सीएमपीडीआई cmpdienvironmentclearance.nic.in/writereaddata/... · jhingurda...

MINING PLAN

(ALONG WITH MINE CLOSURE PLAN)

FOR

JHINGURDAH OPENCAST PROJECT

(5 Mtpa)

NORTHERN COALFIELDS LIMITED

September – 2018

Prepared By

Mine Planning Division

REGIONAL INSTITUTE – VI

P.O: Jayant, Dist. Singrauli, MP-486890

STRICTLY RESTRICTED FOR COMPANY USE ONLY

RESTRICTED The information given in this report is

not to be communicated either directly

or indirectly to the press or to any

person not holding an official position

in the CIL / Government. cmpdi

सीएमपीडीआई

A Mini Ratna Company

/

MINING PLANFOR

HINGURDAH OPENGAST PROJEGT(s Mtpa)

NO THERN GOALFIELDS LIMITED

SEPTEMBER - 20,l8

T

MINING PLANFOR


CONTENTS

Subiect Page No.

A MINING PLAN

lntroduction 1-3

2 Project Sile lnformation 35

3 5-7Geology

4 Geo-Mining Parameters

tvlining TechnologY 9-111

11-20lnfrastructure

7 20 21

21-228 Land Acquisition & Rehabililation

9 Safety & Conservation

10

'11

Environmental Management

Capital Provision

22

Mining Plan of Jhingurdah OCP

Sl. No.

1

6

Manpower & ProductivityI

MINING PLAN

FORJHINGURDAH OPENCAST PROJECT

B MINE CLOSURE PLAN

lntroduction 28-33

2 Mine Description 33-34

3 Closure Plan 34-47

4 Time Scheduling for Abandonment 47

5 Abandonment Cost 48-49

6 FinancialAssurance 50

7 Responsibililies of Mine Closure 51-52

Provision for Mine Closure 52-53

Mining Plan of Jhingurdah OCP

CONTENTS

1I

8

MINING PLAN

FORJHINGURDAH OPENCAST PROJECT

LIST OF PLATES

Land Reclamation Plan 7

SI, N o Descnption Plate No

1 Location Plan 1

2 Final Stage Quarry Plan 2

3 Final Stage Dump Plan 3

4Plan showing the existing posilion of Mineworking as on 01.08.2018

4

5 Quarry Cross-Sections (C-C' & D-D') 5(A)

6Final Dump Cross-Sections(A-A', & B-B) 5(B)

7 Land Use Plan 6

8

Mrning Plan of Jhingurdah OCP

MINING PLANOF


11

1.0 INTRODUCTION

A preliminary Project Report for Jhingurdah OCP in Singrauli Coalfieldwas prepared by NCDC in November, '1963 and sanctioned by the Govl.

vide letter no. C2'5(271163 dated 02.03.65. As per the above report it was

enyisaged to produce 1.80 Ml coal per annum at an average stripping

b of 0.92 m3/t and an estimated capital expenditure of

The Augmentation Scheme for liquidation of OB backlog and for creating

a bench configuration tor arresting decline in coal production wasprepared by CMPDI in 1992 for a capital investment of

1.7

He

Jhi

Year

182.30

un(

However, as per Ministry of Environment, Forest and Climate Change,Government of lndia, letter No.L-110'11/69/2014JA.11(M) dated

04.2018, mining projects which were granted environmental clearance

der the EIA Notificalion, 1994, and but not obtained environmental

arance for expansion/modernization/amendment under the EIA

06

cle

Notification, 2006 are required to obtain environmental clearance under

EIA Notiflcation. 2006

, this Mining Plan is solely prepared for regularization of EC of the

rdah OCP.

2-O PROJECT SITE INFORMATIONATION

Jhi urda Opencast Project is located in the Jhingurda Block, in thetern part of Singrauli coatfields in Singrauli district of MP

Actual reported by the Projectsl.No, OBR(Mm3)

106coal

1 61

1 .13 0.87

I

11

2011-12

2013 142412-13

't.56

2.27 4601213

2014- 1 5

2015-16 251 491224 29541

1

2016-172417-18 2.63 9.33

TOTAL 137.33

2.1

No

Page-3 Mining Plan lor Jhingurdah OCP

10

EC'EUP STATUS

The Projec't has received Environment clearance from the Ministry ofEnyironment and Forest, Government of lndia for a production capacity of

5 IIITPA vide letter No.J-1'lo15l171DOO3IA.ll(M) dated 1 1.05.2005.

MIIIING PLAN FOR OBTAINING ENVIRONMENTAL CLEARANCE ASPER THE EIA NOTIFICATION, 2006

Jhingurda Pmject was granted Environmental Clearance for 5 MTPAun{er the EIA Notification. 1994, vide letter no. J-11015/17'112003 -lA-ll

(M) dated 11-05-2005.

2.2

2.3 PHYSIOGRAPHY & DRAINAGE

Jhingurda Block has a high hill in the back ground with steep southem

slopes covered with trees. The hilltop is about 500 m above MSL where

as the cultivated area in forHround has an elevation ranging between360m to 385m above MSL.

The hill area is cut by Jhingurdah nallah and it's large number of feeders,

which flow from east to west and join the Chatka nallah in the west.During the dry season, there is hardly any flow of water in this nallah but

during the monsoon the discharge is very heavy.

2.4 CLIMATE

The climate of the area is tropical. There is a welldefined winter fromNovember to February. Summer lrom April to June and rainy season from

July to September. The lowest temperature recorded during winter(December to January) is generally 4"C and the maximum during thesame period is 21"C. ln summer (May/June), the maximum lemperatureas recorded goes up to 48"C and the minimum 21C". The average annual

rainfall is generally 1000 mm out of which about 95% is during June toSeptember only.

Page-4 ldining Plan for Jhingurdah OCP

The block lies between latitudes 24" 10' 29" to 24o 12' 31" North and

longitudes 82" 42' 00" to 82'44' 30" East.

COMMUNICATION

The nearest Railway Station Singrauli on Singrauli-Chopan of East-Cenlral Railway is located at a distance of 8 Kms from the proiect.

The project is connected with the allweather metalled road to Shaktinagar

and Renukut. The project is also approachable from the Company'sheadquarters at Singrauli by a fair weather road. The nearest air-strip is at

Myorepur (UP), located at a distance of about 80 Kms from Singrauli.

MARKETABILITY

The Jhingurdah Opencast Mine has in[ially linked to M/S Hindalco forRenusagar Power division and Obra thermal power station of UPSEB.Pr€

NC

3.0

3.'l

GE(

Sta

lsently, it serves as Basket Linkage to meet the overall demand oft_

)LOGY

tus of Exploration

Geological Succession

geological sequence established in Jhingurdah Block by detailedby GSl, NCDC & CMPDI is as follows.

+125

T

any Bore holes. The Raniganl and Barren measures outcrop in the Block.

Formations Lithology

R( rcent to Sub-Recent Soil and Sub Soil 10 to 25

Thickness(m)

Unconformity

Sandstone and Shale Up to 152.30Jhingurdah Top Seam(including Bands and parting)

105.80-159 70

25.00 to 58.00

6.40,19.02nRa rganI

About 60

Bi rrren Measures

Sandstone and Shale

Jhingurdah Bottom Seam(including Bands and parting)

Sandstone and Shale with thinCoal StringesFrom Coarse grained to clayeysandstone

Page-5 Mining Plan for Jhingurdah OCP

Jhingurdah area was first prospected by Geological Survey of lndia in1958. Only eight boreholes were then drilled by them in this block. Drilling

was again undertaken from time to time and by NCDC & CMPDI andGeological Report is available.

Barakars underlying Barren measures have not been encountered in

STRUCTURE/FAULT

ln the Jhingurdah Block, the coal measures occur in the form of a sub-

basin and the incrops of the coal seams exhibit crescent shape. The

northem half of the sub-basin in fautted against the metamorphicsexposed in the north. The dips are centripelal and varies from 9o to '11o.

From easl to west, the strike swings trom NE-SW to E-W to NW-SE.

A total of '19 faults have been deciphered within the 2.0 Sq. Km. quarriable

area ln general, lhere are two sets offault, one settrending ENE-WSW to

NE-SW and the other set trending WNW-ESE to E-W. The northernboundary fault trends in an easlwest direction. Parallel to this a few

sympathetic faults have also developed.

3.4

Jhlngurdah Bottom Seam

The thickness of this seam varies from 9.38 m to 19.62 m. The seam is

highly inter-banded in nature wilh Carb. Shale, grey shale, sandy shale

and shaly coal of varying lhickness. On an average, the dirt bands within

the coal seam constitute 50olo of the seam lhickness out of which dirt

bands of ash content over 60yo are around 28% of the seam thickness.

The coal from the entire thickness of Jhingurda Bottom Seam, including

dirt bands but excluding partings of one meter and above, would normally

analfze 6 to 7olo moisture and 43 to 47% ash.

This seam has not considered in the Project Reports of Jhingurdah OCP.

Jhingurda bottom seam reserves will be exploited after exhaustion ofreserves of Jhingurdah Top Seam.

Page 6 Mining Plan for Jhingurdah OCP

DESCRIPTION OF COAL SEAf,IS & GEOLOGICAL RESERVES

Two coal seams occur in the block viz. Jhingurda Top Seam (131-138 m)

and Jhingurda Bottom Seam (10 to 15 m). These seams are separated by

massive sandstone parting varying in thickness from 31 lo 58.3 m. The

detailed description ofthe two seams is given below:-

T

Jh ngurdah Top Seam

pa

13

Jhingurdah Top Seam overlies the Jhingurdah Bottom Seam after a

ng of 31 to 58 melers. The full thickness of lhe seam varies from56 m in borehole SN 55 to 138.27 m in borehole NCSJ-73.1

Thb seam is highly inter-banded and contains a number of bands of carb.

Shale, grey shale, sandy shale, thin fire clay etc varying in thickness from

0.O5 to 5-6m individually. These bands do not exhibit any systematicbehavior in their horizon, lithology and thickness.

The overall Coal ftom the entire seam on inclusion of all the shaly coaland also other evident dirt bands of less than one meter thickness butexcluding those of one meter and above in thickness would analyze 7.5-

8.5olo moisture and 30-37% ash.

