PRESENTATION FOR ENVIRONMENTAL CLEARANCE
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PRESENTATION FOR ENVIRONMENTAL CLEARANCE (RE-CONSIDERATION CASE) OF SATUK MANGANESE MINE (AREA 5.62 Ha.) VILLAGE -SATUK, TEHSIL- PARSEONI , DISTRICT-NAGPUR (MAHARASHTRA) PROPOSED PRODUCTION- 7,700 TPA OF MANGANESE PROJECT COST Rs.313
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01
PRESENTATION
FOR
ENVIRONMENTAL CLEARANCE (RE-CONSIDERATION CASE)
OF
SATUK MANGANESE MINE (AREA – 5.62 Ha.)
VILLAGE -SATUK, TEHSIL- PARSEONI , DISTRICT-NAGPUR (MAHARASHTRA)
PROPOSED PRODUCTION- 7,700 TPA OF MANGANESE
PROJECT COST – Rs.313 LAKHS, CATEGORY “B1”
METHOD OF MINING – OPENCAST MINING
BASELINE STUDY PERIOD - 1ST MARCH 2018 TO 31ST MAY,2018
PRESENTATION TO HON’BLE STATE LEVEL EXPERT APPRAISAL COMMITTEE (SEAC-1)
IN 203rd MEETING; AGENDA ITEM NO. 42; DATE - 11.08.2021; PROJECT UID NO. 00943 1<br>
FOR
ENVIRONMENTAL CLEARANCE (RE-CONSIDERATION CASE)
OF
SATUK MANGANESE MINE (AREA – 5.62 Ha.)
VILLAGE -SATUK, TEHSIL- PARSEONI , DISTRICT-NAGPUR (MAHARASHTRA)
PROPOSED PRODUCTION- 7,700 TPA OF MANGANESE
PROJECT COST – Rs.313 LAKHS, CATEGORY “B1”
METHOD OF MINING – OPENCAST MINING
BASELINE STUDY PERIOD - 1ST MARCH 2018 TO 31ST MAY,2018
PRESENTATION TO HON’BLE STATE LEVEL EXPERT APPRAISAL COMMITTEE (SEAC-1)
IN 203rd MEETING; AGENDA ITEM NO. 42; DATE - 11.08.2021; PROJECT UID NO. 00943 1<br>
02
MOIL LIMITED (A Government of India Enterprise) MOIL Schedule – A, Miniratna Category – I, Central Public Sector Enterprise (CPSE) company, under the administrative control of the Ministry of Steel, Government of India.
MOIL is also a listed Company, presently equity holding % is as below:
Government of India – 53.84 %
Government of Maharashtra – 5.11%
Government of Madhya Pradesh – 5.40 %
Public – 35.65%
MOIL is producing annually more than 1.3 million tonnes of various grade of manganese ore in the country.
STEEL POLICY
As against the present requirement of about 3.25 Million MT manganese ore for production of around 100 Million MT of steel, MOIL has produced 1.30 Million MT in financial year 2018-19 where as the country’s production (including MOIL) is around 2.58 Million MT. The balance is met through imports. The requirement of manganese ore will go up with increasing steel production and may touch a level of around 10 million MT by 2030 as per National Steel Policy’2017.
STRATEGIC MANAGEMENT PLAN OF MOIL
In order to meet the growing requirement of manganese ore in future and maintain its leadership, MOIL has planned to enhance its production capacity from present level of 1.30 million tonnes to 3.0 Millon tonnes by 2030, for which strategic management plan has already been prepared. 2<br>
MOIL is also a listed Company, presently equity holding % is as below:
Government of India – 53.84 %
Government of Maharashtra – 5.11%
Government of Madhya Pradesh – 5.40 %
Public – 35.65%
MOIL is producing annually more than 1.3 million tonnes of various grade of manganese ore in the country.
STEEL POLICY
As against the present requirement of about 3.25 Million MT manganese ore for production of around 100 Million MT of steel, MOIL has produced 1.30 Million MT in financial year 2018-19 where as the country’s production (including MOIL) is around 2.58 Million MT. The balance is met through imports. The requirement of manganese ore will go up with increasing steel production and may touch a level of around 10 million MT by 2030 as per National Steel Policy’2017.
