ENVVIIRROON NMMEENNTT N · PDF fileRajmahal Trap indicate that the lava were poured out...

EENNVVIIRROONNMMEENNTT MMAANNAAGGEEMMEENNTT PPLLAANN ENVIRONMENTAL CLEARANCE FOR 31.33 ACRE/ 12.68 HA STONE MINING

PROJECT OF M/S. GRANDS MINING LOCATED NEAR MOUZA–GOLPUR, P.O.–KHAKSA,BLOCK & P.S.– PAKURIA, DISTRICT–PAKUR, STATE–JHARKHAND

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APPLICANT

M/S GRANDS MINING SHRI NARENDRA SINGH & PARTNER, GE-16, CITY CENTER, SECTOR-4, P.O. & P.S.- BOKARO STEEL CITY, DIST-BOKARO(JHARKHAND).

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CONSULTANTS

OVERSEAS MIN-TECH CONSULTANTS ISO- 9001: 2008 & NABET ACCREDITE & EIA CONSULTANTS

REG. OFFICE : 501, 5th FLOOR, APEX TOWER,

TANK ROAD, P.0.- JAIPUR, 302015

FAX. N0- 0141-2744509. MOB N0- 9460221084,

E. MAIL – [email protected]

s

Chapter 1 Introduction

Environmental impacts are the significant factors to be analyzed, managed and monitored throughout the project. This part of the proposal briefs a series of Environmental management plans and operating procedures designed to manage and control the environmental impacts of the project. Following is the salient features of the proposed project.

Sl. No.

Parameters Description

1 Proponent Details M/s Grands Mining Shri Narendra Singh & Partner Village-Golpur, P.O.- Khaksa, Block & P.S.- Pakuria, Dist- Pakur, Jharkhand

2 Type of Land Raity Land 3 Survey Number 56 ( Toposheet No- 72P/11) 4 Geographical

features Latitude: 24016’50.938” N to 24016’40.631” N Longitude: 87038’18.289” E to 87038’1.17” E Elevation: 146 m above MSL

5 Site Location Mouza- Golpur, P.O. – Khaksa, P.S.- Pakuria, Dist- Pakur

6 Type of Project Stone Mine ( Granite Gneiss) 7 Mining Lease Area 12.68 Ha 8 Water Table 6-15 m bgl 9 Depth of Mining Max 50 mts depth from Hilltop level. 10 Reserve Geological Reserve-2520000cum

Mineable Reserve- 1882000 cum 11 Proposed

Production 790236 TPA/2634.12 TPD

12 Method of Mining Opencast semi Mechanized mining method 13 Category B2 14 Period of Lease Applied for Mining Lease 15 State /National

Boundary

16 Total Water Requirement

Sl. No.

Purpose Water requirement

(KLD)

1

Drinking & domestic ( Man

Power x 45 /1000(

56x45/1000)

2.52

2 Afforestation/Greenbelt ( Area 13.82



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Sl. No.


in ha (12.68) x 1.09 KLD per Ha)

3 Dust Suppression( Mining

road(1 Acre= 4046 sq. M)

(4046x1.05)/4 say road width +

kachha Road) X 6.5 KLD per KM

(1.06+0.270) x 6.5

8.645

Total 24.985

17 EMP Cost 9,21,684/- per year 18 Project Cost 23.11 crore

19 Land Use Pattern Si.

No.

Pattern of

Utilization

Present/Existing

land use pattern

in Acres

Proposed

Land use

for

current

plan

period

Acres

Land to

be used in

remaining

period of

the life

of the

mine.

Acres

Land used

at the

conceptual

stage ie

end of

mine life

in Acres

Area to be

Converted

in

conceptual

period in

Acres

1 Mining

Activities

1.00

9.00

7.14 17.14 Water

Body.

2 Offices/

Store

/crusher/

Magazine

etc.

