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PRE-F M Survey no. 936, V 2( FEASIBILITY REPO Ms. Univ Minerals Village: Rajpardi, Ta: Jhagad JANUARY 2017 Consultant: EXCEL ENVIRO TECH NABET Accredited EIA Consultant Orga TF-2 , Sun House, Old High Court Lane Off Ashram Road, Ahmedabad 380 00 Tele-fax: 07927542219, Cell: +91-9825 Email: [email protected] Website : www.excelenviro.com (b) Mineral beneficiation ORT dia, Bharuch anization e 09 55 88910

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Page 1: PRE-FEASIBILITY REPORT - environmentclearance.nic.inenvironmentclearance.nic.in/writereaddata/FormB/TOR/PFR/100320174... · PA GE7 13 M/s. Univ Minerals Feasibility Report 2 CHAPTER

PRE-FEASIBILITY REPORT

Ms. Univ MineralsSurvey no. 936, Village: Rajpardi, Ta: Jhagadia, Bharuch

JANUARY 2017

Consultant:EXCEL ENVIRO TECHNABET Accredited EIA Consultant OrganizationTF-2 , Sun House, Old High Court LaneOff Ashram Road, Ahmedabad – 380 009Tele-fax: 079–27542219, Cell: +91-98255 88910Email: [email protected] : www.excelenviro.com

2(b) Mineral beneficiation

PRE-FEASIBILITY REPORT

Ms. Univ MineralsSurvey no. 936, Village: Rajpardi, Ta: Jhagadia, Bharuch

JANUARY 2017

Consultant:EXCEL ENVIRO TECHNABET Accredited EIA Consultant OrganizationTF-2 , Sun House, Old High Court LaneOff Ashram Road, Ahmedabad – 380 009Tele-fax: 079–27542219, Cell: +91-98255 88910Email: [email protected] : www.excelenviro.com

2(b) Mineral beneficiation

PRE-FEASIBILITY REPORT

Ms. Univ MineralsSurvey no. 936, Village: Rajpardi, Ta: Jhagadia, Bharuch

JANUARY 2017

Consultant:EXCEL ENVIRO TECHNABET Accredited EIA Consultant OrganizationTF-2 , Sun House, Old High Court LaneOff Ashram Road, Ahmedabad – 380 009Tele-fax: 079–27542219, Cell: +91-98255 88910Email: [email protected] : www.excelenviro.com

2(b) Mineral beneficiation

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PAGE713M/s. Univ Minerals Feasibility Report

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TABLE OF CONTENTS

CHAPTER 1 INTRODUCTION TO THE PROJECT1.1 Project Proponent 2CHAPTER 2 PROJECT DESCRIPTION2.1 Project Location 32.2 Alternate Sites Considered 32.3 Products & Raw Material Details 52.4 Manufacturing Process 52.5 Details of Air Pollution Management 62.6 Details water and wastewater 62.7 Utilities Requirement 62.8 Manpower Requirement 6CHAPTER 3 SITE ANALYSIS3.1 Connectivity 73.2 Existing Landuse Pattern 73.3 Topography 73.4 Social Infrastructure Available: 83.5 Rehabilitation & Resettlement Plan 83.6 Landuse Breakup 8CHAPTER 4 PROPOSED ENVIRONMENTAL INFRASTRUCTURE4.1 Management of Domestic Waste Water 94.2 Management of Industrial Waste Water 114.3 Air Quality Management: 114.4 Solid & Hazardous Waste Management 114.5 Hazardous Chemicals Details 11ANNEXURECA Certificate 12distance Certificate From Talati 13Plan layout 14Undertaking 15Non Agricultural Permission 17