STRATEGIC MANAGEMENT PLAN OF MOIL
In order to meet the growing requirement of manganese ore in future and maintain its leadership, MOIL has planned to enhance its production capacity from present level of 1.30 million tonnes to 3.0 Millon tonnes by 2030, for which strategic management plan has already been prepared. 2<br>
03
NABET ACCREDITATION CERTIFICATE 3<br>
04
PROJECT CHRONOLOGY 4<br>
05
QUERY RAISED BY
HON’BLE SEAC-1 In 174th MEETING DATED 04.01.2020
&
REPLY BY MOIL LTD. 5<br>
HON’BLE SEAC-1 In 174th MEETING DATED 04.01.2020
&
REPLY BY MOIL LTD. 5<br>
06
QUERY & ITS REPLY 6<br>
07
COPY
OF PRESENTATION HELD ON 04.01.2020 7<br>
OF PRESENTATION HELD ON 04.01.2020 7<br>
08
PROJECT DETAILS 8<br>
09
GOOGLE IMAGE OF MINE LEASE 9<br>
10
LOCATION MAP SHOWING MINING LEASE 10<br>
11
REGULATORY COMPLIANCES Govt. of India vide Gazette notification No.571, dated October 6th, 2009 reserved over an area of 814.71 Ha. in Bhandra and Nagpur district in favour of MOIL limited for exploitation of Manganese ore. Accordingly, MOIL has applied for Prospecting Licence within the reserved area.
Govt. of Maharashtra vide letter no. PLV-N-1678/2011/2673 dated 3.12.2013 has granted Prospecting License for Manganese ore over an area of 5.62 ha.
The LOI granted to MOIL Limited by Government of Maharashtra vide letter Number MMN-0216/L vide no. 21/Industry-9, Mumbai dated 06.04.2016 over an area of 5.62 ha at village Satuk, Tehsil- Parseoni, Dist. - Nagpur (Maharashtra).
Mining Plan and PMCP plan under Rule 16 (1) of MCR, 2016 and Rule 23B of MCDR 1988 in respect of over an area of 5.62 ha in village Satuk is approved by Regional Controller, Nagpur Region, IBM vide letter no. NGP/MN/MPLN-1172/NGP-2016 on dated 09.08.2016.
The application for prior EC (Form-1 & PFR submitted online on 07.02.2018) submitted to SEIAA, Maharashtra, and considered in 149th Meeting of SEAC-I, dated 6th April 2018 (Unique Id – 000943) & Hon’ble committee recommended standard ToR with specific conditions. 11<br>
Govt. of Maharashtra vide letter no. PLV-N-1678/2011/2673 dated 3.12.2013 has granted Prospecting License for Manganese ore over an area of 5.62 ha.
The LOI granted to MOIL Limited by Government of Maharashtra vide letter Number MMN-0216/L vide no. 21/Industry-9, Mumbai dated 06.04.2016 over an area of 5.62 ha at village Satuk, Tehsil- Parseoni, Dist. - Nagpur (Maharashtra).
Mining Plan and PMCP plan under Rule 16 (1) of MCR, 2016 and Rule 23B of MCDR 1988 in respect of over an area of 5.62 ha in village Satuk is approved by Regional Controller, Nagpur Region, IBM vide letter no. NGP/MN/MPLN-1172/NGP-2016 on dated 09.08.2016.
The application for prior EC (Form-1 & PFR submitted online on 07.02.2018) submitted to SEIAA, Maharashtra, and considered in 149th Meeting of SEAC-I, dated 6th April 2018 (Unique Id – 000943) & Hon’ble committee recommended standard ToR with specific conditions. 11<br>
12
REGULATORY COMPLIANCES Environmental base line study was done 1st March 2018 to 31st May 2018.
Public Hearing was conducted successfully on 13th June 2019 (at 12:00 Noon) at office in Gram Panchyat Satuk, Tehsil-Parseoni, District - Nagpur, Maharashtra.
CGWA permission has been obtained vide NOC No. CGWA/NOC/MIN/ORIG/2021/10468 dated 28.01.2021 and valid till 27.01.2023 for Satuk manganese mine.
There are no eco-sensitive zone, wildlife sanctuary, biosphere reserve within 10 km study area.
No litigation is pending against the Project/ Land in any court of law. 12<br>
Public Hearing was conducted successfully on 13th June 2019 (at 12:00 Noon) at office in Gram Panchyat Satuk, Tehsil-Parseoni, District - Nagpur, Maharashtra.
CGWA permission has been obtained vide NOC No. CGWA/NOC/MIN/ORIG/2021/10468 dated 28.01.2021 and valid till 27.01.2023 for Satuk manganese mine.