Goological Reserve: Balance net geological reserve of Jhingurdah Top

Seam as on 01.04.2018 is estimated to 8.56 Mt.

4.O GEO.MINING PARAMETERS

4.'l GEO-MINING CHARACTERISTICS

The maximum strike length of the mine on the floor as per PR is about

2800m and maximum width of the quarry along the floor as per PR is1030m. The gradient of the seam varies from 9o-11o. Present working

depth of Jhingurdah OCP is around 323m.

At . only Jhingurdah Top seam is being mined. Jhingurdahseam has not been considered in the PR. Table below shows the

mi g and geological characteristics of Jhingurdah Top seam

MINING & GEOLOGICAL CHARACTERISTICS

Particulars Unit

11-15

S No

1

ab

2m

m

131.00-138.00

31.00 58.00

9.38-19.62Thickness of parting between

I seam thickness zone

Jhi urdah To & Bollom seams

Jh urdah To SeamJh urdah Bottom Seam

Thickness of coal seam

Deq3 Seam Gradient


GCV G-105

6

Quality of Coal of balanc€ reseryes

Cat.

m 2800

Category of OB rocks

rsQua

Cat lll - 50%Cat-lV - 50%

42

Maximum strike length of the mineon the floor as per PRl\,laxrmum w dth of the quarry alongthe floor as per PR

1030

Coal Reserve and Overburden Estimate

The Coal reserve and Overburden of Jhingurdah OCP as on 01.04.2018

are giYen below:

Coal Reserve

1

ParametersNet Geological

Reserye( irt)

MineableReseryG

(M0Balance Coal ReseNes as on0'1.08.2018 as per assessment basedon updated plan and sections.

637

2 Coal production from April'18 to Ju y"l8 0.96 0.86

3

4

Additional Coal ReseNes as perapproved scheme by NCL Board dated25 05 2018

123 '1.11

Balance CoalReseNes as on 01.(X.18('l+2+3)

8.56 7.70

OVERBUROENst.No

Parameters Unit Value

1 Overburden excluding band as on 01.04 2018 18.212 Re-handling of loose OB (BCum) as per approved

$cheme dated 25.05 20'1810.17

3 Total OB (Solid+RH) excluding band as ono1 .o4.201A

l\4m3 28.38

Volume of in seam band as on 01 08.2018 as perassessment based on updated plan and sections

629

5 Removal of in seam band from April''18 to July'18 4326 Volume of in sean band as on 01 04 2018 6617 Volume of in seam band as per approved scheme

as on 01 04 20180.55

8 Volume of in seam band (8+9) 7.16I Total OB (including in seam band)

'10 Average SR (includrng in seam band) m3/t11 Average SR (excluding in seam band) m3/t 1:2 36


a)

b)m

st.No.

25.37

1:3.29

PRODUCTION TARGET AND MINE LIFE

Considering the balance mineable reserve as on 01.04.2018, the Mining

plan for Jhingurdah OCP has been prepared. The life of the mine would

be p lo 2021-22

5.0 MINING TECHNOLOGY

5,1 SCHEME OF OPERATION

ngs of the mine are concentraled in eastern and north eastern sides

mine. Jhingurdah Top seam is being worked by open cast method

deploying shoveldumper combination in horizontal slicing

Coal production & band removal is being done departmentally and OB

rermoval is being done by outsourcing agency. '10 m3 Electric Rope shovel

and 5.5 m3 diesel hydraulic shovel in conjunction with '100T/ 85T rear

dumper are used in departmental coal winning and removal of band. 3.1

m3 diesel hydraulic backhoe in conjunction with '19.1 m3 Trucks aredeployed for OB removal by outsourcing agency. The bench height for OB

benches are 12 m and for coal benches 8-10 m.

DI,.,IIPING STRATEGY

There are eight external OB Dumps. Dump Nos. 2, 3, 4 & 5 are technically

and biologically reclaimed whereas dump No.1, 6, 7 & I are active. Adetail map showing overburden dumps is shown in Plate No.3.

Worki

of the

EXISTTNG HEITh4 list of existing HEMM on roll at the Project as on 01.04.'18 is given

oelLw:

4,10 H P 6

st.No, Equipment Size

Existing as on01.0/r.18

'10m3

5.5m3

,|

1

2.8 m3857 15

1

P&H Elec Rope shovel,

Hyd. ShoveL

Rear Dumper2

2100 T

3

Rear Dumper

Dozer


4.3

2

st.No

Equipment Existing as on01.04.18Drill 160 mm 3

4250 mm 4

5

DrillFE Loader 5.7 m3 1Water Sprinkler 70 KL 1

28 KL 26 Water SprinklerWater Sprinkler 85 T (Converted) 3

7 Grader 280 HP 2I 196 HPTyre handlerI Crane (Hvdraulic) 3t8t18t20r 4

5.4 CALENDAR PROGRAMME OF EXCAVATION

Out of total mineable coal reserve within the sanctioned quarry boundary

of Jhingurdah OCP, 137.33 Mt coal has be€n extracted and 182.30 Mm3

OB has been removed up to 31.03.2018.

Thus, the balance mineable coal reserve as on 01.04.2018 is 7.70 Mt and

corresponding total OB is 25.37 Mm3 with average stripping ratio of 3.29

m3/t.

The calendar programme of excavation has been prepared based on the

above balance coal reserves and volume of OB as on 01.04.2018 and is

given in the table below:

Calendar Programme of Excavation

YearCoal

Production(Ml)

OBRemoval

(Mm3)

ln SeamBand(Mm3)

Total OBlncluding inSeam Band

(Mm3)

Rehandling(BCUM)(Mm3)

2018-19 3.00 732 2.79 10.14 1.17

2019-20 2.00 730 1.86 9.'16 5.00

2020-21 2.00 3.59 '1.86 5.42 4.00

2021-22 o.70 0.65 0.65

Total 7.70 '18.2',1 7.16 10.17


Size

5.5 D LLING & BLASTING

5.6

Drilling and Blasting operations for loosening of OB rocks and Coal are

neqessary betore excavation. Both coal and OB require drilling andblabting prior to excavation. RBH Drills of 160 mm dia are used for coal

bench and RBH Electrical drills of 250 mm dia are used Ior OB removal

(departrnental) worked by shoveldumper system.

EXFLOSIVE CONSUMPTION

The following specific consumption of explosives has been adopted for

estimating the annual requirement of explosives:

' OB from shovel benches - 2.05 m3/kg. Coal seam - 9.28 UKg. OB from HOE benches - 2.01 m3/kg

The provisions of the Coal Mines Regulalaon 1957, other relsvant rules

regulations and circulars shall be observed during the course ofa

6.0

6.1

IN

QUALITY

RE

P PING & DRAINAGE

the quarry

The planning of de-watering of the mine has been done in such a way that

as tar as possible the working faces and haul roads remain dry

Thd layoul of the quarry provides suitable gradient along the quarry floor

and the benches to facilitate self-drainage of waler to the lowest level of

uate no. of pumps and pipes have been provided. The details of the

pu are given below:

Page-11

midinq operation.

The average grade of ROM coal is G-10.

Mining Plan for Jhingurdah OCP

6.2

6.2.'.|

Sl No.Head(m)

540 250

OperatingVoltage (V)

Motor Rating(KW)

1 6600 595

2 540 254 6600

540 250 6600 5S5

4 540 250 6600 595

5 275 216 3300 190

6 215 216 3300 190

7 224 60 440 110

COAL HANDLING PLANT

INTRODUCTION

A full-fledged coal handling plant for Jhangurda Opencast Project hasbe€n constructed.

The coal handling plant have the facilities for receiving ROM coal from

coal yard via grizzly, crushing the coal to a specific size, storage &reclamation, rope haulage loading system and belt transport between the

intermediate points. The ROM coal has to be crushed down to a size of C)

200 mm.

System Capacity

Th€ handling capacity of the CHP is in @mmensurate with the production

capacity of the mine.

Based on 330 working days per year and 5 hours per shift, and in order to

meet the fluctuations of coal output from the mine due to irregularities of

transport system and seasonal fluctuations, the system capacity of the

CHP has been fixed at 800 TPH.

Salient features of CHP

- One Reciprocating Feeder of capacity 800 TPH feeds ROM Coal toHorizontal Crusher

623


Discharge(m3iho

3

Horizontal Roll Crusher crushes the Coal to C)200 mm Size andsubsequently, feeds the crushed Coal to Conveyor

From a network of 6 Conveyor Belts, Crushed Coal reaches Ground

Bunker having capacity 5000 Tons

ln the Ground Bunker, Eighteen Reciprocating Feeders of Capacity

350 TPH each, feeds the Coal to Conveyor

From a network of 14 Conveyor Belts, crushed coaleventually

reaches wagons.

One No. Rope Haulage System installed at Siding

Necessary electrical and interlocking facilities.

tem Description

coal handling plant for Jhingurda OCP consists of 1 number ofroll crusher lo crush ROM coal lo -200 mm size, 1 number of

ground bunker of 5000T capacity with associated belt conveyor andaccessories. lt has peak handling capacity of about 3.5 Mtpa.

RailtYay Siding

The existing public railway siding at Jhingurdah OCP has a capacity of full

rake of Box-N, Box-C type which is in operation. The existing railway

sidlng has following facilities:

6.2.4

6.2.5

929 M

929 M

968 M

i. Empty receiving lineii. Engine escape lineiii. Load line

pty line receives empty rake with the help of rail engine. Then rail

ine goes back through engine escape line. Then with the help of

on hauler, the empty rake is placed to load line. After placement, the

pty wagons are loaded with the help of wagon hauler

POWER SUPPLY ARRANGEMENT

Jhingurdah Project receives power at 33 KV from 132/33 KV Morwasubstation of MPSEB.

6.3

Page-13 Mining Plan for Jhangurdah OCP

Enl

.nl*"J

"a'l

6.4

6.4.1

There is a 33/11KV main substation in the project of installed capacity

1x3.'15 MVA & 2x 5 MVA. Out of these three, 3.15 MVA lransformer is for

colony supply.

