PREFEASIBILITY STUDY FOR SHREE. SADANAND PANDURANG …environmentclearance.nic.in/writereaddata/Online/TOR/09... · 2017. 8. 9. · Sadanand Pandurang Mane Page 4 maximum temperature

Sadanand Pandurang Mane

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SSHHRREEEE.. SSAADDAANNAANNDD PPAANNDDUURRAANNGG MMAANNEE


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Executive summary

Shree. Sadanand Pandurang Mane., has laterite stone quarry in an area 1.28 Ha In the survey No.

2399/1B with quarrying capacity of 12312 Tonnes/Annum

The major highlights of the project are:

The project comes under non agriculture land.

The quarrying activity is for cutting of laterite stone.

Ideally located at a distance of 4.57 km from NH-66 for proper road accessibility.

The site is a barren land devoid of any vegetation.

No National park or wildlife sanctuary lies within the buffer zone or nearby this region.

Located in Aynal Village which is a village listed as ESA Village as per the draft notification

S.O.2435 (E) dated 04th September 2015.

Letter of Intent obtained from DMO, Sindhudurg attached as Annexure No 1.

There are other two quarries within 500 m distance but the total area of cluster is less than 5

Hectares.

Project Description

Location: The site is located at Sr. No. 2399/1B, Aynal, Kankavali, District Sindhudurg, Maharashtra.

The site is accessible from Nandgaon-Aynal Road at distance of 0.86 km.

Land: The proponent has applied for a mining lease of 1.28 Hectares. The land is barren and devoid of

any vegetation. There are other quarries in the nearby area. The quarrying operation has come to a

standstill since the imposition of moratorium in 2012.

Co-ordinate: The coordinates of the plant site are as follows:


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Sr.No. Latitude Longitude

1 16°21'08.13"N 73°39'02.70 E

2 16°21'08.43"N 73°39'04.45"E

3 16°20'59.25"N 73°39'05.51"E

4 16°20'59.54"N 73°39'04.30"E

5 16°20'59.06"N 73°39'04.09"E

6 N 16°20’58.75” E 73°39”03.61”

Water: Water requirement of the project will be met through the tankers. Company does not exploit any

other water resources or ground water; therefore no adverse impact is anticipated on water environment.

The water requirement is estimated to be maximumof 15.3 CMD.

Electric Supply: The power requirement for the project will be fulfilled by D.G. set of 35 KVA

capacity which will be supplied by MSEB. D.G Set of 50 KVA Capacity will be used a back up source.

Project Cost: The total cost of the project including all facilities is estimated to be INR 15.0 Lacs.

Topography: The topography of the quarry area shows a predominantly flat terrain with very less

undulations. The average contour in the site lies within the range of 157 to 161 meters. The area is a

lateritic plateau.

Soil Quality: The Laterite soils are not fertile at all and are not suitable to agriculture. They are coarse

in texture and poor in nitrogen, phosphoric acid, potash and urea. These soils are red in colour as it is

mixed with iron oxides. Plants like cashew, mango and coconut grow well in these soils. These soils are

also used as building materials in India. But agriculture can be practiced with the addition of fertilizers.

Meteorology: The average annual rainfall within the district is heavy and is about 3000-3500 mm in

Sindhudurg district. The minimum temperature is the lowest and it ranges from about 16oC to 22oC.

There is a rapid rise in temperature in March to May ranges from about 30oC to 38oC. The mean


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maximum temperature in the area goes up to 38°C. In all season relative humidity is between 61 to

90%as reported by Indian meteorological center. Green belt created will be around 0.3400 ha.

Water: Water requirement shall be fulfilled from water tankers & water collected in the pits for wet

cutting and sprinkling on haul roads. No effluent generation is expected due to the quarrying activity.

Ecology: The area is entirely barren with sporadic cashew and mango plantations. No rare or

endangered species of flora and fauna are present in the immediate vicinity as well as the study area. No

blasting activity is involved for laterite stone. The stones are cut in desired sizes as per manually

operated cutting machines. There are no reserved or protected forests within 10 km distance from the

quarry area. There is only one Schedule – I sps. (Leopard) in the study area which are listed under

Wildlife Protection Act, 1972 and its amendments. Certificate obtained from DFO, Sawantwadi

Sindhudurg is attached as Annexure.2.

Socio-economic: The project will provide positive impact on the economic development of the region in

terms of employment opportunities. Locals will be employed for semi skilled and unskilled labour

requirements.

Risk Assessment Plan:

Fire: - No risk of fire is envisaged at the quarry site as there aren’t any flammables stored at site.

