date of Sampling 9-Jan-2020
Date of Analysis 9-Jan-2020 7-Feb-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012
Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)
Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I6
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Junior Scientific Asst
SECL Complex, Seepat Road
Bilaspur (C.G.)- 495 006
Phone: (07752) 246371
email: hk.gour@coalindia.in; mr.singh@coalindia.in
Analyzed by Dy.Manager-Environment
Page 7 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
AIR QUALITY REPORT
Month FEBRUARY Area RAIGARH Report No BSP/2020/02/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 28.03.2020
Name of the Project Jampali OC Sample Reference No. 68-75
Parameter PM100 PM10 PM2.5 SOX NOX
Remarks Lim
it (
in
µg
/m3)-
24
hrs
Industrial Zone -(G.S.R. 742(E),
dated 25.9.2000)
A-O 600 300 - 120 120
A-N 500 250 - 120 120
Residential Zone-(G.S.R. 826(E),
dated 16.11.2009 and GSR 176 (E),
02.04.1996)
B 200 100 60 80 80
Method of analysis IS-5182
PART
4:2005
IS-5182
PART
23:2006
CPCB Vol-
I, 2013
IS-5182
PART
2:2001
IS-5182
PART
6:2006
Uncertainty Range (in µg/m3) ±19.04 ±0.0687 ±0.4420
Station Name
(Code)
Station
category
Date of
sampling
Date of
analysis
21-Sub area
manager office A-N
10.02.2020 18.02.2020 410 168 54 25 30
18.02.2020 26.02.2020 391 158 51 29 33
22-Singmojha
Village B
10.02.2020 18.02.2020 184 85 36 15 22
22.02.2020 26.02.2020 163 75 28 20 23
23-Kosamghat
Village B
11.02.2020 18.02.2020 172 76 31 25 27
22.02.2020 26.02.2020 187 89 39 23 29
24-Posalda Village B 11.02.2020 18.02.2020 176 80 33 17 20
23.02.2020 26.02.2020 142 72 27 15 19
25-Kudumkela
Village B
11.02.2020 18.02.2020 130 68 24 20 25
23.02.2020 26.02.2020 159 79 31 24 28
26-Saraipali
Village B
11.02.2020 18.02.2020 188 90 40 26 22
23.02.2020 26.02.2020 173 82 32 23 27
27-Howramoda
Village B
14.02.2020 19.02.2020 180 83 36 25 24
23.02.2020 04.03.2020 185 86 30 27 25
28-Jampali Village B 14.02.2020 19.02.2020 163 71 27 20 23
24.02.2020 04.03.2020 170 78 29 18 21
Analyzed by Dy.Manager-Environment
Page 13 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
NOISE QUALITY REPORT
Month FEBRUARY Area RAIGARH Report No BSP/2020/02/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 28.03.2020
Name of the Project JAMPALI OC Sample Reference No. N83-N90
Parameter The Noise Pollution (R & C) rules, 2000
Remarks
Day Time Night Time
Limit (in dB(A)
Leq
Industrial area A 75 70
Commercial area B 65 55
Residential Area C 55 45
Silence Zone D 50 40
Method of analysis CPCB Protocol For Ambient Level Noise Monitoring
Station (Code) Station
Name
Station
category
Date of
measurement Value in dB(A) Value in dB(A)
21-SAM Office- Jampali OC A 11.02.2020 54.5 48.4
28.02.2020 53.7 49.9
22-Singmojha Village C 11.02.2020 48.6 42.9
28.02.2020 47.3 41.6
23-Kosamghat Village C 11.02.2020 43.2 40.8
28.02.2020 49.5 40.1
24-Posalda Village C 11.02.2020 42.6 41.5
28.02.2020 46.8 43.7
25-Kudumkela Village C 11.02.2020 54.3 45.8
28.02.2020 52.3 44.8
26-Saraipali Village C
11.02.2020 53.9 45.8
28.02.2020 49.4 39.7
27-Howramoda Village C
11.02.2020 43.3 40.5
28.02.2020 50.5 39.1
28-Jampali Village C 11.02.2020 44.3 40.4
28.02.2020 49.3 40.2
Analyzed by Dy.Manager-Environment
Page 19 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
EFFLUENT QUALITY REPORT
Month FEBRUARY Area RAIGARH Report No BSP/2020/02/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 28.03.2020