From the main subslalion, power is transmifted al 1'l KV to the following

substations:

W6st Substation

It has installed capacity of 2x3.15 MVA, 1'116.6 KV

CHP Substation

It has installed capacity of 2x2.5 MVA, l1/3.3 KV

WORKSHOP

INTRODUCTION

To meet the maintenance and repair of HEMM, mechanical, electrical and

other mining equipment, LMVS etc. the existing Jhingurdah OCP has

following facilities:

a) ExcaYation Workshop

i) Base workshopii) Site/Field woIkshopE&M workshop

Regional store and magazine

b)

c)

Scope of Work

a) Excavalion Workshop

i) Preventive Maintenance

. Daily maintenance including washing ofequipment

. Scheduled maintenance including lubrication

. lnspec{ion

ii) lncidental minor repair/replacement of components and assembliesOf HEMM

6 4.2


b)

6.4.3 Exi

iii) Routine inspection and scheduling for repair needs at centralworkshop

iv) lncidental minor repairs of assemblies and sub-assemblies ofmining and mechanical equipment i.e. shovels, drills etc

workshop:

. Daily washing and inspection ofthe E&M equipment

. Routine/scheduled maintenance of all E&M equipment

. lncidental minor repair/replacement of sub-assemblies andcomponents of CHP equipment and accessories, water pumps

and pumping installations and other E&M equipment.

lsting Facilities

a) Brse workshopThe Base workshop has following sections:

. Dumper repair section

. Dozer repair section

. Light vehicle repair shed

. Field equipment repair shedr Tyre shop. Machine shop

Besides, there is facility of parking, canteen, site stores etc. Behind

this workshop, there is a regional store.

Ma.ior repairs like engine & transmission etc. are being done atCentral workshop, Jayant.

Site workshop

The site workshop is equipped with the following facilities:

. Minor repairs

. Fuelfilling

. Air checking

. Washing

. Lubrication etc

b


6.5

6.5.1

c) E&M workshopThe E&M workshop is equipped with the facilities to repair and

maintain pumps, motors, LMVS etc

The existing facilities are sufficient to maintain the coal production

at Jhingurda and hence, no further modmcation/addition isproposed.

CIVIL CONSTRUCTION

Residential Buildings

The existing numbers of residential quarters in the Jhingurdah Project are

1140. The status of total construcled residential buildings is given below:

The manpower of other projects is also residing in the quarters ofJhingurdah colony.

Type of Quarter Nos. (Existing)

'D' Type Quarter 5'C' Type Quarter 56'A+B' Type Quarter'HB'Type Quarter 708'T1' Type Quarter 50

1140

SINo

CategoryProvision ofHouses (%)

Manpower(Nos. as on01.04.2018)

,1 Officers

2 Monthly Rated Staff 1004k 129

3 Daily Rated Workers 100% 328

4 Overall Total 100 yo

Page-'16 Mining Plan for Jhingurdah OCP

The overall quarter satisfaction in the Jhingurda Project is 100%. Theprovision of residential buildings for employees as per manpower is given

below:

Total

100%

523

6.5.2 S6fvice Buildings

Provision of Service/Welfare Buildings

The service buildings viz. Project office, Mine office, Township office,Ti4e & Security office. Worker's Training Centre, and Cycle shed/CarShFd in the office complex have been constructed.

Statulory buildings like First Aid Centre, Rest shelter, Toilets, Trainingcentre, canteen etc. in the mine area have been constructed.

Welfare building/community building such as Dispensary. Workerslnstitute, Bus shed, Cycle shed, Rest house, Officer's clubs, Toilet room,

in the township have been construcled.

Mine Development

Community Development

Arqoriculture

For arresting dust and protection of the environmenl against pollution,

plailtation and green belt development are being carried out around the

6.5.3

6.5.3.1

6.5.3.2

Development of land for residential & other purpose

The existing quarters of the township are sufricient to cater the needs of

the employees and adequale roads are already available in the township.

6.5.3.4

Page-'17

Un0er the community development programme, the project arrangesperiodical health camps in the nearby villages. Two RO plants have been

installed in the nearby villages for potable water. Hand pumps have also

be6n installed in the nearby villages. Skill development training programs

like bag making, beauty parlor, fashion/dress designing, floriculluremower

deqoration, computer training, English speaking course etc. are being

codducted on regular basis to promote self employmenl.

Open Lungs

The park for recreation of inhabitants in the colony has been made

6.5.3.3


6 s.3.5

industrial and colony areas. Around 17.60 plantations have been carried

out up to 2017-18.

Village Rehabilitation & Compensation against R&R

A total of 63 families and 516 persons have been affected by the past

mining activities and they have been rehabilitated in ChandrapurRehabilitalion Complex near Jhingurdah.

Garland drains in th€ mining area

Garland drains have been constructed in the mining area. The length of

the existing garland drains is approximately 2.5 Kms.

ROADS AND CULVERTS

The requiremenl of roads & culverts has been assessed as per norms and

plan

Colony Roads and Culverts

No additional provision of colony road has been made as the existing

quarters of the township are sufficient to cater the needs of the employees

and adequate roads are already available in the township.

Service Roads and Culverts

Service road includes Haul road, Heavy duty road to workshop andApproach road to project.

A permanent 7.5 m wide and 3.0 Km long biluminous approach road from

the township/office complex to project has been in place since long. The

approach road also connects the haul road.

A 20-30 m wide WBM Heavy duty road has been made within the mines

and from workshop to mines.

ln short, all lhe haul roads are WBM and all the approach roads arebituminous.


6.5.4

6.5.4 1

For smooth movement of dumpers, concrete pavement has beencoristructed in the workshop. Sufficient parking space with pavement has

also been given.

Watsr Supply & Sewerage Oisposal Arrangement

Thq existing system for drinkrng waler supply, industrial water supply and

sewage disposal system has lo be conlinued as suitable provision forwatBr supply for industrial purpose and sewerage system has been made.

Wale r Supply

The water is supplied from lntegrated Water Supply Scheme (IWSS),

Khadia, to Jhingurda Pump House which has a storage capacity of around

3.2? Lakh Gallons. From Jhingurda pump house, water is pumped toOverhead Tanks and from there water is supplied to the Colony andMines Area for non lndustrial use. Mine Water is used for industrialpurbose. Sufficient provision has already been made to supply water to

the existing township & mines and th€ same will be continued in the future

as well.

6.5.4.2 lndustrial, on-d nking Wat6r Supply

Th€ demand of industrial water has b€en assessed as per norms for the

reqqirements of technological needs of different wo*s in the mine.

The need for water has been assessed mainly for the activities at the

woftshop, CHP and Mine. Provision for fulfilling requirement ol water for

indrlstrial use for these activities has been made accordingly. Mine water

is tbed for industrial purpose. Suitable arrangement for industrial water

recycling and reuse has been made for conservation of water.

6.5.5

Page-19

SerJrage DispoealColbny Sewerage

on{ centralized Sewerage Treabnent Plant (sTP) of capacity 1.5 MLDhas already been mnstructed for treatmenl of domeslic s€wage


generated within the township. lt consists of sewage pumping stations,aeration tank, senling tank, sludge drying beds etc. with all necessary

mechanical, electrical & olher instruments.

The sewage from individual houses is collected through branch/trunk

sewers and fed to the STP where it is treated betore flnal disposal. As the

facilities at the existing STP are sufficient to cater to the needs ofmaintenance of coal production from Jhingurda Top Seam OCP, nobalance provision is required to be made.

lndustrial Emuent

The lndustrial waste water from workshop, CHP and other establishments

is guided through oil and grease traps. The effluent coming out of the

andustrial premises is channelized to close circuit waste water treatmentplant and recirculation plant where after passing through sedimentation

tanks and filters, it would be recycled for industrial use.

Zero water discharge is maintained and the treated effluent is complelely

utilized for dust suppression, fire-fighting, horticutture and plantationactivities.

lndustrial Fire Fiqhting Domand

Water is being stored in the reservoir for tlrefighting purpose. Provision of

reservoir, pumps and pipeline has been made for industrialfireflghting.

Water Supply for Fire Fighting

lndustrial Water is collected at the two different points in the mine area.

One reservoir shall be used for quarry fire fighting and other one is used

for workshop/CHP. Suitable pipeline network has been made as per the

site condition.


One centralized Emuent Treatment Plant (ETP) of capacity 300 cum/hr.

has already been in plac, for treatment of effluent adsing out of themining activities.

Type Area (Ha)

1 Mine Excavation

2 ExternalOB Dumps 258

3 I nfra struclu re 216

4 Residential Colony '120

5 Green belt 355

6

'1200

it. No Type Area (Ha)

I Tenancy Land 206

2 748Forest Land

3 Governmenl Land

1200Total

7.0

7.'l

7.2

8.0

POWER & PRODUCTIVITYM

M

t\.4a power requirement is assessed on the basis of 330 days of annual

POWER

ing. The sanclioned manpower (Non Executives) for FY 2018-19 is

6 , whereas the total existing manpcr/eras on 0'1.04 2018 is 523

DUCTtVtTY

S of Jhingurdah Opencast Mine for the lasl Financial Year 2017-18 is

total land required for mining and infrastructure etc. of Jhingurdancast Projecl is 1200 Ha which has already been acquired before

The head-wise break-up of the land is given belowi

Ag

lype-wise land requirement viz. Forest land, Government land,

ultural land is given below:

ACQUISITION & REHABILITATION

o7.

o1

Page-21 Nlining Plan for Jhingurdah OCP

Unaffected Forestland

Total

246

tsT N".

RESETTLEMENT/REHABILITATION

A total of 63 tamilies and 516 persons have been affected by past mining

activities and they have been rehabilitated in Chandrapur Rehabilitation

complex near Jhingurdah.

SAFEW & CONSERVATION

SaGty

While carrying out different mining operation in the opencast mine, the

safety rules in force as per rules and regulations made under mine Act

1952 should be strictly followed and the desired safety measures adhered

to various DGMS circulars issued from time to time regarding safety. ln

order to ensure safety to the personnel and equipment of the mine, the

Jhingurda OCP envisages following measures:

/ To prevent industrial accidents;/ To ensure stability of benches, batters and OB dumps;/ To ensure safety of equipment;/ To controlfire;r' To control dusl and emission of noxious gases, inundation and/ To control pollution

During planning and design of the mine working and infrastructuralfacilities, provisions of safety rules in force and various DGMS circulars

issued from time to time are kept in mind and are strictly adhered 10.