0.50 0.00 0.00 0.50 -

3 Dumping 1.50 0.00 0.00 1.50 Green Belt

4 Mining

Road

1.05 0.00 0.00 1.05 Green Belt

5 Green

belt/safety

zone &

Garland

Drain

5.64 0.00 0.00 5.64 -

6 Stone

Stock

yards

0.00 0.00 0.00 0.00

7 Unutilized 21.64 12.64 5.50 5.50 Green Belt

Total 31.33 21.64 12.64 31.33

20 Habitation Name of

village

Direction Distance

from Mines

Population



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Sl. No.


Golpur SE 1.31 km 688

Tiladonga SW 2.50 km 850

Matichuan NW 2.18 km 1200



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Chapter 2 Site description

2.1. Topography and Geology of the precise area 2.1.1. Topography Based on the topographical map No. 72P/11 the Pakur district, hills are widely scattered with adulatory

topography. The general slope of the area towards east around ML area. The ML area is about 45 Km

South of Pakur. Villages around ML area are Golpur, Babuijhuti,Tiladonga,Matichua,etc

2.1.2. Geology of the precise area The general stratigraphic succession in the Rajmahal hills consists of Precambrian granite gneiss and schist overlain by Talchir, Barakar, Dubrajpur ,Rajmahal volcanic and intertrappeans, laterite and alluviam. The general succession of the litho units in the area is as follows: Laterite Gondwana - Rajmahal Group Basaltic Flows and intertrappens, laterite and alluviam. (The number of flows and intertrappeans varies) Super-…………………….Unconformity………………………………….. Group- Dubrajpur Group Barakar Group Talchir Group ……………………………..Unconformity…………………………………… Precambrian- Granite gneiss and schist with metabasics The stratigraphic column of Rajmahal Trap varies from area to area and the number of basaltic flows and intertrappens also varies. Basaltic flows have been identified on the basis of recognition of intertrappens beds at the interfaces of the different flows. In course of the present investigation field evidences were obtained to throw some light on certain aspects of volcanism in Pakur area viz, loci of eruption , nature of eruption, eruptive breaks, and sedimentary environment. The aforesaid local evidences aided by regional linear extension and overall configuration of the Rajmahal Trap indicate that the lava were poured out essentially as fissure vent flows and such vent had a N-S trend. The Pakur Volcanic Suite is overwhelmingly dominated by Thleiitic Basalt of more or less uniform composition. 2.2. Existing Land pattern Geo referenced landuse pattern around 300 m to 500 m radius is shown in Figure 1 .



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Figure 1. Google Earth image showing lease boundary with 300 m and 500 m buffer

2.3. Climatic condition Owing to its position near west Bengal and hilly landscape of the region climatic condition is slightly different from the rest of the state. The climate of Pakur district is semitropical with hot & dry in summer and cold in winter throughout the district. During winter season the temperature varies between 100C to 150C and during summer season it varies between 250C to 450C. The summer season set in the month of March and last till around mid June, when the area receives first showers of monsoon. The last fortnight of May is the hottest, and the mercury may shoot up to 450C. The district receives a larger share of the annual rainfall mainly by the south west monsoon during the rainy season and from the retreating monsoon during the inter monsoon period which originates in the Bay of Bengal. The district receives most of the annual rainfall during the monsoon period. The district receives an annual rainfall of 1100 mm. to 1350mm



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Monthwise Average Rainfall in the Year (2002-2011)



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2.4. Relative Humidity The average daily relative humidity for August is around 76 % 2.5. Flora and Fauna 2.5.1. Flora: Flora as observed and identified in the field are covered by photograph and shown

below. Mostly Erukku, acacia, neems are found more on regional scale. The applicant has developed

trees like Neems, Tamarind and Mango etc with proper nursery garden and plantation on vacant

land. Some of the floras are as shown in figure 2.2 and listed in table 2.2.