Name of the Project JAMPALI OC Sample Reference No. E52-E54
Parameter pH Value,
Total suspended
Solids, mg/l,
max
C.O.D, mg/l,
max
Oil & Grease,
mg/l, max
Lower Detection Limit 1.00 10.0 8.0 4.0
General Standards for Discharge of
Environmental Pollution (Part A: Effluent) as per
Schedule VI, Environment (Protection) Rules 5.5 to 9.0 100.0 250.0 10.0
Method of Analysis
IS 3025 (Part
11):1983, (RA :
1996),
Electrometric
Method
IS 3025 (Part
17):1984, (RA:
1996), Gravimetric
Method
APHA, 23rd
Edition, 2017,
5220C, Closed
Reflux, Titration
Method
IS 3025 (Part
39):1991,(RA :
2003), Partition
Gravimetric
Method
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
±0.8841821 at
4.025
±0.445mg/l at
24.429 mg/l
±6.209 mg/l at
247.427 mg/l
±1.81 mg/l at
9.94 mg/l
Station Station
Name
Date of
sampling
Date of
analysis
9.Mine discharge
water
14.02.2020 16.02.2020 to
26.02.2020 6.90 BDL 8.0 BDL
27.02.2020 02.03.2020 to
13.03.2020 7.28 BDL 8.0 BDL
10. At Kurket river
100m up stream
14.02.2020 16.02.2020 to
26.02.2020 6.87 BDL 8.0 BDL
27.02.2020 02.03.2020 to
13.03.2020 7.42 BDL 16.0 BDL
11. At Kurket river
100m down stream
14.02.2020 16.02.2020 to
26.02.2020 6.91 BDL BDL BDL
27.02.2020 02.03.2020 to
13.03.2020 7.33 BDL 8.0 BDL
February 2020 Area
vivii
to
vi viiAcceptable
Limit (Max)*
1 6 6 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 BDL 2 1
5 6.89 6.46 6.5-8.5
6 101 242 200
7 158 360 200
8 BDL BDL 0.3
9 36.00 134.0 250
10 BDL BDL 0.2
11 271 840 500
12 21.14 64.19 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 19.21 46.99 200
16 BDL BDL 45
17 0.28 0.33 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.02 0.02 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
Junior Scientific Asst Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I5
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Date of Analysis 13-Feb-2020 5-Mar-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Project Jampali OC Sample Ref. No. CMPDI/103, Date:-14/02/2020
Sampling StationsDrinking water well water from Kosamghat(up dip to mine) Date of Sampling 13-Feb-2020
Drinking water well water from Posalda(up dip to mine) Date of Sampling 13-Feb-2020
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITEDEnvironment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. FB20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 13-03-20 13:03
CMPDI Complex, Seepat RoadBilaspur (C.G.)- 495 006Phone: (07752) 258485
email: hk.gour@coalindia.in; mr.singh@coalindia.in
February 2020 Area
viiiix
to
viii ixAcceptable
Limit (Max)*
1 6 5 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 1 BDL 1
5 6.68 6.42 6.5-8.5
6 40 121 200
7 52 160 200
8 BDL BDL 0.3
9 20.50 39.0 250
10 BDL BDL 0.2
11 80 273 500
12 3.2 28.0 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 2.3 19.25 200
16 BDL BDL 45
17 BDL 0.34 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.38 0.06 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
Junior Scientific Asst Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I6
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Date of Analysis 13-Feb-2020 5-Mar-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Project Jampali OC Sample Ref. No. CMPDI/103, Date:-14/02/2020
Sampling StationsWell water from Saraipali (down dip to mine) Date of Sampling 13-Feb-2020