PAGE713M/s. Univ Minerals Feasibility Report

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TABLE OF CONTENTS

CHAPTER 1 INTRODUCTION TO THE PROJECT1.1 Project Proponent 2CHAPTER 2 PROJECT DESCRIPTION2.1 Project Location 32.2 Alternate Sites Considered 32.3 Products & Raw Material Details 52.4 Manufacturing Process 52.5 Details of Air Pollution Management 62.6 Details water and wastewater 62.7 Utilities Requirement 62.8 Manpower Requirement 6CHAPTER 3 SITE ANALYSIS3.1 Connectivity 73.2 Existing Landuse Pattern 73.3 Topography 73.4 Social Infrastructure Available: 83.5 Rehabilitation & Resettlement Plan 83.6 Landuse Breakup 8CHAPTER 4 PROPOSED ENVIRONMENTAL INFRASTRUCTURE4.1 Management of Domestic Waste Water 94.2 Management of Industrial Waste Water 114.3 Air Quality Management: 114.4 Solid & Hazardous Waste Management 114.5 Hazardous Chemicals Details 11ANNEXURECA Certificate 12distance Certificate From Talati 13Plan layout 14Undertaking 15Non Agricultural Permission 17

PAGE713M/s. Univ Minerals Feasibility Report

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TABLE OF CONTENTS

CHAPTER 1 INTRODUCTION TO THE PROJECT1.1 Project Proponent 2CHAPTER 2 PROJECT DESCRIPTION2.1 Project Location 32.2 Alternate Sites Considered 32.3 Products & Raw Material Details 52.4 Manufacturing Process 52.5 Details of Air Pollution Management 62.6 Details water and wastewater 62.7 Utilities Requirement 62.8 Manpower Requirement 6CHAPTER 3 SITE ANALYSIS3.1 Connectivity 73.2 Existing Landuse Pattern 73.3 Topography 73.4 Social Infrastructure Available: 83.5 Rehabilitation & Resettlement Plan 83.6 Landuse Breakup 8CHAPTER 4 PROPOSED ENVIRONMENTAL INFRASTRUCTURE4.1 Management of Domestic Waste Water 94.2 Management of Industrial Waste Water 114.3 Air Quality Management: 114.4 Solid & Hazardous Waste Management 114.5 Hazardous Chemicals Details 11ANNEXURECA Certificate 12distance Certificate From Talati 13Plan layout 14Undertaking 15Non Agricultural Permission 17

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CHAPTER 1INTRODUCTION TO THE PROJECT

M/s. Univ Minerals is having Silica and River Sand Washing unit at Survey no. 936,Village: Rajpardi, Ta: Jhagadia, Bharuch. The unit procured materials from GujaratMineral Development Corporation Rajpardi Lignite Mines and the process consistsseparation of sand and clay filtration such as organic matter, and othercompounds which is environmental friendly process.

As per the EIA notification of Ministry of Environment and Forests, Govt of India(MoEF), Office memorandum dated 24 December 2013, project is considered tobe Schedule 2(b) Mineral beneficiation (The mineral beneficiation activity listed,in the Schedule as Category 'B', with throughput 20,000 TPA, involving onlyphysical beneficiation)

1.1 PROJECT PROPONENTS

M/s. Univ Minerals is a Company launched by Mr. Arvind Patel Partner is young,dynamic and enthusiastic to lead the task towards completeness.

Currently, the managerial team includes 4 administrative and 8 working staff. Forproposed expansion/diversification activity, more 3 people may get employed atfull capacity production.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 1INTRODUCTION TO THE PROJECT

M/s. Univ Minerals is having Silica and River Sand Washing unit at Survey no. 936,Village: Rajpardi, Ta: Jhagadia, Bharuch. The unit procured materials from GujaratMineral Development Corporation Rajpardi Lignite Mines and the process consistsseparation of sand and clay filtration such as organic matter, and othercompounds which is environmental friendly process.

As per the EIA notification of Ministry of Environment and Forests, Govt of India(MoEF), Office memorandum dated 24 December 2013, project is considered tobe Schedule 2(b) Mineral beneficiation (The mineral beneficiation activity listed,in the Schedule as Category 'B', with throughput 20,000 TPA, involving onlyphysical beneficiation)

1.1 PROJECT PROPONENTS

M/s. Univ Minerals is a Company launched by Mr. Arvind Patel Partner is young,dynamic and enthusiastic to lead the task towards completeness.