Dust: - The generation of dust during the operations exists. Hence the control of dust/ dust suppression

is done by periodic sprinkling of water and regular maintenance of the machine tools. Further the

persons who are likely to be subjected for the dust shall be provided with the dust masks.

Others: - the first aid injuries like cuts, bruises are likely to occur as there will be handling of the

material and tools; hence the supervisor at the quarry is trained in administrating the first aid to the

injured. First aid boxes are kept with the supervisor. Further one vehicle always kept ready in case the

causality is required to refer for the further medical treatment to the hospital/ clinic. All site staff shall


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be made aware of safety precautions to be taken in case of any mishap in project site. Adequate

provisions to control any emergency situation will be made available.

Conclusion

The minor mineral project of stone extraction will not have minimal negative impact on the

environment. Dust pollution to some extent is anticipated which will be controlled by sprinkling water

and wet cutting. Thick green belt will be maintained around the quarry site. The transportation will be

carried in tarpaulin covered trucks. Altogether the project will have a positive impact on social

environment by providing employment opportunity for the skilled and unskilled labors living in the

surrounding villages.

Considering all the above facts, the project will generate minimal adverse impact on the environment by

providing appropriate mitigation measures.

Prefeasibility Report

1. INTRODUCTION OF THE PROJECT

1.1 Identification of the project proponent Shree. Sadanand P. Mane has laterite stone quarry in an area 1.28 Ha In the survey No. 2399/1Bwith

quarrying capacity of 12312 Tonnes/Annum.

Shree. Sadanand P. Mane has appointed M/s. Sadekar Enviro Engg. Pvt. Ltd to carry out Prefeasibility

and EMP report for the existing project of their Minor Mineral Activity of the order 10260

Tonnes/Annum.

The major highlights of the project are:

The project comes under non agriculture land.

The quarrying activity is for cutting of laterite stone.


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Ideally located at a distance of 4.57 km from NH-66 for proper road accessibility..

The site is a barren land devoid of any vegetation.

No National park or wildlife sanctuary lies within the buffer zone or nearby this region.

Located in Aynal Village which is a village listed as ESA Village as per the draft notification

S.O.2435 (E) dated 04th September 2015.

Letter of Intent obtained from DMO, Sindhudurg attached as Annexure No 1.

There are other two quarries within 500 m distance but the total area of cluster is less than 5

Hectares.

There is only one Schedule – I sps. (Leopard) in the study area which are listed under Wildlife

Protection Act, 1972 and its amendments. Certificate obtained from DFO, Sawantwadi

Sindhudurg is attached as Annexure 2.

1.1 Description of Nature of the Project

Over the last 10 years, the Construction sector has been registering strong growth rates inthe range of 7-

8%. Housing and construction is one of the major drivers of growth in morethan 40 allied industries

including laterite stone extraction. Several projects are in progress and are being commenced shortly

which will have high demand of laterite Stone all over the Sindhudurg District and nearby Goa State. In

order to make up the backlog and meet the projected requirements for the next 20 years, overall housing

construction has to raise 50,000 housing units per annum. This process leads to construction of new

houses; markets etc resultantly gear up construction activities and more use of laterite stones. The

aforementioned facts and statistics provide enough evidences, assuring a steep and continuous growth

vis a vis investment opportunity in the stone extraction business.

1.2 Need of the Project

The project proponent has proposed inclusion of Stone Extraction in the barren land as explorations

have shown that these deposits occur in the subject area. The proposed mining production is covered

under the Ministry of Environment & Forests Notification 2006. This report of Prefeasibility &

Environmental Management Plan is given here as a part of the information to be furnished to the MoEF,


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Govt of India for obtaining Environmental Clearance as per office Memorandum No. L-

11000/47/2011/IA-II (M) dated 18.05.2012 .To meet the ever-increasing local demand for laterite stone

by the building industry and Construction Company the project proponent intends to produce the

following quantities of laterite stones by Manual method of quarry activity. The year wise production

and development details for the five years plan period are summarized in the table below.

Table No. 1: Production Plan for Five years

Year Laterite Stone T/A I 12312 T/A II 12312 T/AIII 12312 T/AIV 12312 T/AV 12312 T/A

Total 61560 T

1.2 Demand Supply Gap

Since it is an allied industry of the construction sector, growth in construction sector may be considered

as proxy for the growth in laterite stone extraction sector, i.e. around 2 – 3 %.It is observed that total

export volume of the laterite stone has been almost nil, whereas, Marble has the highest share and

remained at the top. The market scope for laterite stone is found to be encouraging in local market with

the increased demand from building industry & construction fields. There is also a sufficient demand

from Govt. Contractors for construction of industries etc. The entry in the target market is easy and there

is a narrow gap in the supply and demand, which is expected to grow in the coming years. The business

opportunity to fill the demand and supply gap would be quite profitable. The project proponent is

making an effort to fulfill the demand supply gap.