Bore well water from Kudumkela (down dip to mine) Date of Sampling 13-Feb-2020
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITEDEnvironment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. FB20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 13-03-20 13:03
CMPDI Complex, Seepat RoadBilaspur (C.G.)- 495 006Phone: (07752) 258485
email: hk.gour@coalindia.in; mr.singh@coalindia.in
Analyzed by Dy.Manager-Environment
Page 7 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
AIR QUALITY REPORT
Month MARCH Area RAIGARH Report No BSP/2020/03/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 08.04.2020
Name of the Project Jampali OC Sample Reference No. 68-75
Parameter PM100 PM10 PM2.5 SOX NOX
Remarks Lim
it (
in
µg
/m3)-
24
hrs
Industrial Zone -(G.S.R. 742(E),
dated 25.9.2000)
A-O 600 300 - 120 120
A-N 500 250 - 120 120
Residential Zone-(G.S.R. 826(E),
dated 16.11.2009 and GSR 176 (E),
02.04.1996)
B 200 100 60 80 80
Method of analysis IS-5182
PART
4:2005
IS-5182
PART
23:2006
CPCB Vol-
I, 2013
IS-5182
PART
2:2001
IS-5182
PART
6:2006
Uncertainty Range (in µg/m3) ±19.04 ±0.0687 ±0.4420
Station Name
(Code)
Station
category
Date of
sampling
Date of
analysis
21-Sub area
manager office A-N
11.03.2020 17.03.2020 408 157 50 22 30
23.03.2020 30.03.2020 411 169 55 29 33
22-Singmojha
Village B
11.03.2020 17.03.2020 180 83 39 19 24
23.03.2020 30.03.2020 172 74 35 22 21
23-Kosamghat
Village B
12.03.2020 18.03.2020 181 84 40 24 26
24.03.2020 31.03.2020 184 87 44 26 27
24-Posalda Village B 12.03.2020 18.03.2020 151 75 37 14 20
24.03.2020 31.03.2020 146 70 34 19 22
25-Kudumkela
Village B
12.03.2020 18.03.2020 153 78 38 22 23
24.03.2020 31.03.2020 150 73 35 26 28
26-Saraipali
Village B
12.03.2020 18.03.2020 186 87 40 25 32
……… ……… NC NC NC NC NC
27-Howramoda
Village B
15.03.2020 19.03.2020 191 90 46 26 30
……… ……… NC NC NC NC NC
28-Jampali Village B 15.03.2020 19.03.2020 175 74 27 24 27
24.03.2020 31.03.2020 178 83 29 20 26
Note : NC – Samples Not Collected due COVID19 Pan India Lockdown
Analyzed by Dy.Manager-Environment
Page 13 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
NOISE QUALITY REPORT
Month MARCH Area RAIGARH Report No BSP/2020/03/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 08.04.2020
Name of the Project JAMPALI OC Sample Reference No. N83-N90
Parameter The Noise Pollution (R & C) rules, 2000
Remarks
Day Time Night Time
Limit (in dB(A)
Leq
Industrial area A 75 70
Commercial area B 65 55
Residential Area C 55 45
Silence Zone D 50 40
Method of analysis CPCB Protocol For Ambient Level Noise Monitoring
Station (Code) Station
Name
Station
category
Date of
measurement Value in dB(A) Value in dB(A)
21-SAM Office- Jampali OC A 12.03.2020 53.6 52.4
……… NC NC
22-Singmojha Village C 12.03.2020 40.5 41.9
……… NC NC
23-Kosamghat Village C 12.03.2020 46.4 38.3
……… NC NC
24-Posalda Village C 12.03.2020 46.3 40.8
……… NC NC
25-Kudumkela Village C 12.03.2020 47.1 49.0
……… NC NC
26-Saraipali Village C 12.03.2020 44.2 35.8
……… NC NC
27-Howramoda Village C
12.03.2020 44.1 37.6
……… NC NC
28-Jampali Village C 12.03.2020 39.3 39.8
……… NC NC
Note : NC – Samples Not Collected due COVID19 Pan India Lockdown
Analyzed by Dy.Manager-Environment
Page 19 of 21
Note: 1) The results above relate to the samples tested.
2) This report cannot be reproduced in part or full without the written permission of the HOD (Env), CMPDI Bilaspur, RI-V.