CONSERVATION OF COAL

irleasures have been taken to minimize coal losses during miningoperations The number of bands more than a meter in thickness are not

consistent and it varies from 2 m to some limes as high as 10 or 11 m.

These bands are removed separately as overburden/reject.

9.2


9.0

9.1

10.0

,10,1 EXISTING POLLUTION CONTROL MEASURES10.'1.1 Air Pollution Control Measures

It cpn be seen from the environmental data, that main air pollutant inmining operation is dust. Keeping this in view, following control measures

are being adopled:

/ The coal surface is watered during loading and transportalion./ Three nos. of lyater tankers (converted) having 42 KL capacity each

and one no. of water tanker (converted) having 28 KL capacity and

one no. of water tianker (Mist Spray Type) having capacity 70 KL

are deployed for dust suppression on haul roads, service roads and

coal stock piles.

/ Wet drilling is practiced/ Transportalion of Coal from CHP to siding occurs through a network

of closed conveyor belts.

/ Fixed water sprinklers are provided at loading/unloading^ransferpoints in the CHP to check fugitive emissions from crushingoperations, conveying syslem, transfer points etc.

r' Allservice roads/permanenl roads have been surfaced with asphalt.'( Cleaning and sweeping of coal transpo( road is done daily./ Vegetation/Plantation has been carried oul over the surface of

dumps.

/ Green belts around colony. quarries, OB dumps and industrial areahas b€en provided and approx. '17.60 Lakhs saplings have been

planted up to 2017-18.


ENYIRONMENTAL MANAGEMENT

Jhingurdah mine is operating since 1965. The mine has alreadyimplemented various pollution control measures for containing air, waterand noise pollution arising out of mining operation. An approximateamount of Rs126.49 Lakhs has been spent in lhe yeat 2017-18 fotenvironmental protection. The corresponding figure for the year 2016-17

wad Rs 87.7s Lakhs.

1O.1.2 Air Pollution Control at Source

Haul Road

Haul roads are major source for fugitive dust generation in coal projects.

Following mitigation measures are taken for haul roads within the mine

area;

/ Regular Water sprinkling.7 Lonq life WBM haul roads/ Proper lraintenance of HEI/Mr' Prevention of overloadinq

Blasting

Blasting releases a lot of dust if they are not planned well. Energyreleased by blasting is lost in powdering effect. This is avoided by proper

design of blast geometry and charge weight.

Plantation

Extensive tree plantation has been carried out in open areas available

within and around the mine premises and also on overburden dumps.About 17.60 plantations have been carried out up to 2017-18.

10.1.3 Water Pollution Control Measures

The existing water pollution control scheme incorporating various control

measures is given belor,rt:

Provision of Mine sump and Mine drainage

The \,yater from the mine flows into the mine sump which acts as primary

sedimentation. The settled water is being pumped out to ETP, which isproperly treated prior to its utilization in dust suppression, fire fighting,horticulture, dumper-dozer washing etc.


Drilling

Wet drilling is practiced to minimize any generation of dust during drilling

process.

lndust al EmuentOne Effluent Treatment Plant (ETP) of capacity 300 cum/hr has been in

plqce for treating the industrial effluent from mine sump, workshop, CHP

and other establishments.

The lndustrial waste water is guided through oil and grease trap to a close

circuit effluent treatment plant where after passing through sedimentation

taflk and clarifier, it is utilized for industrial use.

Zero waler discharge is maintained and the treated effluent is completely

utilized for dust suppression, fire-fighting, horticulture and plantation

activities.

Dornestic Effluent

One centralized Sewerage Treatment Plant (STP) of capacity 1.5 MLD

has already been conslructed for treatment of domestic sewagegenerated within the township. lt consists of sewage pumping stations,aeration tank, settling tank, sludge drying beds etc. with all necessary

mechanical, electrical & other instruments. The sewage from individual

houses is mllected through branch^runk sewers and fed to the STPwhere it is keated. As the tacilities at the existing STP are sufficient to

cater to the needs of mainlenance of coal production from Jhingurda Top

Seam OCP, no balance provision is required to be made.

10.1 4 Noise Pollution Control Measures

Following control measures are being adopted lo keep noise levels tonmt

i)

tmum

Provision of noise-proof cabins for operators of drills, dumpers, shovels

Routine maintenance of HEMM

Provision of ear-muffs and ear-plugs as and when required.

Blasting operation is carried out in between 2.00 pm to 3.00 pm

Thick green belt has be€n developed around lhe colony. This acts as

a barrier to the noise

etc.iD

iiD

iv)

v)

Mining Plan for Jhingurdah OCPPage-25

10 1 .5 Ground Vibration Control MeasuresThe following control measures are being adopted to control ground

vibration:

a) Design of optimum blast hole geometry considering bench height,dia of hole, type of explosive, nature of rock, leYel of fragmentation

required etc.;

b) Divide total charge/blast in several parts so as to keep minimumexplosive/delay.

c) Use of relays;d) Reduce the depth of the holes (larger the depth, the ground

vibration is felt over larger area);

e) Plaster shooting is avoided to reduce air shock wave.

Pollution Control Measures at coal Handling Plant

Coal Crushing

The coal crushing unit is enclosed and appropriate dust suppression and

collection arrangements have been installed. Following control measures

are being adopted for the existing mining operation:

Transfer Pointg

Crushed coal is transported by a system of closed conveyor belts. Fixed

type water sprinklers are installed at transfer points.

Ground Bunker

Ground Bunker is provided with both dust extrac{ion and dust suppression

system. Besides, lixed type water sprinklers are also installed at Ground

Bunker.

Pollution Control Measures at Railway Siding

i) Water sprinkling arrangement during loading of coal;ii) Regular water spraying around Railway siding near loading and transfer

point

iii) Thick plantation along the raitway siding.

10.1.7

Page-26 Nrining Plan for Jhingurdah OCP

10.1 .6

10.2

'l '1 .0

Pollution Control Measures

existing pollutaon control measures wrll be continued in the future

AL PROVISION

As is no enhancement ol the Coal production, thus, no additional

is envisaged in the Mining Plan


'1.0.0

1.0.1

INTRODUCTION

Name of Mine owner

Lobati

Shri G. Pandey, Director Technical (Operations)

1.O.2 on and Extent of ProrecuLease Area

Jhingurdah Opencast Project is located in the Jhingurdah Block, in theNonh-Eastern part of Singrauli coalfields in Singrauli district of MP. The

total land requirement for Jhingurdah Opencast Project (Project areal

area) has been estimated as 1200 Ha

Delails about the location of the project are given in 2.1 of Mining Plan

location map of Jhingurdah OCP is given in Plate No.1

1.0.3 Type of ProjecuLease AreaT lease area consists of Forest and Non Forest Land

Lelse

1.O.4 P nt Land use pattern

Total required Area (Ha)

Sl. No. Particulaas Total Area (Ha)

1 Forest 7442 Government Land 2463 206Tenancy/Agriculture Land

Total 1200

Sl. No.

1

Particulars

235Quarry area

2

3

56

258

2't6

355

External Dump area

Tota I

lnfrastructure

Undisturbed AreaGreen Belt

[rining Plan for Jhingurdah OCP

MINE CLOSURE PLAN

4 120Residential Colony

16

1200

Page-28

1.0.5 Method of Mining

Details of mining technology and scheme of operation is given in 5.0 of

Mining Plan.

1.0.6 Coal Processing Operation

There is no proposal for coal beneficiation for this mine. Detaileddescription of Coal Handling Plant and railway siding is given in 6.2 of

Mining Plan.

1.1.0 Reasons for closure1.1.1 Exhaustion of Minerals

Depending on prevailing geo-mining & techno-economic conditions, it has

been decided to mine coal up to exhauslion of reserve in the proposed

block.

As per the calendar programme of excavation (section 5.4 of the Mining

Plan) the mineable mal reserve of the Jhingurdah top seam would beexhausted by lhe yeat 2021-22.

As per the mining plan (section 3.4) the underlying seam i.e. Jhingurdah

Bottom seam will be exploited later and after its exhaustion the mine will

be closed.

Lack of Demand

The Jhingurdah mine is not to be closed due to lack of demand, but due to

exhaustion of minerals.

un-economic operatioos

Jhingurdah mine is not to be closed due lo un-economic operations, buldue to exhaustion of minerals.

1.1 2

1.'1.3


1.1.4

1.'t.5

Natural calamity

Thd Jhingurdah mine is nol to be closed due to natural calamity, but due

to dxhaustion of minerals.

Dirfctionlcourt cases

Jhihgurdah mine is not being closed due to direction/court cases, but due

to exhaustion of mine.als

ThE Mine Closure PIan has been prepared as per the Guidelinesapdroved by lhe Ministry of coal, Govl. of India and notifi€d videmrFmunication No. 55011-01-20O9-CPAM on dated 27h August, 2009,

8h Feptember,2oog.

11h January, 2012, 25s April, 2012 and 7r January,2013

As per the notificalion all coal mine owners shall adopt a Mine Closure

Plah for each of their mines comprising progressive Closure Plan and final

Clobure Plan duly approved by the Comp€tent Authority.

Page-30

ln @mpliance of the notmcation this Mine Closure Plan for Jhingurdah

Op+ncast Project has been prepared.

Minp closure en@mpasses rehabilitation process as an ongoingprdlramme designed to restore physical and biological quality ofenvlronment disturbed by the mining to a level acceptable to allconberned. lt must also aim to creale a self-sustained ecosystem. Mine

cloqure operation is a @ntinuous series of activities slarting from day one

of ttfe initiation of mining project.