Currently, the managerial team includes 4 administrative and 8 working staff. Forproposed expansion/diversification activity, more 3 people may get employed atfull capacity production.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 1INTRODUCTION TO THE PROJECT

M/s. Univ Minerals is having Silica and River Sand Washing unit at Survey no. 936,Village: Rajpardi, Ta: Jhagadia, Bharuch. The unit procured materials from GujaratMineral Development Corporation Rajpardi Lignite Mines and the process consistsseparation of sand and clay filtration such as organic matter, and othercompounds which is environmental friendly process.

As per the EIA notification of Ministry of Environment and Forests, Govt of India(MoEF), Office memorandum dated 24 December 2013, project is considered tobe Schedule 2(b) Mineral beneficiation (The mineral beneficiation activity listed,in the Schedule as Category 'B', with throughput 20,000 TPA, involving onlyphysical beneficiation)

1.1 PROJECT PROPONENTS

M/s. Univ Minerals is a Company launched by Mr. Arvind Patel Partner is young,dynamic and enthusiastic to lead the task towards completeness.

Currently, the managerial team includes 4 administrative and 8 working staff. Forproposed expansion/diversification activity, more 3 people may get employed atfull capacity production.

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CHAPTER 2PROJECT DESCRIPTION

2.1 PROJECT LOCATION

The Project is located at coordinates 21o44’42.28’’N 73o13’33.49’’E in, Survey no.936, Village: Rajpardi, Ta: Jhagadia, Bharuch about 1.5 km far from RajpardiRailway station and 60 km far from Vadodara Airport. The Plant is just 1.1 kmaway from State Highway (SH-163) that provides a convenient & competitivetrade gateway to domestic market transportation.

Location of The Project With Surroundings

2.2 ALTERNATE SITES CONSIDERED

The company has considered alternate site Ms. Univ Minerals for Washing ofSilica and River Sand at Survey no. 936, Village: Rajpardi, Ta: Jhagadia, BharuchNecessary permissions from State Pollution control Board will be obtained.

As the unit having all required infrastructure facilities in form of; water,electricity, and Road available for proposed activities.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 2PROJECT DESCRIPTION

2.1 PROJECT LOCATION

The Project is located at coordinates 21o44’42.28’’N 73o13’33.49’’E in, Survey no.936, Village: Rajpardi, Ta: Jhagadia, Bharuch about 1.5 km far from RajpardiRailway station and 60 km far from Vadodara Airport. The Plant is just 1.1 kmaway from State Highway (SH-163) that provides a convenient & competitivetrade gateway to domestic market transportation.

Location of The Project With Surroundings

2.2 ALTERNATE SITES CONSIDERED

The company has considered alternate site Ms. Univ Minerals for Washing ofSilica and River Sand at Survey no. 936, Village: Rajpardi, Ta: Jhagadia, BharuchNecessary permissions from State Pollution control Board will be obtained.

As the unit having all required infrastructure facilities in form of; water,electricity, and Road available for proposed activities.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 2PROJECT DESCRIPTION

2.1 PROJECT LOCATION

The Project is located at coordinates 21o44’42.28’’N 73o13’33.49’’E in, Survey no.936, Village: Rajpardi, Ta: Jhagadia, Bharuch about 1.5 km far from RajpardiRailway station and 60 km far from Vadodara Airport. The Plant is just 1.1 kmaway from State Highway (SH-163) that provides a convenient & competitivetrade gateway to domestic market transportation.

Location of The Project With Surroundings

2.2 ALTERNATE SITES CONSIDERED

The company has considered alternate site Ms. Univ Minerals for Washing ofSilica and River Sand at Survey no. 936, Village: Rajpardi, Ta: Jhagadia, BharuchNecessary permissions from State Pollution control Board will be obtained.

As the unit having all required infrastructure facilities in form of; water,electricity, and Road available for proposed activities.