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V, Phone: (07815) 271646, email: rdri5.cmpdi@coalindia.in,
website: www.cmpdi.co.in
cmpdi
A Mini-Ratna Company
EFFLUENT QUALITY REPORT
Month MARCH Area RAIGARH Report No BSP/2020/03/05
Name of the Customer South Eastern Coalfields Ltd, Bilaspur Date of Issue 08.04.2020
Name of the Project JAMPALI OC Sample Reference No. E52-E54
Parameter pH Value,
Total suspended
Solids, mg/l,
max
C.O.D, mg/l,
max
Oil & Grease,
mg/l, max
Lower Detection Limit 1.00 10.0 8.0 4.0
General Standards for Discharge of
Environmental Pollution (Part A: Effluent) as
per Schedule VI, Environment (Protection)
Rules
5.5 to 9.0 100.0 250.0 10.0
Method of Analysis
IS 3025 (Part
11):1983, (RA :
1996), Electrometric
Method
IS 3025 (Part
17):1984, (RA:
1996), Gravimetric
Method
APHA, 23rd
Edition, 2017,
5220C, Closed
Reflux, Titration
Method
IS 3025 (Part
39):1991,(RA :
2003), Partition
Gravimetric
Method
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
Uncertainty of Measurement
(at 95% C.L & K= 1.96)
±0.8841821 at 4.025 ±0.445mg/l at
24.429 mg/l
±6.209 mg/l at
247.427 mg/l
±1.81 mg/l at
9.94 mg/l
Station Station
Name
Date of
sampling
Date of
analysis
9.Mine discharge
water
15.03.2020
18.03.2020
to
31.03.2020
6.64 BDL BDL BDL
........ ........ NC NC NC NC
10. At Kurket river
100m up stream
15.03.2020
18.03.2020
to
31.03.2020
7.27 BDL 8.0 BDL
........ ........ NC NC NC NC
11. At Kurket river
100m down stream
15.03.2020
18.03.2020
to
31.03.2020
6.68 BDL BDL BDL
........ ........ NC NC NC NC
Note : NC – Samples Not Collected due COVID19 Pan India Lockdown
March 2020 Area
vi
vii
to
vi viiAcceptable
Limit (Max)*
1 BDL BDL 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 2 1 1
5 6.24 6.28 6.5-8.5
6 125 210 200
7 144 220 200
8 BDL BDL 0.3
9 34.50 62.6 250
10 BDL BDL 0.2
11 296 416 500
12 40.8 44.97 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 16.25 49.67 200
16 14.13 25.31 45
17 0.16 0.75 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.06 0.17 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. MR20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 06-04-20 12:21
Project Jampali OC Sample Ref. No. CMPDI/207 (A), Date:-21/03/2020
Sampling StationsDrinking water well water from Kosamghat(up dip to mine) Date of Sampling 21-Mar-2020
Drinking water well water from Posalda(up dip to mine) Date of Sampling 21-Mar-2020
Date of Analysis 23-Mar-2020 4-Apr-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012
Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)
Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I5
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Junior Scientific Asst
SECL Complex, Seepat Road
Bilaspur (C.G.)- 495 006
Phone: (07752) 258485
email: hk.gour@coalindia.in; mr.singh@coalindia.in
March 2020 Area
viii
ix
to
viii ixAcceptable
Limit (Max)*
1 BDL BDL 5
2 Agreeable Agreeable Agreeable
3 BDL BDL 0.001
4 2 2 1
5 7.18 6.28 6.5-8.5
6 30 170 200
7 289 266 200
8 BDL BDL 0.3
9 10.27 28.9 250
10 BDL BDL 0.2
11 640 429 500
12 56.8 27.6 75
13 BDL BDL 0.05
14 BDL BDL 0.1
15 BDL 52.79 200
16 2.35 26.64 45
17 BDL 0.75 1
18 BDL BDL 0.01
19 BDL BDL 0.01
20 BDL BDL 0.01
21 0.06 0.05 5
22 BDL BDL 0.05
23 NIL NIL Nil
24 BDL BDL 0.5
CENTRAL MINE PLANNING AND DESIGN INSTITUTE LIMITED
Environment Laboratory, Regional Institute-V
DRINKING WATER ANALYSIS REPORT
Month Raigarh Report No. MR20RG
Customer South Eastern Coalfields Ltd (SECL), Bilaspur Date of Issue 06-04-20 12:21
Project Jampali OC Sample Ref. No. CMPDI/207 (A), Date:-21/03/2020
Sampling StationsWell water from Saraipali (down dip to mine) Date of Sampling 21-Mar-2020
Bore well water from Kudumkela (down dip to mine) Date of Sampling 21-Mar-2020
Date of Analysis 23-Mar-2020 4-Apr-2020
Sl.