MinF closure planning has to be carried out al the staning of the mine and

neeps p€riodic reviewing and revision during its life cycle to cope withthe geo-technical constraints, safety risks and economic risks, social and

envlronmental challenges. Some other obiectives of Mine ClosurePlanning are as follows:


1.2.0

1.2.1

a. To allow a produclive and sustainable after-use of the site which is

acceptable to the mine owner, adjacent mine owners (since all the

mines are owned by the same company therefore it is done in anintegrated manner), the regulatory authority, the local community and

the other stake-holders

c. To alleviate or eliminate environmental damage and therebyencourage environmental sustainability.

d. To minimize adverse socio-economic impacts.

Mine closure planning covers the progressive mining and post-mining

phase of the project. Several attribute of progressive mine closureplanning have to be implemented and introduced during the period ofmine operation.

Progressive mine closure process is undertaken concurrently with mine

developmenU production aclivities.

Statutory obligations

Special conditions imposod while execution of lease deed

Special condition imposed while execulion of lease deed is beingcomplied.

Approval of Mining Plan

The Mining Plan shall be approved by NCL Board

Directivesl conditions imposed by MoCTMoEF/SPCBTCPCBThe directives /conditions imposed by the MoC/MoEF&CC/SPCB/CPCB &

any other statutory agency shall be complied by the project.

The existing Environment clearance conditions (EC for 5 Mtpa under EIA

notification 1994) are enclosed as Annexure-1

1 .2.2

1.2.3


b. To protect public health and safety.

conditions imposed under Air (Prevention and Control of pollution)

1981 and Water (Prevention and Control of pollution) Act, 1974 white

ting the consent by MPPCB are enclosed as Annexure-2

Th re is a need to deflne the liabilities, responsibilities and authorities of

the

ments after mine closurc. Although no comprehensive legislation

on mine closure, the following legislations are relevant to mines

ex

Mines Act, '1952

oal l\rines Regulations (Amendment)-2017: Regulations 6, 66,107,108

20, 124J37 , 249 ,etc. of Coal Mines Regulations (Amendment)-2017

nd its related DGMS Circulars.

he Coal Mines (Conservation and Development) Act, 1974.

r (Prevention and Control of Pollution Act), '1974

r (Prevention and Control of Pollution), Act 1981

vironment (Protection) Act, 1986 and Environmenl Protectionment) Rule,2000

he Hazardous Wasle (Management, Handling and Transboundaryovement) Fourth Amendment Rules, 2010.

ines and Minerals (Development and Regulation) Act 1957, amended

p to 20-'12-2009

ineral Concession Rules 1960, amended up to '18-01-2000

ln addition documents like EItuEMP submitled to MOEF and theitmenls made therein also have legal status

Page-32

mine management, other regulatory bodies, central and state

aspects of Coal Mines

[Iining Plan for Jhingurdah OCP

1.3.0

1.3.1

2.O

2.1

2.1.1

Considering the balance mineable reserve as on 01 04.2018, the Mining

Plan for Jhingurdah OCP has been prepared for a mine life of 4 yrs up to

2021-22. fhe coal reserve in the Jhingurdah bottom seam will remain tobe exploited allet 2021-22. The present closure plan is a conceptualclosure plan. Final decision of closure will be taken by the competent

authority in appropriate time. The Final Stage Ouarry Plan of Jhingurdah

OCP is given in Plate No.3.

MINE DESCRIPTION

Geology

Topography

Jhingurdah Block has a high hill in the back ground with steep southern

slopes covered with trees. The hilltop is about 500 m above MSL whereas

the cultivated area in forruround has an elevation ranging between 360

m to 385 m above MSL.

More details aboul the physiography and drainage of the area are given in

section 2.3 of Mining Plan.

Rock types

Detailed description of geology of the block area s given in 3.0 of lvlining

Plan.

Toxic ElemenE Study

Toxic elements sludy of coal samples from coal seams of NCL mines has

been lested by llT BHU & CIMFR Dhanbad. Result shows elementalparameters are within permissible limits.

Geological Structureg

Details of the geological features of the area is given in 3.0 of Mining Plan.

2.1 .4


CLOSURE PLAN PREPARATION

Decision of mine closure

2.1.2

2.1-5 FAULT

2.2.O

2.2.1

Description of the faults existing in the Jhingurdah Block is given insection 3.3 of Mining Plan.

RESERVE

The balance mineable reserve for Jhingurdah Project is 7.70 Mt as on

01 04 2018

y about category of coal

average grade of RON,I coal is G 10

2.2.2 Bat nce quantity of Coal reserve at time of mine closure

be

ng to the mining plan the Jhingurdah bottom seam will remain to

oiled after the ceasing of mine life of Jhingurdah Top Seam (2021-

22\

2.3.O NG METHOD

ls of Mining Technology and Scheme of operations is given in 5.0 of

Min Plan.

3.0.0 RE PLAN

3.1.0

3.1.'l

of 30 m and grading of slopes such that the overall slope of the

MI ED OUT LAND

Proposalllleasurea implementsd forreclamation

The closure plan envisages @ncurent land reclamation of mined outlanj. The reclamation is to be done in lhree phases.

!!69j Physical / Technical Roclamation

Duq to steep gradient of coal seams and presence of Jhingurdah Bottom

sealn most of rhe over burden has been dumped outside the quarry area

as dxlernal dumps. Same practice will be followed in the future.

The technical reclamation of the dumps is canied out by forming individual

T

du comes to be 28o


3.1.2

Phase-ll Biological Reclamation

Biological reclamation is the Phase-ll of reclamation process. Thephysical, chemical and biological characteristic of lhe top surface of mine

spoil is totally dffferent than the original soil, which can be seen from the

analysis results of natural forest soil and OB material.

The reclamation at the waste dump sites should be ecologicallysustainable The localspecies may be encouraged and species should be

so chosen that the slope, bottom of dumps and top of the dumps are able

to sustain these species.

Rehabilitation of mined out land

The reclamation of mined out land will be a concurrent with miningoperations. The post mining land use at the end of mine life will be asfollows:

Re-vegetation covers in terms of grass & trees of appropriale species are

raised over the physically reclaimed land. lt is to be ensured that in thefinal land use plan, major portion of land acquired for the project shall be

reclaimed as forestland. Mined out area shall be suitably reclaimed for

vegetation. The OB dumps should be scientifically vegetated with suitable

nalive species to prevent erosion and surface runoff. ln critical area, use

of geo textiles shall be undertaken for stabilization of the dump. Bothprogressive lechnological & biological reclamalion shall be carried out asper Environmental Management plan.

Phase-lll HydroReclamation

At the end of mine life a void of 205 Ha will be left in the excavated zone.

(As per EMP of Jhingurdah Project). This void will be converted into a

water body. The water body will recharge the ground waler of the regime.

This water reservoir may be developed for pisci-culture.

Page-35 M,nang Plan for Jhingurdah OCP

T MINING LAND USE

3.1.3

3.1.4

3.1 .6 P

Actua

There

I site restoration for post mining land use

will be significant increase in forest cover post-mining due toproposed reclamation activities and aclual site restoration with improved

green cover will be targeted in the final mine closure plan

Th(

Dur

) proposed Final Dump Plan is enclosed as Plate-3 and reclaimednp Plan at posl mining stage is enclosed as Plale-7.

Mel

Mel

sec

Afforestation in first phase mined out area while commencing themi ing in second phase

Miriing is to be carried out in a phased manner initiating atforestation work

in tre mined out area of the Iirst phase while commencing the mining inthe second phase i.e. continuation of mining activities from one phase to

ot r indicating the sequence of operations depending on the geo-mining

co ditions of the mine

ressive mine closure plan shall be prepared for a period of fiveye rs from the beginning of the mining operation

plans would be examined periodically in every five yearape od and be subjected to third party monitoring by the agencies

by the Central Govemment

Elod of restoration/reclamationrRehabilitation

thod of restoration/reclamation/rehabilitation has been described in the

tion 3.'1.1 .

N

I

oArea(Ha)

Reclaimed O.B Dump areaWater Body (with batter area)lnfrastructure 336Green BelUPlantationunaffecled forest land 16Total 1200

3.1 .7

ap


Land Use

258

355

same has been complied.

3.2.0

3.2.1

These plans would be examined periodically in every five years period

and be subjected to third party monitoring by the agencies approved by

the Central Government like the Central Mine Planning and Designlnstitute (CMPDIL), National Environmental Engineering Researchlnstitute (NEERI), lndian School of Mines (lSM) etc. for the purpose.

WATER OUALITY MANAGEiIENT

Details of existing Surface and cround Water bodies in llLA

The hill area of the project is cut by Jhingurdah Nalla and it's largenumber of feeders, which flow from east to west and join the Chatka

Nallah in the west. During the dry season, there is hardly any flow of water

in this nallah but during the monsoon the discharge is very heavy.

There are two distinct ground water slorage in and around Jhingurdah

project:

a) Primary porosity system in sedimentary formationb) Secondary porosity system in the northern and the north-western

part of the Jhingurdah Block consisting of Metamorphic gneisses

and schists.

Stops for Water Quality protection

Following water quality protection measures are taken:

a) Control of erosion: The possible sources of surface water erosion arethe OB dumps. ln order to prevent erosion from the OB surfacesmassive plantation is being done on it. Up to 2017-18,772753 planl,s

have been planted on OB dumps.

The slopes of OB dumps are reslricted to overall slope of 28o. Such a

mild slope not only caters the stability requiremenl of dumps bul also

decelerates the surface runoff thereby minimizing the erosion. The haul

roads are properly paved and wherever possible black top roads areprovided to minimize erosion.

Mining Plan for Jhtngurdah OCP

1r,

Page-37

b) Sedimentation: Sedimentation tanks and Siltation ponds have already

Peen constructed. The requarement of more number of such siltation

ponds should be assessed and constructed accordingly.

c) piv6Bion of wetsr couraoa: therc was no need of diversion of aoyWater course for the proiect.

d) fYater Treatnent:

the effuent discharged from the mine, workshop & CHP are treated intn srP.

The domestic sewage is treated in a STP.

e) Control of siltation: To arrest the silt brought by surface runoff Calchdrains have b€en constructed around the OB dumps which have their

out let in a siltation pond made to collect these surface runoffs and

mine water.

. At lhe toe of the dump, a retaining wall has been provided.