Table 2.2a. : Trees S.No. Name of Tree Botanical Name Number Remarks

1 Bushes Acacia Nilotiaca 31 Growing

Well 2 Nona Tree Morinda Tinctaria 58 3 Neem Azadrirachta Indica 33 4 Alamaram tree Ficus Bengaiensis 4 5 Karuvelan tree Acacia Arabica 16 6 Pee Tree Eiraahis Excaiave 8

Table 2.2b. : Shurbs

S.No Local Name Botanical Name 1 Nayuvi Achyanthes aspera

2 Avaram Poo Cassia Auricuiata 3 Cheetha tree Annona Sguamosa

Table 2.2 c. :Climbers

S.No Local Name Botanical Name



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1 Thungu Moonchi Samanae Saman 2 Veli Mull Pakin Sonia Acuieata

Table 2.2 d. :Climbers

S.No Local Name Botanical Name 1 Thumbai Leucas aspera 2 Peru Nerunji Pedalinum murex

Figure 2a Alamara Tree Figure 2b Palamara Nona Tree

Figure 2 c Veli Mull Figure 2d Avaram Poo



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2.5.2. Fauna The fauna species such as mammals, avian fauna and Butterfly or insects observed around the project site are given in table 2.3.

Table 2.3. a: Mammals

S.No Local Name Botanical Name 1 Indian palm squirrel Funambulus palmarum 2 Wild Boar Sus scrofa 3 Rabbits Lepus curpaeums

Table 2.3. b: Avian Fauna

S.No Local Name Botanical Name 1 Black kite Milvis migrans

2 House crow Corvus splendens

Table 2.3. c: Butterfly/Insects

S.No Local Name Botanical Name 1 Scorpion Scorpiones

2 Millipedes Diplopoda

2.6. Habitation and Infrastructures Table 2.4.: Existing Infrastructures near the site

S.L. No Particular Location Distance (km) Direction

1 Post Office Khaksa 4.18 km NE

2 Town Pakur 41 km NE

3 Police Station Pakuria 6.0 km N

4 Govt. Hospital Pakuriya 5.90 Km N

5 School Joggaria 5.25 km N

6 DSP Office Pakur 41 Km NE

7 Railway Station Dumka 39 km West

8 Mosque Pakuria 5.67 km West

9 Nearest Airport Ranchi 290 km SW

10 Nearest Village Golpur 1.33 km SE

2.6.2. Power line: There is no HT line or LT power line is found nearby the site.

2.6.4. Archaeological\Historical monuments: No infrastructures and places of interest like archeological monuments, Sanctuaries, bridges etc are found within 500 m radius.



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2.6.3. Water bodies: No major river is situated around 1 km radius. 2.6.4. Archaeological\Historical monuments: No infrastructures and places of interest like archeological monuments, Sanctuaries, bridges etc are found within 500 m radius.

2.6.5. Road: The mine lease area is well connected with road and rail transport. The area is connected with Golpur – Matichuan Village road 270 m E side to mine lease area and this village road after 4.70 km connected to Maheshpur-Pakuria Road North direction from the ML area and this road after 19.89 km NW side connected SH-18. 2.6.6. Place of worship:

There is no place of worship like Temple, School, Archeological monuments and Villages found

around 500 m radius.

2.6.7. Reserved Forest\Forest\ social forest\ wild life sanctuaries etc: Forest

PF/RF Distance Direction

1 PF near Ranipahari 3.9 KM W

1 PF near Jamchua 4.5 KM W

Dense mix jungle near Kendpahari 5.2 KM W

1 P.F near Rajdaha 5.4 KM N

Water Bodies

River Bodies Distance Direction

Brahmani River 3.00 km S

2.6.8. Interstate Boundary:

West Bangal Interstate boundary is situated about 3.18 kms away on the SSE side.



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CHAPTER 3 ENVIRONMENTAL MANAGEMENT PLAN

Impact of mining on environment will be Dust generation, Temporary storage and utilization of top

soil, Land degradation, Stabilization and vegetation of dumps, Adverse effect on water regime,

socio-economic benefits arising out of mining, Noise and Vibration. Major impacts, mitigation

measures and good practices are discussed below.