No.Parameter Method of Analysis
Observed Values IS 10500: 2012
Uncertainty of Measurement
(at 95% Confidence Level &
K= 1.96)
Phenolic compounds, mg/l
LDL: 0.001 mg/l
APHA, 23rd Edition,2017, 5530. C, Chloroform
Extraction Method0.002 ±0.0204 mg/l at 0.100 mg/l
Turbidity, NTU
LDL: 1.0 NTU
IS 3025 (Part 10):1984, R : 2006, Nephelometric
Method5 ±0.855 NTU at 41.58 NTU
Permissible Limit
in the Absence of
Alternate Source
(Max)
Colour, Hazen
LDL: 1.0 Hazen
APHA, 23rd Edition,2017, 2120. C. Spectrometric
single wavelength method15 ±1.05 Hazen at 49.86 Hazen
Odour IS 3025 (Part 5):1983, Physical (Qualitative) Agreeable None
Total Hardness, mg/l as CaCO3
LDL: 4.0 mg/l
IS 3025 (Part 21):2009,
EDTA Method600 ±11.545 mg/l at 612.8 mg/l
Iron, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 53) :2003, R:2009
AAS-Flame MethodNo relaxation ±0.0782 mg/l at 7.95 mg/l
pH
LDL: 4.00
IS 3025 (Part 11):1983,
R : 2012, Electrometric MethodNo relaxation ±0.1272 at 7.01
Alkalinity, mg/l as CaCO3
LDL: 5.0 mg/l
IS 3025(Part 23):1986,R 2003
Titration Method600 ±0.19696 mg/l at 10.0 mg/l
Total Dissolved Solids, mg/l
LDL: 30.0 mg/l
IS 3025 (Part 16):1984
R : 2006, Gravimetric Method2000 ±4.473 mg/l at 592.0 mg/l
Calcium, mg/l
LDL: 5.0 mg/l
IS 3025 (Part 40): 1991,
R : 2009, EDTA Method200 ±2.512 mg/l at 99.8 mg/l
Chlorides, mg/l
LDL: 5.0 mg/l
IS 3025(Part 32):1988 ,
R : 2007, Argentometric Method1000 ±6.551 mg/l at 253.5 mg/l
Residual Free Chlorine, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500G,
DPD Colorimetric Method1 ±0.0082 mg/l at 0.1 mg/l
Sulphate, mg/l
LDL: 2.0 mg/l
APHA, 23rd Edition,2017, 4500- SO42- E
Turbidimetric Method400 ±0.640 mg/l at 19.88 mg/l
Nitrate, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500, B
UV-Spectrophotometric MethodNo relaxation ±0.528 mg/l at 20.41 mg/l
Copper, mg/l
LDL: 0.03 mg/l
IS 3025 (Part 42) : 1992
R : 2009, AAS-Flame Method1.5 ±0.131 mg/l at 4.90 mg/l
Manganese, mg/l
LDL: 0.05 mg/l
IS 3025 (Part 59) : 2006,
AAS-Flame Method0.3 ±0.026 mg/l at 2.44 mg/l
Arsenic, mg/l
LDL: 0.002 mg/l
IS 3025 (Part 37):1988,R 2003,
AAS- VGA Method0.05 ±.0081 mg/l at 0.018 mg/l
Lead, mg/l
LDL: 0.005 mg/l
APHA, 23rd Edition,2017, 3113B,
AAS-GTA MethodNo relaxation ±0.000266 mg/l at 0.005 mg/l
Fluoride, mg/l
LDL: 0.1 mg/l
APHA, 23rd Edition,2017, 4500, F- D SPADNS
Method1.5 ±0.014 mg/l at 0.98 mg/l
Selenium, mg/l
LDL: 0.001 mg/l
IS 3025 (Part 56):2003
AAS- VGA MethodNo relaxation ±0.000938 mg/l at 0.001 mg/l
Fecal Coliform, MPN/100 mlAPHA, 22nd Edition, 9221
Multiple Tube Fermentation Tech.No relaxation ---
Boron, mg/l
LDL: 0.5 mg/l
APHA, 23rd Edition,2017, 4500-B,
Carmine Method1 ±0.310 mg/l at 5.16 mg/l
Zinc, mg/l
LDL: 0.01 mg/l
IS 3025 ( Part 49 ) : 1994, R : 2009, AAS-Flame
Method15 ±0.0013 mg/l at 0.01 mg/l
Total Chromium, mg/l
LDL: 0.05 mg/lIS 3025 ( Part 52 ) : 2003, AAS-Flame Method No relaxation ±0.004 mg/l at 0.05 mg/l
Technical Manager
Note: The results above relate to the samples tested as received. This report cannot be reproduced in part or full without the written
permission of the HOD (Env), CMPDI, RI-V. The Green, Yellow and Red color highlights in observed values indicate acceptable values, values
exceeding acceptable limits but below permissible limits and values exceeding permissible limits respectively.
Page I6
*Except Sl. No. 10 for which Acceptable Limit is Min LDL indicates Lower Detection Limit & BDL indicates Below Detection
Deepanwita Bin M. Reagan Singh
Junior Scientific Asst
SECL Complex, Seepat Road
Bilaspur (C.G.)- 495 006
Phone: (07752) 258485
email: hk.gour@coalindia.in; mr.singh@coalindia.in
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