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Location of site within 500 m Radius

Location of site within 5-km Radius

PAGE713M/s. Univ Minerals Feasibility Report

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Location of site within 500 m Radius

Location of site within 5-km Radius

PAGE713M/s. Univ Minerals Feasibility Report

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Location of site within 500 m Radius

Location of site within 5-km Radius

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2.3 PRODUCTS & RAW MATERIAL DETAILS

Details of Product

Sr. No. Product Name Qty1. Washing of Silica and River Sand 18000 MT/Year

Details of Product wise raw material:

Sr. No. Raw Material Name Qty1. Silica & River sand 19,900 MT/Year

Manufacturing Process:

SAND WASHING PLANT

Material to be processed:- Silica Sand Material procured from -:- GMDC Rajpardi Lignite Mines. Water Flow :- 48 m3 /d

Water and sand will form slurry and through a pump, will enter the machine through a slurryinlet. Slurry will be stored in a collection tank (vat). From there it will be pumped to a cyclone,and then to a hydro cyclone. The cyclonic stage will lead to separation of sand and clay, orfillers such as organic matter, and other compounds. The clean sand will then pass to adewatering screen and will be drained. The water and the fillers will enter secondary vat andthen through a drainage valve will be discarded. The clean sand will pass through a single gradechute (conveyor belt), and then to storage area.

PAGE713M/s. Univ Minerals Feasibility Report

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2.3 PRODUCTS & RAW MATERIAL DETAILS

Details of Product

Sr. No. Product Name Qty1. Washing of Silica and River Sand 18000 MT/Year

Details of Product wise raw material:

Sr. No. Raw Material Name Qty1. Silica & River sand 19,900 MT/Year

Manufacturing Process:

SAND WASHING PLANT

Material to be processed:- Silica Sand Material procured from -:- GMDC Rajpardi Lignite Mines. Water Flow :- 48 m3 /d

Water and sand will form slurry and through a pump, will enter the machine through a slurryinlet. Slurry will be stored in a collection tank (vat). From there it will be pumped to a cyclone,and then to a hydro cyclone. The cyclonic stage will lead to separation of sand and clay, orfillers such as organic matter, and other compounds. The clean sand will then pass to adewatering screen and will be drained. The water and the fillers will enter secondary vat andthen through a drainage valve will be discarded. The clean sand will pass through a single gradechute (conveyor belt), and then to storage area.

PAGE713M/s. Univ Minerals Feasibility Report

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2.3 PRODUCTS & RAW MATERIAL DETAILS

Details of Product

Sr. No. Product Name Qty1. Washing of Silica and River Sand 18000 MT/Year

Details of Product wise raw material:

Sr. No. Raw Material Name Qty1. Silica & River sand 19,900 MT/Year

Manufacturing Process:

SAND WASHING PLANT

Material to be processed:- Silica Sand Material procured from -:- GMDC Rajpardi Lignite Mines. Water Flow :- 48 m3 /d

Water and sand will form slurry and through a pump, will enter the machine through a slurryinlet. Slurry will be stored in a collection tank (vat). From there it will be pumped to a cyclone,and then to a hydro cyclone. The cyclonic stage will lead to separation of sand and clay, orfillers such as organic matter, and other compounds. The clean sand will then pass to adewatering screen and will be drained. The water and the fillers will enter secondary vat andthen through a drainage valve will be discarded. The clean sand will pass through a single gradechute (conveyor belt), and then to storage area.

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2.5 DETAILS OF AIR POLLUTION MANAGEMENT

Sr.No.

Source of Fugitive Emission APCM

1 Conveyor belt Covering is provided on conveyor belt

2 Dust conveyed through wind Wind breaking walls constructed

3 Dust spreading Regular water sprinkling for dust suppression

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

Peripheral garden will be developed by us, with tall trees to reduce dust travellingoutside premises.

2.6 DETAILS OF WATER AND WASTEWATER

Water consumption:Sr. No. Particulars Details1. Domestic 10 KLD2. Industrial 2 KLD

Total 12 KLD

Waste water Generation:Sr. No. Particulars Details1. Domestic 1.8 KLD

2.7 UTILITIES REQUIREMENTAll utilities required for the project would be developed in the existing facility and the utilityrequirements are as under.

Sr. No. Particulars Details1 Fresh Water Requirement 12 KLD

o Water: Water would be available from GIDC pipeline.

2.8 MANPOWER REQUIREMENTRequired specialized man power & talent would be recruited / hired locally and supportingservices would be made available from our existing plant. Approximately 15 people will beemployed.

PAGE713M/s. Univ Minerals Feasibility Report

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2.5 DETAILS OF AIR POLLUTION MANAGEMENT

Sr.No.