.l A series of open drains have been provided on dump body to arrestsurface run-off and prevent siltation.

f) flydrogeology Strdy in the area:The detailed hydrogeological study of Singrauli Coalfield was carried

out at the instance of World Bank. The hydrogeological investigation

@mprised of well inventory of approximately 116 dugwells, drilling and

oonstruclion and monitoring of 34 nos. of piezometers and pumping

t€st at 5 different well field sites.

major hydrogeological units identified in the area are as follows

Coal seam-Jh urdah

Coal Seam JhingurdahBottomSandstone and shale withincoal esFrom coarse grained tocla sandstone

ThicknessHydrogeologicalunitWater Table aquifer and shale

soil and sub-soil

Folmation

Sandstoneund

Aquiclude

'10 m to 152.3 m

105.8 m to 159.7 m25mto58mt

iclude

Deeper aquife.-B

6.4mto1902m

About-60 m

Deeper aquifer-C l\4ore than 125 m

Page-38 Minang Plan for Jhingurdah OCP

Sandstone and shale

3.3.0

3.3.1

g) Water Balance chart

Water Balance chart

B

0.023 Mm3

2.83 tvlm3

iii) Net Mine Discharge 10.86 Mm3

Net Annual Ground water Draft 13.71 Mm3Balance Annual Ground water Recharge (A-B)

Net Annual Ground water Recharge 31.85 Mm3

Net Annual Ground water Draft

ii) Community Use

18.14 lvlm3

To assess the impact of opencast mining on local water regime, a regular

seasonal monitoring of ground water level and quality is being canied out

by establishing a network of 59 no's exisling dug wells in the study areaand 2nos. piezometers in core zone ofthe project.

Analysis of ground waler samples from monitoring wells aroundJhingurdah Project indicates that the water quality is generally suitable for

domestic use. The pH ranges from 7.0 to 8.0 standard units,concentration of dissolved solid, sulphate, iron, manganese, nitrate,fluoride and other heavy melals are found within the drinking standard (lS-

10500). ln the study area ground water level variation is as follows:

st.No Season

Water level (bgl) in m(Study area-10 Km radius)

1 Pre-monsoon 4.89 - 9.042 3.04 to 5.93Post- monsoon

AIR QUALITY MANAGEMENT PLAN

Existing Air Quality Status:

With progressive mine operation & closure, the Ambient air quality ofJhingurdah OCP is being monitored regularly on fortnightty basis for aseasons by measuring the concentration of SPM,RPM, SOz, NOx .


h) Trea0nent ol Acid Mine Drainage;

There is no such problem of Acid mine drainage al this mine.

! Ilslti.l ug"

sl.{o.

Locationcode

Category

1 East section sub station JHA,I lndustrial2 West section sub-slation JHA2 lndustrial3 Regional Store Office JHA3 Residenlial4 E&M Office of Colony JHA4 Residential

s Locationcode CategoryNo. Location

JHA5 Residential1 ChandrapurRehabilitation Site

2 CETI Singrauli HWAl Residential

Vikash Kunj Singrauli HOA2 Residential

KKA6 Residential4 AudiVillage

fo

existing ambient air quality of Jhingurdah OCP is being monitored at

localions/ stations in core zone and four locations in buffer zone,

h are as follows:

Co Zone

B

ZO

existing control measures, the ambient air quality of the core & buffer

is found to be well within the permissible limit and therefore no

surEs to control Air pollution:

Fol ng mitigation measures are in vogue

Approach roads to mine and service roads are provided with black

topping to reduce dusl generation.

Water sprinklers are provided for dust control on haul roads

Green belts provided along roads & plantation in vacant land in

industrial & township areas ior dust control

ln coal Handling Plant (CHP), dust control system and automatic

sprinklers are provided at coal receiving pits. Fixed sprinklers are

provided for coal bunkers, transfer points and loading points.

Page-40 Mining Plan for JhingLrrdah OCP

Zonel

additional control measures are required.

Location

For Jhingurdah OCP, monitoring ot Ambient Air Quality and above Air

Quality Control measures will continue for progressive mine operation &

closure. After closure, Ambienl Air Quality will be monitored for a period of

3 years, if required further control measures will be taken.

3.4.0

3.4.',|

WASTE ]IIANAGEiIENT

Dotails of typo, quality and quantity of OB, coal relects, location planlongitud6, latitude

Solid waste that would be generaled in course of coal mining isoverburden material consisling of fragments of sandstone of assortedsize. They have not been found to generate acid mine drainage or leach

high quantity of heavy metals.

The quantity of OB has already been discussed in the earlier sections of

mining plan.

3.4.2 Year-wise progress of OB removal in terms of height of OB dumpand No, of b€nches etc.

Proposed calendar programme of coal production & waste (OB)management is given in Mining Plan.

3.4.3 Th6ir dlsposal practice

Due to steep gradient of coal seams and underlying coal seam(Jhingurdah Botlom) the OB generated is dumped externally and same

will be practiced in fulure.

3.4.4

Details have already been given in 3.1.1

Measure for prevention of ailtation, erosion and dust generation, andtheir dispersal in the air, environment, leaching in the surface andoround water

These details have already been discussed in the earlier sections.

3 4.6

Page41 Mining Plan for Jhingurdah OCP

3.4.5

Stabilization of waste-Physical, biological year wise progress to beachieved

Oetails of reclamation and afforestation with mining activityDetails have already been given in 3.1.1.

3 4.9 P

3.5.0

347

3.4.8

W6te material re-handled or back tilled in lhe final voids for safetyDue to steep gradient of coal seams and underlying coal seam(Jhingurdah Bottom) the OB generated is dumped externally and same

will be practiced in future.

Efforts for minimum land requirement and degradation of land due to

exEmal OB

While designing the OB dumps of the projecl, technical parameters such

as width, height, slope of dump etc. have been taken into consideralion

for safe OB dumping, so that there is minimum impact on environrnent

land degradation.

to recharge and stabilize the water table in the surroundingardaa

Details have akeady been discussed in the earlier sections

TOP SOIL MANAGETIENT

Top soil replacement is effective way of enhancing the physical andnufient stalus of OB materiai. The top soil, if any, shall be temporarily

stofed at earmarked site(s) only and it should not be kept unutilized for

long.

The topsoil shall be used for land reclamation and plantation. A proper top

soil replacement can assure the following improvements in OB quality:

a) lncreased water holding capacity

b) lmproved nutrient supplying capability

mproved buffering capacity

ncreased plant root depth

Delails of top soil available and its utilization

At Jhingurdah OCP, it is found that there is hardly any top soil present in

the lease hold area and the tolal terrain is hilly. Wherever lop soil will be

found, it shall be stacked separately at earmarked sile.


c)

d)

Quantity and details of preserving it

Whenever top soilwill be found it will be presewed as follor4s

a) Top soil removed will be stock-piled only when it is impractical topromptly redistribute on required area.

b) Stock piled top soilshall be selectively placed on pre designed area

c) A vegetative cover will be generated immediately on the stock pile toprevent erosion.

36 MANAGEMENT OF COAL REJECTS FROM WASHERY

There is no proposal for Coal Washery for this mine

Decommissioning proposod and their dismanding and dispo3alP.oposal

At the end of mining operations, il is proposed to decommission thelndustrial infrastructures. However, before such decommissioning other

infrastructures like office complex, residential complex, roads, pipelines

and transmission line and community facilities, the possibility of re-use of

these infrastructures for the neighboring mines shall be explored.

Salvaged materials/equipment would be used for creating infrastructures

facilities for coal mines that are likely to be developed in the coatfield in

future. The unusable materials will be disposed off.


3.7.0

3.7.1

INFRASTRUCTURE

Dotails of exbting infrastructural facilities

Several infrastruc{ures have been provided that includes:

i. Workshop facilitiesii. Oflice complexiii. Townshipsiv. Coal Handling Plantsv. Railway siding for transportation of coalvi. Power Netwo* including sub-stationsvii. lndustrial and municipal effluent lreatment plantsviii. Communityfacilities

39

After decommissioning of industrial infrastructure facilities, lhe leasehold

area will be leveled.

The community facilities developed during the mine life like educational

,acilities, health facilities etc. would be continued even after the mineclo$ure. The final closure plan will envrsage inleraclion ot mining company

with the State or local bodles for running these facilities.

DIdPOSAL OF MINING MACHINERY

The machineries that can be used would be diverted to new /existingprojects. Other machineries that have exhausted its life will be dispos€d

off by auctioning and removed trom the site.

SAFETY & SECURITY

While carrying out all kinds of mining and allied activities in the mine, the

safety rules in force as per Rules & Regulations made under Mines Acl,'1992 is being observed and required safety measures are taken. There

will be various elements of safety & security at the time of mine closure,

whiph will be dealt under above Rules & Regulations. The Safety &Security hazard include the followings.

Sabty hazards including management of fire:

Management of Pit Slopes and Waste Dumps:

The final quarry slopes has been so designed and then subsequently

developed that afrer the closure of the mine, lhere is no likelihood of any

slope failure. The final slope of the quarry has been designed with above

comideration. However, strict compliance with the proposed final slope of

quarry would be made as given in Quarry & Surface Layout Plan and

sub6equent slope stability studies.

Page-44

3.8

ln the Final mine closure plan, aclion for control of likely tire areas of the

mines will be discussed. Action will also be suggested to cover all the

safety aspects.


3.10.0

3.10.1

Waste OB Dumps:

The external waste dump shall be developed as per the proposed design

so lhat slope failures do not create any safety hazard to the localcommunity. The external dump will be formed in number of decks, each

deck will have 30 m (maximum) height & slope of 37o (maximum) to avoid

dump slope failure, overall dump slope shall be maintained within 28o.

Waste dumps shall be provided with garland drains and vegetation cover

on surface of these dumps-

Fencing around mined out area:

To prevent illegal mining and considering safety of human & fauna, mined

out area shall be properly fenced and all the entries to the mine shall be

effectively sealed.

Management of final voids:

At lhe time of final closure of mine, fencing with RCC post and barbedwire will be erected around the water body.