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1.4 Employment Generation

The establishment of this project will improve the socio-economic status of the surrounding area by way

of direct & indirect employment. The Employment opportunity will be created for skilled and majorly

unskilled people.

2. PROJECT DESCRIPTION

2.1 Location:

The project is located on a plot of land measuring 1.28 H.a at Village Aynal, Taluka Kankavali, District

Sindhudurg,and Maharashtra. Proposed project involve laterite stone quarry of the capacity 12312

Tonnes/Annum.

Table No.2 SALIENT FEATURES OF LOCATION

Salient Features Of Location Project Site Sr.No. 2399/1B, Aynal Village, taluka

Kankavali, District Sindhudurg, Maharashtra

Co-ordinates Sr.No. Latitude Longitude1 16°21'08.13"N 73°39'02.70 E2 16°21'08.43"N 73°39'04.45"E3 16°20'59.25"N 73°39'05.51"E4 16°20'59.54"N 73°39'04.30"E5 16°20'59.06"N 73°39'04.09"E6 N 16°20’58.75” E 73°39”03.61”

Nearest Highway Devgad – Nipani Highway from the site is 4.0 Kms

Nearest City Kankavali 10.29 Kms from the site Nearest Railway station Nandgaon Railway Station 9.49 Kms from the

site. Water bodies Belna River – 0.74 km away from project site

in South direction. Otav Dam – 0.79 km away from project site in Northeast direction.


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Salient Features Of Location Average rainfall 3000-3500 mm Average temperature 16oC to 22oC in winter and 30oC to 38oC in

summer Average humidity 61 to 90% Archaeological monument Not present in the 10 km radius of the site. Human settlement Habitation is beyond 1.64 Km from quarry

area near Otav Budda wadi village. Shed Provided Temporary shed for the workers are provided.

Method of mining: Quarry will be worked by open cast manual working method. Mine Life: The anticipated life of the quarry would be about 5 years minimum. Geological Reserve:

Table No.3

Total Geological Reserve(Brass)

Mineable Reserve(Brass)

Extractable Reserve

Per cent (%) of Extraction

Range of Ground Water Level

31449 12085 12045 99.66% The ground water levels are 10-12 m bgl.

Details of Deposits:

Table No.4

Depth of over burden Grade of ore Stripping ratio

1.20 mts depth Not applicable as it is laterite. The applied lease area is capped by laterite only.


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Fig 1: Google Earth Image of the project site


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Fig 2 : Toposheet Map 2.2 Land Distribution around Site The project site is having quarry area, material storage area and shelter provided for the workers.


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Details of Land usage

Land use details, as on date of survey & at the end of the five year plan period are given in following

Table No.5.

2.3 Size and Magnitude of Operation

The estimated cost of the project is going to be INR 15.0 Lacs, including a capital expenditure of INR

3.20 lakh on environmental matters. It is expected that the recurring costs on environmental matters

would be INR 45 Thousand. The project capacity is 10260 Tonnes/Annum.

Table No.6.

Particulars Present Pattern Proposed Pattern

Private(Ha) Private(Ha)

1. Area excavated 0.3300 0.90002. Storage for top soil

- - 3. Infrastructure 4. Mineral storage

5. Roads -

0.0200

6. Railways 0.0200 7. Green Belts - 0.34008.Mineral separation plant/Crusher - 9. Others to specify- Protective measures - 10.Overburden dump - 11.Virgin area 0.9300 0.0200

Total 1.2800 1.2800

Sr. No. Components

Recurring Cost per annum (Rs.) Capital Cost (Rs.)

1 Air Pollution Control 7000 40000

2 Water Pollution Control 5000 20000 3 Noise Pollution Control 5000 20000

4 Environment Monitoring and Management 10000 --

5 Reclamation borrow / mined area -- 190000


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2.4 Process Details

The laterite stones are extracted from the natural stone quarry by way of cutting at requisite sizes and

lifting of the same for further transport at site by road through tractor trolleys or pay-loaders. The pay-

loaders unload the stones at construction site and it’s ready to use.