3.1. AIR ENVIRONMENT 3.1.1 INTRODUCTION

The ambient air quality monitoring with respect to the study area of Golpur project site was done for

the baseline information. The various sources of air pollution in the region are industrial, traffic,

urban and rural activities. The data will also be useful for assessing the conformity to standards of

the ambient air quality during the Mining operation. The study area represents mostly rural

environment.

3.1.2 SELECTION OF MONITORING STATIONS

The baseline status of the ambient air quality has been assessed through a scientifically designed

ambient air quality monitoring network. The design of monitoring network in the air quality

surveillance programme has been based on the following considerations:

Topography of the study area;

Table : Ambient Air Quality Monitoring Stations

S. No. Location Code Direction

1 Project Site (Golpur) AQ1 SE corner

2 Project Site ( Babuijhuti) AQ2 SW corner

3 Project Site (Near zone-A) AQ3 North corner

4 Project Site (Crusher) AQ4 East corner

3.1.3 PARAMETERS, FREQUENCY AND MONITORING METHODOLOGY

Ambient air quality monitoring has been carried out twice in each location. The baseline data of

ambient air has been generated for the following parameters as mentioned below.

PM10

PM 2.5

Sulphur-dioxide (SO2)

Oxides of Nitrogen (NOX)



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S.

1.1.1.1.1.1 N

o

.

Parameters Unit (SI)

Results Specification/ SPCB Norms

Method Used

1. P.M 10 µg/M3 : 66.24 100 µg/M3 Is: 5182(part-23)

2 P.M 2.5 µg/M3 42.36 60 µg/M3 CPCB Guide Line

3 SO2 µg/M3 : 8.96 80µg/M3 Is: 5182(part-02)2001

4 NO2 µg/M3 : 22.32 80 µg/M3 Is: 5182(part-06)2006

AIR POLLUTION CONTROL MEASURE Dust generation during drilling of shot holes, haul road, smoke from vehicles shall be controlled by

following practices:

Dust extractor or wet drilling to be followed to control dust at source of emission during drilling.

Sharp drill bits will be used for drilling and regrinding will be done periodically to reduce the dust

generation.

Emission level in all machineries and transport vehicles to be tested once in a year to keep them in

control with proper maintenance and service as per TNPCB Standards

Water sprinklers along the sides of haul road shall be fixed to control fly of dust while transporting

minerals and waste. Provision for automatic water sprinkle system on permanent road and water

spray by tankers on temporary road shall be made.

Avenue trees along roads and green belt around ML boundary shall be planted with density of 2000

trees per Hectare as per the norms of MoEF to control fly of dust, noise etc

Ambient air pollution monitoring will be carried out as per the regulations

.3.2. WATER ENVIRONMENT.

3.2.1 Introduction

Selected water quality parameters for ground water have been studied for assessment of ground water and surface water within the radius of 500 m radius around the proposed project site. The purpose of the study is to

Assess the water quality characteristics for physical and chemical parameters;

Analyze the impacts on agricultural productivity, habitat conditions, recreational resources and aesthetics in the vicinity; and predict impact of the project on water quality.



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S

.

N

o

.

Parameters Unit

(SI)

Results

Specification/

SPCB Norms/BIS Standards

Permissible Limit in the absence of alternate

source

Method Used

1. PH 6.87 6.5-8.5 _ APHA: 4500-H+ B 22nd Edition

2. Conductivity mS/m 67.0 -- _ APHA: 2510 B. 22nd Edition

3. Turidity NTU <0.1 1 10 APHA: 2130-B Nephelometric

Method 22nd Edition

4. Colour Pt-Co <5.0 5 _25 APHA: 2120-b Visual

Comparison Method 22nd

Edition

5. COD mg/l - -- _ APHA: 5220 B 22nd Edition

6. Total Dissolved

Solids

mg/l 402.0 500 2000 APHA: 2540 C 22nd Edition

7. Dissolved Oxygen

(D.O)