Source of Fugitive Emission APCM

1 Conveyor belt Covering is provided on conveyor belt

2 Dust conveyed through wind Wind breaking walls constructed

3 Dust spreading Regular water sprinkling for dust suppression

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

Peripheral garden will be developed by us, with tall trees to reduce dust travellingoutside premises.

2.6 DETAILS OF WATER AND WASTEWATER

Water consumption:Sr. No. Particulars Details1. Domestic 10 KLD2. Industrial 2 KLD

Total 12 KLD

Waste water Generation:Sr. No. Particulars Details1. Domestic 1.8 KLD

2.7 UTILITIES REQUIREMENTAll utilities required for the project would be developed in the existing facility and the utilityrequirements are as under.

Sr. No. Particulars Details1 Fresh Water Requirement 12 KLD

o Water: Water would be available from GIDC pipeline.

2.8 MANPOWER REQUIREMENTRequired specialized man power & talent would be recruited / hired locally and supportingservices would be made available from our existing plant. Approximately 15 people will beemployed.

PAGE713M/s. Univ Minerals Feasibility Report

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2.5 DETAILS OF AIR POLLUTION MANAGEMENT

Sr.No.

Source of Fugitive Emission APCM

1 Conveyor belt Covering is provided on conveyor belt

2 Dust conveyed through wind Wind breaking walls constructed

3 Dust spreading Regular water sprinkling for dust suppression

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

Peripheral garden will be developed by us, with tall trees to reduce dust travellingoutside premises.

2.6 DETAILS OF WATER AND WASTEWATER

Water consumption:Sr. No. Particulars Details1. Domestic 10 KLD2. Industrial 2 KLD

Total 12 KLD

Waste water Generation:Sr. No. Particulars Details1. Domestic 1.8 KLD

2.7 UTILITIES REQUIREMENTAll utilities required for the project would be developed in the existing facility and the utilityrequirements are as under.

Sr. No. Particulars Details1 Fresh Water Requirement 12 KLD

o Water: Water would be available from GIDC pipeline.

2.8 MANPOWER REQUIREMENTRequired specialized man power & talent would be recruited / hired locally and supportingservices would be made available from our existing plant. Approximately 15 people will beemployed.

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CHAPTER 3

SITE ANALYSIS

3.1 CONNECTIVITY

District head quarter Bharuch is well connected by rail, road & air.

Road:

Linked to the State Highway Network through an extension of SH 163 fromVadodra Rail

Rajpardi Railway line is 1.5 Km away from project site

Air

Bharuch has a fully functional, long airstrip for servicing the needs of privatecommercial jets which is proposed to be developed as an air cargo hub.

Vadodara airport is 60 km from from project site.

3.2 EXISTING LAND USE PATTERN

Currently the land is occupied by owners. No agricultural activities are done onthis. The particular plot 436 are under the possession of the company.

3.3 TOPOGRAPHY

The area is flat in nature. It is a build up plot. The average elevation above meansea level is 45 m.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 3

SITE ANALYSIS

3.1 CONNECTIVITY

District head quarter Bharuch is well connected by rail, road & air.

Road:

Linked to the State Highway Network through an extension of SH 163 fromVadodra Rail

Rajpardi Railway line is 1.5 Km away from project site

Air

Bharuch has a fully functional, long airstrip for servicing the needs of privatecommercial jets which is proposed to be developed as an air cargo hub.

Vadodara airport is 60 km from from project site.

3.2 EXISTING LAND USE PATTERN

Currently the land is occupied by owners. No agricultural activities are done onthis. The particular plot 436 are under the possession of the company.

3.3 TOPOGRAPHY

The area is flat in nature. It is a build up plot. The average elevation above meansea level is 45 m.

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 3

SITE ANALYSIS

3.1 CONNECTIVITY

District head quarter Bharuch is well connected by rail, road & air.

Road:

Linked to the State Highway Network through an extension of SH 163 fromVadodra Rail

Rajpardi Railway line is 1.5 Km away from project site

Air

Bharuch has a fully functional, long airstrip for servicing the needs of privatecommercial jets which is proposed to be developed as an air cargo hub.

Vadodara airport is 60 km from from project site.