There are no eco-sensitive zone, wildlife sanctuary, biosphere reserve within 10 km study area.
No litigation is pending against the Project/ Land in any court of law. 12<br>
13
PROJECT SITE PHOTOGRAPHS The M.L area of 5.62 ha has flat topography and have sufficient amount of mineral. Boundary Pillar 13<br>
14
DETAILS OF MINING OPERATIONS METHOD OF MINING
Mining will be done with Open Cast Mechanized method of mining.
This is a virgin area and manganese ore is found at Block A below 10m from the surface up to 20m depth. In Block B & C below 5m up to the depth of 45m.
Deposit is located at shallow depth. Hence, opencast mining will be carried out.
Box cut of 10m wide shall be commenced from foot wall side and exposed up to hang wall in Block A.
Road from footwall side will be made for disposal of ROM and Overburden and topsoil in lease area. Development and ramps will be prepared in Block A.
After development of Block A, box cut will be developed at Block-B & C from hang wall side and exposed up to footwall and the box cut will be connected to the travelling road made in the lease area for Block-A. Preparation of ramp and development of benches will be carried out in Block B & C in such a way by leaving safe distance of 50m from the nallah located in eastern side of Block B & C.
Topsoil will be stacked separately in footwall side as marked as topsoil dump in surface plan and overburden will be stacked separately as marked as OB dump in surface plan.
Barrier pillar of 7.5m wide will be kept near boundary of the lease as marked in the plan at Block B & C and in Block-A. 14<br>
Mining will be done with Open Cast Mechanized method of mining.
This is a virgin area and manganese ore is found at Block A below 10m from the surface up to 20m depth. In Block B & C below 5m up to the depth of 45m.
Deposit is located at shallow depth. Hence, opencast mining will be carried out.
Box cut of 10m wide shall be commenced from foot wall side and exposed up to hang wall in Block A.
Road from footwall side will be made for disposal of ROM and Overburden and topsoil in lease area. Development and ramps will be prepared in Block A.
After development of Block A, box cut will be developed at Block-B & C from hang wall side and exposed up to footwall and the box cut will be connected to the travelling road made in the lease area for Block-A. Preparation of ramp and development of benches will be carried out in Block B & C in such a way by leaving safe distance of 50m from the nallah located in eastern side of Block B & C.
Topsoil will be stacked separately in footwall side as marked as topsoil dump in surface plan and overburden will be stacked separately as marked as OB dump in surface plan.
Barrier pillar of 7.5m wide will be kept near boundary of the lease as marked in the plan at Block B & C and in Block-A. 14<br>
15
Salient feature of the proposed open cast mining method of mining:
The parameters of open cast development is as below:
Height of Benches: 6.0m
Width of benches: Not less than Height – 10m
Development to be done in horizontal plane
Development extends from 297m RL to 268m RL in vertical plane
Bench alignment –Parallel to the strike of ore body i.e. E-W
The ultimate pit slope angle – Not more than 30°
Direction of face advance- Across the strike of ore body DETAILS OF MINING OPERATIONS PROPOSED MACHINERY DETAILS 15<br>
The parameters of open cast development is as below:
Height of Benches: 6.0m
Width of benches: Not less than Height – 10m
Development to be done in horizontal plane
Development extends from 297m RL to 268m RL in vertical plane
Bench alignment –Parallel to the strike of ore body i.e. E-W
The ultimate pit slope angle – Not more than 30°
Direction of face advance- Across the strike of ore body DETAILS OF MINING OPERATIONS PROPOSED MACHINERY DETAILS 15<br>
16
DRILLING AND BLASTING 16<br>
17
PROPOSED PRODUCTION DETAILS 17<br>
18
MINERAL RESERVES MINEABLE RESERVES AND ANTICIPATED LIFE OF MINE
Total reserves available as on 1.04.2016 = 16205 Tonnes
Av. Production RoM/Year = 3188 Tonnes
Life of the mine considering the reserves/resources as on 1.4.2016 = 16205/ 3188= 5 Years
Block D will be explored & thus life of mine will be increased by addition of reserve/resources in next scheme of mining. 18<br>