mg/l - -- _ APHA: 4500 O-C 22nd Edition

8. Alkalinity mg/l 281.0 200 600 APHA: 2320 B Alkalinity 22nd

Edition

9. Chloride mg/l 62.52 250 1000 APHA: 4500-Cl-B 22nd Edition

10. Sulphate mg/l 1.03 200 400 APHA: 4500-SO4 E 22nd Edition

11. Fluoride mg/l 0.14 1.0 1.5 APHA: 4500-F-D 22nd Edition

12. Sodium mg/l 15.7 -- _ APHA: 3500-Na B 22nd Edition

13. Potassium mg/l 2.4 -- _ APHA: 3500-K B 22nd Edition

14. Total Hardness mg/l 191.0 200 _ APHA: 2340 C 22nd Edition

15. Ca. Hardness mg/l 119.0 -- _ APHA: 3500-Ca B 22nd Edition

16. Calcium as Ca mg/l 47.70 75 200 APHA: 3500-Ca B 22nd Edition

17. Mg. Hardness mg/l 72.0 -- _ APHA: 3500-Mg B 22nd Edition

18. Magnesium as Mg mg/l 17.50 30 100 APHA: 3500 – Mg B 22nd Edition



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S

.

N

o

.

Parameters Unit

(SI)

Results

Specification/

SPCB Norms/BIS Standards

Permissible Limit in the absence of alternate

source

Method Used

19. Amm. Nitrogen mg/l 0.90 -- _ IS 3025 (PP 34)

1988 (RA 2014)

20. Nitrate mg/l 2.18 45 100 IS 3025 (Part 34)

(3) 1988 (RA 2014)

21. Phosphate mg/l 0.12 -- _ APHA: 4500-PC 22nd Edition

22. Cadmium mg/l <0.1 0.003 0.01 APHA: 3111 B 22nd Edition

23. Copper mg/l <0.03 0.05 1.5 APHA: 3111 B 22nd Edition

24. Iron mg/l 0018 0.3 1.0 APHA: 3500 Fe-B 22nd Edition

25. Lead mg/l <0.15 0.01 _ APHA: 3111 B 22nd Edition

26. Manganease mg/l <0.03 0.1 0.3 APHA: 3111 B 22nd Edition

27. Zinc mg/l <0.06 5 15.0 APHA: 3111 B 22nd Edition

Water pollution control Measure : Depth of Mining is planned to above the ground water table. Therefore pumping of ground water or surface water does not arise in this mine. The turbid rain water during rainy season is proposed to settle in a pit before discharging in to the natural stream for settling the suspended particles. Pump having required capacity is installed to lift accumulated rain water from working pit to the settling tank. The rain water should be collected by garland drain around the lease boundary/pit and allowed to settle in a small pit for settling suspended particles before passing to natural drainage system. It shall be ensured that quality of drinking water for the worker is hygienic and good sanitation system shall be made available. 3.3. Land Environment Significant impact on land occurs due to change in land use pattern, degradation of soil quality and

dumping of waste. The project is site specific due to the availability of mineral resources. Hence

there is no alternative location suggested for mining.

Some of the measures followed to minimize the impacts are as follows:



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The mining activities will be restricted within the lease area only.

The waste material will be utilized for the construction of road and also used by the local people

for construction work.

The surface run off from the lease area will be retain within the lease and used for plantation, dust

suppression and block cutting. So there will be no soil erosion from the lease area and its

surrounding due to mining activity.

The dump will have inward slope with catch drains at inward side of the terrace and the catch drain

of the individual terrace will be connected to the garland drain outside the periphery of the dump.

Retaining wall and garland drain will be constructed around the dumps and the surface runoff water

pass through the garland drain and finally settled in a settling pit before released outside.

Retaining wall and garland drains for the proposed waste dump will be constructed to arrest wash

offs from the dump.

Maintenance/ repair of vehicles and machineries will not be inside the mining area. However

sudden leakage of oil will be properly disposed off.