3.2 EXISTING LAND USE PATTERN

Currently the land is occupied by owners. No agricultural activities are done onthis. The particular plot 436 are under the possession of the company.

3.3 TOPOGRAPHY

The area is flat in nature. It is a build up plot. The average elevation above meansea level is 45 m.

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3.4 SOCIAL INFRASTRUCTURE AVAILABLE:

Nearest town Rajpardi is well-developed and the following infrastructure facilities are available.

• Housing colonies• Public School• Healthcare Centre• Children’s Park• Community Centers• Pharmacy• Market

3.5 REHABILITATION & RESETTLEMENT PLAN

The land is already in the possession of the project proponent. The NA permission for the landis obtained by owner. Therefore, resettlement and rehabilitation is not involved.

3.6 LAND USE BREAKUP

This plant will be located in Plot no- having an area of sq. m. The breakup of area into different

uses is summarized in following table

S No Description of Area Area (Sq. m.)1 Total area of land as per 7/12 78002 Minimum required loading and

unloading 10%780

3 Proposed loading unloading 9454 Balanced area (1) - (3) 68555 Permissible built up area on G.F @ 40% 27426 Proposed built up area 2127 Required parking 858 Proposed parking 1619 Silica sand quarry area 3882.75

10 REMAINING Area of road & marging 2613.50

PAGE713M/s. Univ Minerals Feasibility Report

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3.4 SOCIAL INFRASTRUCTURE AVAILABLE:

Nearest town Rajpardi is well-developed and the following infrastructure facilities are available.

• Housing colonies• Public School• Healthcare Centre• Children’s Park• Community Centers• Pharmacy• Market

3.5 REHABILITATION & RESETTLEMENT PLAN

The land is already in the possession of the project proponent. The NA permission for the landis obtained by owner. Therefore, resettlement and rehabilitation is not involved.

3.6 LAND USE BREAKUP

This plant will be located in Plot no- having an area of sq. m. The breakup of area into different

uses is summarized in following table

S No Description of Area Area (Sq. m.)1 Total area of land as per 7/12 78002 Minimum required loading and

unloading 10%780

3 Proposed loading unloading 9454 Balanced area (1) - (3) 68555 Permissible built up area on G.F @ 40% 27426 Proposed built up area 2127 Required parking 858 Proposed parking 1619 Silica sand quarry area 3882.75

10 REMAINING Area of road & marging 2613.50

PAGE713M/s. Univ Minerals Feasibility Report

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3.4 SOCIAL INFRASTRUCTURE AVAILABLE:

Nearest town Rajpardi is well-developed and the following infrastructure facilities are available.

• Housing colonies• Public School• Healthcare Centre• Children’s Park• Community Centers• Pharmacy• Market

3.5 REHABILITATION & RESETTLEMENT PLAN

The land is already in the possession of the project proponent. The NA permission for the landis obtained by owner. Therefore, resettlement and rehabilitation is not involved.

3.6 LAND USE BREAKUP

This plant will be located in Plot no- having an area of sq. m. The breakup of area into different

uses is summarized in following table

S No Description of Area Area (Sq. m.)1 Total area of land as per 7/12 78002 Minimum required loading and

unloading 10%780

3 Proposed loading unloading 9454 Balanced area (1) - (3) 68555 Permissible built up area on G.F @ 40% 27426 Proposed built up area 2127 Required parking 858 Proposed parking 1619 Silica sand quarry area 3882.75

10 REMAINING Area of road & marging 2613.50

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CHAPTER 4

PROPOSED ENVIRONMENTAL INFRASTRUCTURE

The company will take in to account all environmental aspects also no pollution hazard is evercreated in and around the plant. Every effort is being made to keep zero air pollution as well aswater pollution.

4.1 MANAGEMENT OF DOMESTIC WASTE WATER

The domestic effluent 1.8 KLD shall be disposed through septic tank/ soak pit.

4.2 MANAGEMENT OF INDUSTRIAL WASTE WATER

The industrial effluent generated from operations is treated in Effluent treatment plant.