ECONOiIIIC REPERCUSSIONS OF CLOSURE OF MINE

a) Number of local residents employed

The project has given employment to 58 Nos of local residents

b) Status of continuation of family occupation

There is less likelihood of their continuation of their family occupation

as the land acquired will be used for plantation on closure.

c) Scope ofroining the occupation backNear the end of the mine life, manpower will stan getting reduced. The

reduction of manpower could be done as per the following options:


ln due course of time, dip side of void (205 Ha) will be filled with rain &ground water. This water reservoir may be developed for pisci-culture.

Page{5

Natural retirement

Retraining and redeployment of younger groups in other mine

Transfer of experienced middle aged groups to other projects.

3.10.2 a) Compensation giventotal of 63 families and 516 persons have been affected by the past

ining activities and they have been rehabilitated in Chandrapurhabilitation Complex near Jhingurdah

b) ompensation to Employees

ince employees are to be redeployed on closure of mine, they willntinue to enjoy the regular pay and other benefits. As such there is

need for additional compensation.

Satellito Occupations connected to the mining industryi

Number of satellite occupations like transport, explosive

electrician, aulomobile mechanic, local shops, dairyconnected with the mining industry.

) Number of persons engaged therein

No such study has been carried out to determine the number ofpersons engaged in satellite occupations.

) Continuance of such business after mine closure'Once lhe mine closes, some of these aclivities would be affected.

But this effect would not be severe, as there are olher mines and

townships close to this mine.

Rehabilitated status of MLA

3.'10.3

3.10.4 a)

industry,

etc. is

Page-46

Persons affected by mining activities have been rehabilitated inChandrapur Rehabilitation complex near Jhingurdah.

Rehabilitation complex is so planned that it constitutes part of theexisting village environment, so that while enjoying all the civicfacilities provided in the rehabilitation complex developed by NCL, the

families continue to be in a rural matrix. The complex is on the road

connecting to Jhingurdah OCP and Waidhan and villagers haveaccessibility to public transport syslem.


b) Other Remnant activitiea

The remaining rehabilitation activities will be carried out at the time of

final mine closure.

3 10.5 Expectation of society on closure of mine:

The mine extends several community development facilities to thepopulation living in this vicinity. On closure of the mine this will cease.

The project affected persons (PAPS) are provided many civic facilities on

the line of the management of community facilities deatl above. The final

closure plan will envisage interaction of mining company with the State or

local bodies for running these facilities.

4.0 Time scheduling for Abandonment

lvline closure in terms of progressive dumping, technical & biologicalreclamation is crncurent with the mining process. The Reclaimed Final

Stage Dump Plan is given in Plate No.7.

Oetailed mine closure plan shall be prepared & submitted before aclual

closure. However, tentative closure activities at the time of mine closure

are scheduled below:

No,Activities

Year after closure

1 Mine Prt &Manaqement

Dump

2 P( water body

3 P antation and ils afler

4 Disposal of MiningMachinery

5 lnfrastruclure Dismantlrng

6 Environmental Monito.ing

7 Fencing


2'd Year 5'h

ndonment Cost

N,4L lease hold area of Jhingurdah OCP = 1200 Ha

for August 2009 = 129.6

for July'20'18 = 119.7

nt deposited up to March"lS in Escrow account = Rs.9973.16............. (iD

ance mine closure cost = (i) - (ii) = Rs.404.62000unt to be deposited in first year i.e. 2018-19= Balance mine closure

Ulife of mine from 2018-19=Rs.404.6214=Rs.101 .15500 lakhs

tn

amount deposited in the following years with 5 % increment (as given

ne closure guidelines) is given in the following table:

eslimated cost of various mine closure activities are given below

Li ing Factor WPI (Base 2004 05) for 201 1-12 = 1 .561

He ce WPI for July' 20'18 (Base year 2004-05) =186.8

Mi e closure cosu Ha according to WPI of 2009 = Rs.6 lakhs

M

closure cosuHa according toWPl ofJuly'2018 = Rs.8.64815 lakhs

closure cosl according to July, 2018 rate = Rs.8.64815 /Ha X 1200 Ha

10377.78 |akhs....................... (i)

Mi

lak

T

5.1 T

st.No. Year

Amount to be deposited(Rs. Lakhs)

1 20'r B-19 101.155002 20't9-20 106 212753 2020-21 1 11.52339

2021 22 117.09956Total 435.99070

Mine Clo6ure Cost Distribution olJhinguldah OC Mino

sl.(% weishtase) (< Lakhs)

Dismantlinq of Structure

iervice Auildings 087198

tesidenlial Bualdings 2.67 11 64095

ndusldal structures like CHPA/orkshop, feld sub-station etc

1 30797


5.0

4

o.2

03

B

r5

Permanent Fencing of nine void and other dangerous areaRandom rubble masonary ofheishl 1 2m includins levelins upin cement concrele 116:'12 in mud

6 53986

G6ding of high wallslopesCLeveling and gEdinq of high wall '1 77

7 71743D OB Dump Reclamation

88 66 386 54938

71% for progre-ssive and 1756 7ofor fnal mine

Handling/Dozing ol Oa dump andbackfilling

Equal weghlage04 1 74396

E

0.31 30797

Equal weightageLandscaping ofthe open space inleasehold area for improving itsaeslhetics and eco value.

Plant3tion ove. dearedobtained aftord€mantlng 05 217995

To be includad in

plan

Plantation arcund the quarry area0 87198

Equal waEhlageF

Plantalion over th€ enernal OB 0.02 0.0872Equal weighlage

PostClosure Environment Monitoring/testing of par.meters for three years0.22 0 95918

0.2 0 87198

llEnterpleneurBhip Developmenl(Vocaliomusk l developmenllraining for slstainable rncome of o26 I 13358

Equal w€ightagethrough,out the lile

Mascellaneous and 20 8 71981Equal weightagethroughout the lile

J 08Manpower cosi ror supervision

TOTAL 100.00 435.9907

The mine closure cost has been estimated as Rs.435.9907 Lakhs. Other

than Mine closure activities this crst also anclude all post environmenlalmonitoring cost for 3 years, supervision charges for 3 years, power cost,

protective and rehabilitation measures including their mainlenance and

monitoring, miscellaneous charges etc.


Technrcal and 8io-redamationincluding plsnlation and posi

o2

G

I

3 4A792

6.0 Fi ancial Assurance

flnancial assuranc€. Northern Coal Field Ltd has opened an Escrow

Aciount with Union Bank of lndia, Morwa, Singrauli, with the CoalController Organization (on behatf of the Central Government) asexolusive beneficiary.

The above annual closure msl compounded @ 5% annually will bedeposited annually for 4 years. Proposed schedule of Year wisedeposition of closure cosl is given in Section 5.0.

Mining is to be c€rried out in a phased manner initiatingafforeslation/reclamation work an the mine out area of the lirst phase while

commencing the mining in the second phase i.e. continuation of mining

activities from one phase to other indicating the sequence of operations

depending on the geo-mining conditions of the mine. Up to 80% of the

total deposited amount including interest acqued in the Escrow account

may be released alter every five years in line with the periodicexamination of the Closure Plan as per Clause 3.1 of the Annexure of the

guUelines.

The balance amount at the end of the Final Mine Closure shall bereleased to mine owner/leaseholder on compliance of all provisions ofc Plan duly signed by the lessee to the effect that said closure ofmi complied all statutory rules, regulations, orders made by the Central

of Government, statutory organizations, court etc. and duly certified

by the Coal Controller

agreement, outlining detailed terms and conditions of operating the

row Account, shall be executed amongst the mining company, the

I Controller and the concerned bank in order to give effect this

F

C

Page-50 lvlining Plan for Jhingurdah OCP

The amount released should be equal to expenditure incurred on the

Progressive Mine Closure in past live years or 8070 whichever is less.

7.0 Responsibilities of Mine closure

For the purpose of monitoring of mine closure aclivities, the unit as well

as area and HQ levels of the production company should set standard

system and form a mine closure cell. The team of monitoring at different

level should consist of member each from Mining, Environment, E & M,

Finance, Civil and Survey cadre etc.

l\,lline Closure Organization has to be created in all subsidiaries and all

areas of the subsidiaries. This organization is to be headed by a nodal

officer preferably GM (Environment)/ HOD (Mine Closure Org.) of the

subsidiary at the Head Ouarters. Below this Officer will be the Area Nodal

Officer, preferably HOD (Env.) of the Area. The organization of the HQ

and area will consist of executives lrom Finance, Civil, E&M, Mining and

Survey. Organization chart is given below:

Mine Closure orqanization at HQ Level

Team should keep the accounting of technical and financial impacts of

different mine closure activities stated in Mine Closure Plan.

rnri-a .l^o!,. .r.^iGM (F-nv) / HoD

Finance Civil SuncrF.&\4

Page-51 Mining Plen for Jhingurdah OCP

Mine Closure Organization at Area Level:

E;r", _l

The company should also prepare accounting methodology by introducing

separate code for each activity. All the expenditure should be booked

under the said pretlxed code as also suggested by Finance Division.

This will help CMPDIL or any other agency under Mine ClosureGuidelines to monitor mine closure activities of any mine of Production

CoFpany. Company should have sufficient documentary evidences for

reirFbursement from the Escrow account (duly signed by the above MCP

corhmittee) after each progressive stage as well as after final stage of

mine closure. Apart from above documentary evidences monitoringshould also include the following:

(i) Satellite imagery of plantation.(i0 Audio - Visual documenlation of different mine closure activities.

As ber final MCP. provision of additional fund to be added/assessed and

included in final MCP. For abandoned and closed mines if there is noprovision of escrow accounl the subsidiary has to provide fund asrequired.

Prdvision for Mine closuro

Thd mine owner shall be required to obtain a mine closure certificate from

Coal Controller to the effect that the protective, reclamation andrehabilitation works in accordance with the approved mine closureplan/final mine closure plan have been canied out by the mine owner for

surrendering the reclaimed land to the State govemmenl concemed.

The balance amounl at the end of the final Mine Closure shall be released

to rhine owner on compliance of all provisions of Closure Plan duly signed

by lhe mine owner to the effect that said closure of mine complied with all

stalutory rules, regulations, orders made by the Central or Stategovernment, statutory organizations, court elc. and duly certiried by the

coal Controller. This should also indicate the estimated extractable coal

restrves and coal aclually mrne out.