3.4. Noise and Vibration Noise pollution will only Day time during Drilling Blasting and Machinery use in Mining activity. List of equipment Sl. No. Type Nos. Size/Capacity

1 Wagon Drill 03 34 mm dia 2 Compressor 03 50 L/s 3 Excavator 03 0.5m3 4 Tippers 25 tons 11 25 tones 5 Dozer (Optional) 01 65 H.P. 6 Grader(Optional) 01 175 H.P. 7 Water tanker 01 12 000 liters 8 Diesel Pump 01 5/10 HP 9 D.G. Set 01 60 KVA Noise Pollution Control Generation of noise during blasting shall be controlled by delay arrangements in blasting and use of

proper quantity of explosives and strength. Diesel powered machineries, which is major source of

noise in open cast mining shall be properly maintained. Attention shall be paid towards rigorous

maintenance of the silencer of the diesel engines. Protective devices shall be provided for use of

persons employed in the vicinity. Wherever the noise level is found in excess of the stipulated limits,

necessary protective devices like ear plugs will be provided to the employees exposed to such

conditions.



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3.5. Solid waste management The solid waste shall be dumped systematically with proper repose angle and stabilization as

follows:

Gradation of dump shall be done automatically as coarser materials go to the bottom and finer at

the top and therefore drain of rain water flow freely to the bottom without endangering the stability

of dump.

Stabilization of dump with top soil and tree plantation shall make the dump more stable on long.

Dump should be terraced for every 5 m height and stabilized

1m height parapet shall be constructed for dumps more than 6m height along the toe to prevent and

control wash out from dumps entering into natural system through rain water

Garland drainage around dump shall prevent under wash of dump by hydrostatic pressure to be

developed by surface water and control wash outs and collapse

3.6. Program of Afforestation The common native plant species used to develop green belt in safety zone of all around the

mine lease boundary also in the barren area during conceptual plan period will be Gulmohar,

Neem, Bargad, Amaltas, Pipal, Teak, Arjuna, Kadamb, Ahhatwar etc.

Progressive Afforestation during proposal period:

Year Wise Afforestation Program

Sl.

No.

Year of

Plantation

Target of

Plantation

Area to be covered in Ha Area of Plantation

1 I Yr 802 0.4008 Safety/Barrier Zone

2 II Yr 802 0.4008 Safety/Barrier Zone

3 III Yr 802 0.4008 Safety/Barrier Zone

4 IV Yr 802 0.4008 Safety/Barrier Zone

5 V Yr 802 0.4008 Safety/Barrier Zone

TOTAL 2000 plant per Ha 4010 2.004 Safety/Barrier Zone

Proposed Afforestation Program along the transportation route

Afforestation Program along the transportation route

Zone Length

(m) Description Numbers of Trees

Along approach road 270 200 plant per kilometer 54

Total @ of 5 m per

plant

( Both side plantation will be approach kachha road ) 54 x 2 = 108



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3.7. Restoration and Rehabilitation Plan No immediate abandoned plan, being a shallow operation. S1-type of stone fencing will be

constructed around the open pit mines and watch and ward shall be to safeguard the mine from

access to surface openings

After completion of mining the land will be used as storage of rain water to percolation that the

ground water will be charged to increase ground water level. And fishy culture will be developed

with aesthetic planting around mines like park. Top Soil, a precious product of mother earth will be

made used for this rehabilitation and land reforming.

3.8. Budget for Environmental Management Plan SI. No. Measures Description of work Annual recurring cost

(in Rs.)

Proposed

1 Pollution Control i) Dust Suppression ii) Garland drain & ground dump

Water sprinkling will be done time to time.( @ 600/- per day for pit area village kachha road ) Garland drain and Settling Pond will be established according to need @ 20/- Sq.ft 1.00 ha = 107639.10 Sq Ft.( 0.084 x 107639.10 = 9041.68 sq. ft Garland Drain area)

1,80,000/- 1,80,834/-

2 Pollution Monitoring i) Air pollution ii) Water pollution ii)Noise Polution

Yearly at 1 location for air, 1 location for water and 1 locations for noise

25,000/- 35,000/- 20,000/-

3 Occupational Health To provide medical facility at the site to the employees( 200 per head monthly medical facility ) 56 man power x 200= 11200/-