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

MAKE - UP0.5 KLD

WATER USE

DOMESTICPURPOSE2 KLD WASHINGPURPOSE10 KLD1

SETTLINGRECOVERY9.5 KLD

LOSS0.5 KLDSOAK PIT1.8 KLD

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 4

PROPOSED ENVIRONMENTAL INFRASTRUCTURE

The company will take in to account all environmental aspects also no pollution hazard is evercreated in and around the plant. Every effort is being made to keep zero air pollution as well aswater pollution.

4.1 MANAGEMENT OF DOMESTIC WASTE WATER

The domestic effluent 1.8 KLD shall be disposed through septic tank/ soak pit.

4.2 MANAGEMENT OF INDUSTRIAL WASTE WATER

The industrial effluent generated from operations is treated in Effluent treatment plant.

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

MAKE - UP0.5 KLD

WATER USE

DOMESTICPURPOSE2 KLD WASHINGPURPOSE10 KLD1

SETTLINGRECOVERY9.5 KLD

LOSS0.5 KLDSOAK PIT1.8 KLD

PAGE713M/s. Univ Minerals Feasibility Report

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CHAPTER 4

PROPOSED ENVIRONMENTAL INFRASTRUCTURE

The company will take in to account all environmental aspects also no pollution hazard is evercreated in and around the plant. Every effort is being made to keep zero air pollution as well aswater pollution.

4.1 MANAGEMENT OF DOMESTIC WASTE WATER

The domestic effluent 1.8 KLD shall be disposed through septic tank/ soak pit.

4.2 MANAGEMENT OF INDUSTRIAL WASTE WATER

The industrial effluent generated from operations is treated in Effluent treatment plant.

The treated water from the effluent treatment plant will be re-used for sprinkling toprevent spreading of dust to adjacent areas.

MAKE - UP0.5 KLD

WATER USE

DOMESTICPURPOSE2 KLD WASHINGPURPOSE10 KLD1

SETTLINGRECOVERY9.5 KLD

LOSS0.5 KLDSOAK PIT1.8 KLD

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EFFLUENT TREATMENT PLANTSilica sand washing

DETAILS OF EFFLUENT TREATMENT PLANT

Sr.No.

Name Of ETP Unit SIZE

(meters) KL1 Collection Tank 5 X 5 X 3 452 Settling Tank 5 X 5 X 3 453 Holding tank 5 X 5 X 3 45

The Water Used For Silica Sand Washing Is Sent To Collection CumSedimentation Tank

From Sedimentation Tank, It Shall Be Sent To Settling Tank For Settling OfSettable Solids.

The Solids Settled Down At Bottom Shall Be Used For Land Filling WithinPreemies.

After Settling Tank, The Supernatant Shall Flow To Holding Tank And Then ForRecycle/Reuse.

Super Net Filters Are Fitted In All Tanks. The Sand Washed Water Is Allowed To Pass Through These Filters, And Sand Is

Captured In Filters.

The Water Drained Through These Tanks Is Re-Used For Sand Washing And/OrSprinkling For Dust Separation.

1. 2. 3.

PAGE713M/s. Univ Minerals Feasibility Report

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EFFLUENT TREATMENT PLANTSilica sand washing

DETAILS OF EFFLUENT TREATMENT PLANT

Sr.No.

Name Of ETP Unit SIZE

(meters) KL1 Collection Tank 5 X 5 X 3 452 Settling Tank 5 X 5 X 3 453 Holding tank 5 X 5 X 3 45

The Water Used For Silica Sand Washing Is Sent To Collection CumSedimentation Tank

From Sedimentation Tank, It Shall Be Sent To Settling Tank For Settling OfSettable Solids.

The Solids Settled Down At Bottom Shall Be Used For Land Filling WithinPreemies.

After Settling Tank, The Supernatant Shall Flow To Holding Tank And Then ForRecycle/Reuse.

Super Net Filters Are Fitted In All Tanks. The Sand Washed Water Is Allowed To Pass Through These Filters, And Sand Is

Captured In Filters.

The Water Drained Through These Tanks Is Re-Used For Sand Washing And/OrSprinkling For Dust Separation.

1. 2. 3.

PAGE713M/s. Univ Minerals Feasibility Report

10

EFFLUENT TREATMENT PLANTSilica sand washing

DETAILS OF EFFLUENT TREATMENT PLANT

Sr.No.