8.0

lf the coal Controller has reasonable grounds for believing that theprotective, reclamation and rehabiiitation measures as envisaged in the

approved mine closure plan in respect of which financial assurance was

given has not been or will not be carried out in accordance with mine

closure plan, either fully or partially, coal controller shall give the mine

owner a written notice of his intention to issue the orders for forfeiling the

sum assured at least thirty days prior to the date of the order to be issued

after giving an opportunity to be heard.

Page-53 Mining Plan for Jhlnqurdah OCP

-n

LOCATION PLAN

it -.*--.-=-=\

I

!-

I

:

+

rl7l

I-s l-T--ITlo.l=

'n

'l@

dd

c-

\

0.

o

(

,l

K\

7-

+,

+

+

:

+ +

+

+

1

i! 1

,

I

?I:

g

+--s.I

I

it-f_

I

(

t,I

B

7

+

+

+II

I:

ll

ii

!

v/

i

i

itt

lI

I

II

il

I

l,'lNAt. QIIARRY t-AYout SL,C',IION

u PLATE . 5(A)Norll Hl,RN ( (){l.tr it,DS LrMll rD

au.RrYcRosssr(noi rN

:Url

I

]-,JJ

tf

=

zc

I

l

/

q

c

a

=

I+

I

h

t tt ?I r? ?l? ? I?? ?t

?I? , I? ??

I, ??

?ta

?t? ?

????

l????t r?? r

I'.??

t?

t??

? ?t?

"?tl?t??

t?

??

??

?"? i??ll ,??? ,

t"tt

"t;rtQ

? ??,E

???? ?? ta? ??

?I

t?

? t?l

F$-.\-" )

v+

i

r<

l"

I

I

t!!lI

CulloDer lo|{'l ttUtali CoALFtEtDs l,tvn tiD

s!b.,". LAND rDclaM TtoN pLAr

) l.l# I

+ + -t-

t

-

F

t

{

ANNEXT URC - 7

{Ai !ffi

G

|' .: .,(. I 1rC1Sl1r1/2m3-lAn (M)

Golad4st of lid'.i'n ltrY or E.wdm.nt a^d fo€s!5

!o!, Faa, t.' o€ r ! Io 001

satt::\€:] Y./ ?5o5

O'r.

orh.66n oI the rorni€ rll !t tll t{ or oum$ .n6 oa b.6ie to ctccr rn-dl .iln 3talon rtwrd b€ b6.d 6n d. r. i l. dat!G.s bclt .hodd b. .e.d t, hn oy oanr.o th. n.iw30d tw.d ir til .o. 6 4m9 gt€ , cHp. ..ronv .. n @run r6nwrn ora l@loFo / Al.to q! o€r..tm6t thp d.^sw ot the llG shouro b.ra,6d 2500 d.m! oi h.,. p.!Fd .cttunty irtlE Foi@€.i slr.br. .d*tuao. o..s!83 roalom.it 9r!md Erlr racrc h ft. .o. L. dnsuruno. rtrh $. Re94n.!,ctDr, c6t6r 6@nd tv.!e. ad^dr.CU[r fion,ton.o o, o.s"d st r ra{r .^! q!. ty sh&r, * 4-.d od by.n U'$,nl , n.twork oa cLtlnC relk and .oirl.!d,nqdurnE ft€ o,Ing op.rdn Th. Mita..C.hd,. b..a-,el ou! lcur nn6 'nit ve, - od-dorE@n (rtf,Lx.y), mo6@h {Aueurt), @st mon5o.{rbwemh.i) and sntr ()[email protected]) .M trE 6!t r^6 .orr..t 6 fay b. ..t4oulany t fioEr. cFrr.r G..!na w.6

^chdrt.Endr6rd.rd r!!a eoa'd

()

(iv)

6 .!bF

1/t- w

iv) rlqIv€ drst .mc$o"tmon't ren rnd Jdt2 [email protected] pr.9€r1y. w.ter spr.y.o araaeedenls e. harroadt/ waloi:ordri!, drmps, ro.drno & u.rdd.g 9..rs sio

(Y)st

^o.rds reorrc's ena.qd rn br.sum a.d dnn,n! oDerlrc^r oDe.arcrs ot

HEfiH, et. snoL ! be D"ov@€d {th s. prws/mufis

lv,l rdu*,ar w.

@BebB.r@rd b. k.!a !nd.r ont6r ..d r.g!l.ny mon!!s€o.

lo oretulltd lid !.!Ediqr d.idrm.nd f.u r(h n bdr,l&or.d, ?vdrd .id !..cl.9ott!d h d{ .rldv are. m .onsklM xnt drdEr.d ro.6t .ind.6 ldn ra. t!. 61*{.tr or ad.nq€..6 f.oorrald ba F.o.6d .nd anlniE d b rr. fi6r.t v .nd it' R.!'onrr cll'e alfln

^ ri€r i'e cr@- t{.6 .t,nS *ii r,.ad. o. co.rur Fud shoou b.

runnil.d b th. rirr.r3try of Eddmq* tr r66t5 s y.a6 Ln .dvatre or n@ltue d6@ to .oo.ov.l.

116

ll

rt€ @F( &rtdA ihqro ner tb r.r., r.qui?Fer o .(dtu, rir.ce(r)rir 6* $E v'lhqe *rs 06 dil .lr to d.,r.t6rl9 or 1r r'.e

+m.so" i6- !h€ @o.r.d .,.,r,lonr! .iEd b. oh.,m ,o. d..r., o'*.rq frF a-!6d 6.n v hnr srF6r lb. do.Gt. *

(ol n ndl,E er.rrlq€ oG !rov6.d wrdr .dq!.re .urb€, d h.!h .n

n:

3 D6trtd co kor 5 ah, oGtrta, r.dfu? F.d.3h

il

I

I

:

(r! 0 rne DrcF

-

L./'(

chEl Gq@r HanalEr, c@l lhn,a L6tted,4cr3, sLrv.G.rnhi xag, ,td oclni l1o 0!1

,,r'n rtrv ol E.vionoant lt FNst!/ Et DrvE@n, New Deli

ANNexTaRE - 2!,

r M.1,. l,.llutior CoDrn Bo.rdE-5, Aror, Cinoi\

P,narrnh P!ns,r, BhoD.l - 16 Ml,Tcle : (t5+2{66191. !ar-11755-2rc712

var-IDrr lA/s,): 31/o1larcv^uDrr tH): 30/ r r/ 2o2

ofcon*rl udcr rctio 25 ofrhe wster (PEvelaion & crntrcl ofPollqtiotr) A.t,l9?.4 oderAir (Prevtntion & C.nt6l of Poll utioD) a.t t9t1and auiln'riz.tioh und€r Uazardou( and olh&

& THnsboud.ry Mo!.hent) RuI.s, 2016.Appli..rion R&ipt No 321a94 Dt z$ltlD$ll.Rei YnuronliM

yoE above appu.ati@ litr 6eual ot @Bl h6ta @tsidd.dbdqtte ald,eidAdsdd distin8nl6 th6m Th.M PW6te Rul6 6 relirr€d abovq up !o ll&r2018 subjct 1o Oe liriiuhall of the terms & @dilims, qclosed *ilh tlus le1lq ed

Cdlrol Bed has asst to grmt 6rht Mder Air ad WaiE Ac! & ruLhdMt@ wrtq laEdols

dn6r td !1 stolt onb. h at.a,e lJryt thp bdhtis up 1o 3lm124la and tls to be Eadl before apiry of @st i€ridiry or in€ alpliatid droreh

fe6 in tliis rcsard slEI bc sbmi&d to this ofie 6 mMlhs before .ryiry ofthe .onerAuthdiztidB@d rc$fi6 rhe ri9.lt

' CM.ttiN @.t rr C@diiN un lat' C .lnifu dd.t

@ed/cecel / revoke the atDve @Ddilim in IE t d snob as aid st'a requncd

aon\enr No A\IH r-ll? V

/#,*,cHD a,36. NULL.INDORE- 4520r0, MADHYA PRADESII

MembcrS..r.rnr\c s'End On 2,1 l0 201- 12 J5.2i'

(orsani. Auth.nti.otion on,{ADHAR frcm UIDAI rkrrer)TPAV # FO155R2K.I

,d Vrlidih:30/: ID{1X2. Ourt.rd No:5ar35.2rrl{v2ltl?. I PAV # FOISSRII(i

,€,

Poduct CCA Qty5.0 Milii@ ToE Per year

. ssnsd Gt'rftrr skmiur. NoT ..quis)

7

Coflsent Order M P Pollurion (onrrol 8,,E-5, Atu.a (i'lon:

Parya\.nn Pans2r, Bhopal - 16 Ml'T.:L r 0?5!2d66191. Far {1755-21(n7{2

CO]YDI?IO,VS PTR TO WATER IPREW'IIION & CONAEOZ oF poit/-ufloN ACT 7974I Tle daly q@li1y ot t att efltMl al our fall ottE uri( shall not dcat 1275 (tO KL/da!, aid the daily qumfr! of*s!sc br ou toll ol tfi{.r $aI nor'a@ed M0.040 Kl rdr\z Tradc Efil@l lrc.hsl:-The apptcml slull frouite conprdflsive emuerl lratnen *s1dn and $arta fic me ]tqrqly 10 achieve folhwh8

I'or.thd pannam s*.dt eqtu dt of dska'g.6 n rifud utL, EPA$ I9E6 sh4ll b. oPPlkobl43.&rag€Trc.tment:'neappllcantshauFovrdetumflchosivcswaetrelJrstsys(tuddmintainrle$mertropqiy 10 a.hide follo$Dg s&dard$

Sr

2

I n6r / tjt.EiL \lkhing

4 The efllual dEll he tr€ted up to Fs.ibrd standdds dd de in 0t FilGi for cooling ad fd grd b€ltdelolvdergedoing wi0in p.mis. tl6ce 260 di$iDrgc .ddiaion $all be Felied. L no ce t€ated eflluGt $allbe disch

सीएमपीडीआई cmpdienvironmentclearance.nic.in/writereaddata/... · jhingurda...

Documents