1,34,400/-



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4 Green Belt 2.004 Ha areas will be used for

greenbelt development.( @ 45/-

per plant of Green Belt/safety

zone area 4010 x 45 = 1,80,450/-

)

Plantation along kuchha road

will also be done to achieve 33%

plantation. Kachha road per plant

500 rupee ( applied area to

village road distance 270 m ) 54

x 2 = 108 plant both side Kachha

Road x 500= 54000/-

2,34,450/-

6 Others (specify) Provided safety equipment of all staff ( Air mask , Helmet Shoes, Ear plug, & Other Safety Eqp.)

1,12,000/-

Total 9,21,684/-



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Chapter 4 Socio - economic and Welfare measure

4.1. Improvements in physical and social infrastructure

The proposed project will enhance the socio-economic activities in the adjoining areas. Several shops and service providers shall grow in the public adjacent to mines. Schools and city development shall also be possible owing to the fact of economic growth in the village. This will result in benefits such as - Improvements in physical infrastructure. - Improvements in Social Infrastructure. - Increase in Employment Potential - Contribution to the Exchequer. - Prevention of illegal mining. - During and Post-mining enhancement of green cover. 4.2. Employment potential The mining operation will create an employment of about 56 persons, of which about 90 % are from

local area (Son of Soil). 56 persons get employment. Most of labors are Agriculturist. In case of

closure of mine, they may continue their own work or join in the neighbor village people. Being an

existing quarry immediate retrenchment may not arise. Development of the mine provided

employment opportunities and also the industrial culture and civilization to the village people.

Beneficiary villages are Golpur, Babuijhuti, Tiladonga, Matichuan and its hamlets. Other than mine

employment,workshops, spare parts, tyres and tubes and related several self-employment

opportunities were also developed.

4.3. Welfare measures 4.3.1. Drinking Water: Whole some drinking water shall be provided as per the Mines Rules, 1955.

Quantity for Drinking and utilities is 2.52 KLD. Dust suppression and Green belt of water is 22.465

KLD. Minimum quantity of 22.465 KLD has to be maintained as per the Rule.Drinking water is

obtained by ineral water industries by water canes. Dust suppression and green belt is obtained from

the open wells of proponent site.

4.3.2. Sanitary facilities: Surface latrines and urinals shall be constructed at convenient places for use of labors as per the

provisions of Rule (33) of the Mines Rules, 1955 separately for males and female. The scale of

latrine shall be one for every 50 employees for the purpose of calculating the number of latrines.

Washing facilities shall also be arranged as per the Rule (36) of MR,1955.

4.3.3. First Aid facility: Being a small mine First Aid station as per provisions under Rule (44) of

the Mines Rules 1955 will be provided with facilities as per the third schedule as prescribed.



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APPLICANT


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CONSULTANTS




FAX. N0- 0141-2744509. MOB N0- 9460221084,


Qualified First Aid personnel should be appointed or nominated to attend emergency first aid

treatment.

4.3.4. Labour Health: Periodic medical examination has to be made for occupational health once in a

year in addition to attending medical treatment of occupational injuries under Rule 45 (A). Medical

checkup is to test silicosis and other respiratory problems.

4.3.5. Precautionary safety measures to the Laborers: For safety provisions PPEs should be

provided as per the circulars and amendments made for Mine labors under guidance of DGMS.

Labours engaged in dust prone areas should be provided with safety devices like ear muff, mask,

goggles etc as per the MMR, 1961 amendments and circulars of DGMS under the provisions of

occupational diseases.

4.3.6. The Child labour Employment: As per the Mines Act, 1952, no child labour below 18 years

old shall be engaged for any work in the quarry.

Signatory of Authorized Person Date Place

Name:-

Shri Narendra Singh & Partner

M/s Grands Mining

Full Address:-

GE-16, City Center,Sector-4;

P.S. & P.O.- Bokaro Steel City,

Dist- Bokaro (Jharkhand)

ENVVIIRROON NMMEENNTT N · PDF fileRajmahal Trap indicate that the lava were poured out...

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