Name Of ETP Unit SIZE

(meters) KL1 Collection Tank 5 X 5 X 3 452 Settling Tank 5 X 5 X 3 453 Holding tank 5 X 5 X 3 45

The Water Used For Silica Sand Washing Is Sent To Collection CumSedimentation Tank

From Sedimentation Tank, It Shall Be Sent To Settling Tank For Settling OfSettable Solids.

The Solids Settled Down At Bottom Shall Be Used For Land Filling WithinPreemies.

After Settling Tank, The Supernatant Shall Flow To Holding Tank And Then ForRecycle/Reuse.

Super Net Filters Are Fitted In All Tanks. The Sand Washed Water Is Allowed To Pass Through These Filters, And Sand Is

Captured In Filters.

The Water Drained Through These Tanks Is Re-Used For Sand Washing And/OrSprinkling For Dust Separation.

1. 2. 3.

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PAGE713M/s. Univ Minerals Feasibility Report

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4.3 AIR QUALITY MANAGEMENT:

The Source of Fugitive Emission is Conveyor belt. Peripheral garden will bedeveloped by us, with tall trees to reduce dust travelling outside premises.

4.4 SOLID & HAZARDOUS WASTE MANAGEMENT:

There is no hazardous wastes generation from the proposed project.

4.5 HAZARDOUS CHEMICALS DETAILS:

There is no hazardous wastes generation from the proposed project.

PAGE713M/s. Univ Minerals Feasibility Report

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4.3 AIR QUALITY MANAGEMENT:

The Source of Fugitive Emission is Conveyor belt. Peripheral garden will bedeveloped by us, with tall trees to reduce dust travelling outside premises.

4.4 SOLID & HAZARDOUS WASTE MANAGEMENT:

There is no hazardous wastes generation from the proposed project.

4.5 HAZARDOUS CHEMICALS DETAILS:

There is no hazardous wastes generation from the proposed project.

PAGE713M/s. Univ Minerals Feasibility Report

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4.3 AIR QUALITY MANAGEMENT:

The Source of Fugitive Emission is Conveyor belt. Peripheral garden will bedeveloped by us, with tall trees to reduce dust travelling outside premises.

4.4 SOLID & HAZARDOUS WASTE MANAGEMENT:

There is no hazardous wastes generation from the proposed project.

4.5 HAZARDOUS CHEMICALS DETAILS:

There is no hazardous wastes generation from the proposed project.

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PAGE713M/s. Univ Minerals Feasibility Report

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ANNEXURECA CERTIFICATE

PAGE713M/s. Univ Minerals Feasibility Report

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ANNEXURECA CERTIFICATE

PAGE713M/s. Univ Minerals Feasibility Report

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ANNEXURECA CERTIFICATE

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PAGE713M/s. Univ Minerals Feasibility Report

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DISTANCE CERTIFICATE FROM TALATI PAGE713M/s. Univ Minerals Feasibility Report

13

DISTANCE CERTIFICATE FROM TALATI PAGE713M/s. Univ Minerals Feasibility Report

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DISTANCE CERTIFICATE FROM TALATI

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PAGE713M/s. Univ Minerals Feasibility Report

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PLANT LAYOUT PAGE713M/s. Univ Minerals Feasibility Report

14

PLANT LAYOUT PAGE713M/s. Univ Minerals Feasibility Report

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PLANT LAYOUT

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PAGE713M/s. Univ Minerals Feasibility Report

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UNDETAKING PAGE713M/s. Univ Minerals Feasibility Report

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UNDETAKING PAGE713M/s. Univ Minerals Feasibility Report

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UNDETAKING

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PAGE713M/s. Univ Minerals Feasibility Report

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PAGE713M/s. Univ Minerals Feasibility Report

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PAGE713M/s. Univ Minerals Feasibility Report

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PAGE713M/s. Univ Minerals Feasibility Report

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NON AGRICULTURAL PERMISSION PAGE713M/s. Univ Minerals Feasibility Report

17

NON AGRICULTURAL PERMISSION PAGE713M/s. Univ Minerals Feasibility Report

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NON AGRICULTURAL PERMISSION