These stones are cuts through electric driven cutters. Once cutting is over from side at requisite site the

stones lifted and loaded to the vehicles for further transport. Enclosures are provided to cutting &

sprinkling arrangement to control the dust emission. The undersized stones and the dust from the activity

is collected and stored at adjacent site and it will utilized for filling during post mining activity. Around

20% of the waste is generated during cutting of laterite into blocks; this waste will be used for a part of

quarry area for backfilling the pit & afforestation will be carried out in the backfilled area of the pit.

Process Flow Diagram of Typical Stone Extraction Unit

Sr. No. Components

Recurring Cost per annum (Rs.) Capital Cost (Rs.)

6 Occupational Health 5000 10000 7 Green Belt 8000 40000 8 Solid Waste Management 5000 --- 9 Others (Pl. Specify) -- ---

Total 45,000 3,20,000

Removing of over burden

Cutting of stone at requisite size

Lifting of stones from site and loading to trucks/ trolleys to deliver at desirable site.


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2.5 Present mining technology The lease area will be demarcated by the land survey, Revenue Department and the lease area will be

marked. Semi mechanized open pit mining will be carried out for excavation of the stone. There is very

less top soil on the lateritic and removal of the topsoil is not required in most areas as the rock is

exposed. The laterite stone mining is done by cutting the stone in specified sizes generally (16” L X 10”

W X 6” H). Thus it becomes necessary make the surface plain, thus the laterite cappings are cut off by

cutters. The mining is carried out by manual method by means of rock cutters The rock is made wet

before cutting and water is sprayed continuously while cutting the stone Around 20% waste is generated

while cutting the rocks into blocks. Hired truck dumpers used for transportation of laterite stone. There

is no use of explosive for this laterite stone mining activity

2.6 Water Sources

Water is required in the project site for various purposes like spraying to control the dust generation. The

water requirement will be around 15.3 CMD. The source of the water will be from tankers

Table No 7. Water Use Table

Sr. No Activities

Demand (CMD)

1

Mine a. Drilling b. Dust Suppression c. Equipment/Vehicle washing

10.0 CMD

2 Green Belt 3.8 CMD 3 Domestic 1.5 CMD

Total 15.3 CMD

2.7 Power Sources

The power requirement for the project will be fulfilled by D.G. set of 35 KVA capacity which will be

supplied by MSEB. D.G Set of 50 KVA Capacity will be used a back up source.

2.8 Waste Generated

The possible waste generated by the mining process will be some rejection which can be used for

leveling of the land. No other solids or liquid waste will be generated from the mining process.


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Details of O.B.

• External OB dumps: Nil

• No of OB dumps: Nil

• Area of each dump: Nil

• Height of each dump: Nil

• Quantity (in MCm) of OB in each dump: Nil

• Year of back filling: End of plan period

• No. of OB dumps reclaimed: Nil

• If garland drains and settlement facility for runoff created: No

Since there will not be any waste likely to be generated for dumping. Whatever mineral waste/powder

generates during quarrying and crushing will be used for road maintenance.

Details of Internal Dumps

• Number of internal dumps: Nil

• Area of each dump: Nil

• Height of each dump: Nil

• Quantity of wastes filled (MCm): Nil

Utilization potential of wastes

• Within the mines: Approach road maintenance or plantation purpose

• Outside mines: Road maintenance or plantation purpose

Details of final Mine Voids

• (i) Area: 0.9000 ha

• (ii) Depth: 6.00 mts


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2. 9. Manpower

The total manpower is 30 people at the project site. Both the skilled and the unskilled labors are

included.

Table No. 7. Organization Table

Sr. No Category Operative Phase 1 Permit manager 1 2 Supervisory 1 3 Skilled Worker 2 4 Unskilled Worker 5 5 Drivers/operators 20

Total 30 Conclusion Based on the foregoing study as summarized above, it is observed that there will be marginal increase in

the dust pollution, which will be controlled by sprinkling of water and transportation of stones in

closed/tarpaulin covered trucks. There will be no major impact on the ambient environment & ecology

due to the mining activities moreover the mining operation will lead to direct and indirect employment

generation in the area. Aynal village, Kankavali Taluka, Sindhudurg District will have a positive impact

on the Socio Economics of the area and lead to sustainable development of the region. The applicant

will ensure the implementation of the environmental protective measures within the mine area &

surroundings and will comply with the terms & conditions to be laid down by the Ministry of

Environment & Forests as required under the Environmental Protection Act-1986 and its amendments.

feasibility Report.pdfLOI.pdfForest NOC.pdf

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PREFEASIBILITY STUDY FOR SHREE. SADANAND PANDURANG …environmentclearance.nic.in/writereaddata/Online/TOR/09... · 2017. 8. 9. · Sadanand Pandurang Mane Page 4 maximum temperature