Total reserves available as on 1.04.2016 = 16205 Tonnes
Av. Production RoM/Year = 3188 Tonnes
Life of the mine considering the reserves/resources as on 1.4.2016 = 16205/ 3188= 5 Years
Block D will be explored & thus life of mine will be increased by addition of reserve/resources in next scheme of mining. 18<br>
19
COMPLIANCE
OF
TERMS OF REFERENCE 19<br>
OF
TERMS OF REFERENCE 19<br>
20
COMPLIANCE OF TOR 20<br>
21
COMPLIANCE OF TOR 21<br>
22
SATELLITE IMAGE OF 10KM RADIUS OF STUDY AREA 22<br>
23
LAND USE AND LAND COVER OF STUDY AREA 23<br>
24
COMPLIANCE OF TOR 24<br>
25
COMPLIANCE OF TOR 25<br>
26
DRAINAGE MAP 26<br>
27
COMPLIANCE OF TOR 27<br>
28
COMPLIANCE OF TOR 28<br>
29
Production and waste is given for life of mine. PROPOSED YEAR WISE GENERATION OF WASTE MATERIAL Note: Life of mine may increase with further exploration. 29<br>
30
COMPLIANCE OF TOR Note – At the end of mine life 1.6745 Ha pit area will be used for water storage and about 0.700 ha dump area will be stabilized with plantation and remaining 2.640 ha lease area will be planted. 30<br>
31
COMPLIANCE OF TOR 31<br>
32
COMPLIANCE OF TOR 32<br>
33
COMPLIANCE OF TOR 33<br>
34
COMPLIANCE OF TOR 34<br>
35
COMPLIANCE OF TOR 35<br>
36
COMPLIANCE OF TOR 36<br>
37
COMPLIANCE OF TOR 37<br>
38
WIND ROSE DIAGRAM COMPLIANCE OF TOR ENVIRONMENT MONITORING LOCATIONS 38<br>
39
KEY PLAN SHOWING ENVIRONMENTAL FEATURES WITH AIR MONITORING STATIONS 39<br>
40
COMPLIANCE OF TOR 40<br>
41
GROUND LEVEL CONCENTRATION OF AAQ DURING OPERATION PHASES IN 10 KM FOR PM10. (AREA SOURCE) COMPLIANCE OF TOR 41<br>
42
GROUND LEVEL CONCENTRATION OF AAQ DURING OPERATION PHASES IN 10 KM FOR PM2.5 (AREA SOURCE) COMPLIANCE OF TOR 42<br>
43
COMPLIANCE OF TOR 43<br>
44
Rainwater collected in the pits should be pumped out and discharged into natural drainage system after desilting in settling ponds and it should be used for plantation.
Adequate measures to protect the mine during rains will be taken by providing garland drains around the mine excavations and suitable drainage gradients for mine benches.
Suitable drainage system will be provided to prevent surface water from entering into mines directly.
To construct suitable groundwater recharges mechanism for recharge the groundwater regimes in the outside of the mine area.
To all the dewatering/ groundwater withdrawal structures will be fitted with digital water flow meters & maintain the log book data.
To install Piezometer for monitoring of groundwater level four times in a year (January, May, August & November).
To analysis of water quality will be during the pre and post-monsoon periods of the core and buffer zone from the NABL approved lab.
Optimum utilization avoiding unnecessary wastage of water will be done.
Awareness programs will be taken up to educate public for conservation of water.
1.6745 Ha. pit area will be converted in rainwater storage at the end of mine lease. WATER CONSERVATION MEASURES<br>
Adequate measures to protect the mine during rains will be taken by providing garland drains around the mine excavations and suitable drainage gradients for mine benches.
Suitable drainage system will be provided to prevent surface water from entering into mines directly.
To construct suitable groundwater recharges mechanism for recharge the groundwater regimes in the outside of the mine area.
To all the dewatering/ groundwater withdrawal structures will be fitted with digital water flow meters & maintain the log book data.
To install Piezometer for monitoring of groundwater level four times in a year (January, May, August & November).
To analysis of water quality will be during the pre and post-monsoon periods of the core and buffer zone from the NABL approved lab.
Optimum utilization avoiding unnecessary wastage of water will be done.
Awareness programs will be taken up to educate public for conservation of water.
1.6745 Ha. pit area will be converted in rainwater storage at the end of mine lease. WATER CONSERVATION MEASURES<br>
45
COMPLIANCE OF TOR 45<br>
46
COMPLIANCE OF TOR 46<br>
47
YEAR-WISE GREEN BELT DEVELOPMENT PLAN 47<br>
48
GREEN BELT DEVELOPMENT PLAN 48<br>
49
COMPLIANCE OF TOR 49<br>
50
COMPLIANCE OF TOR 50<br>
51
COMPLIANCE OF TOR 51<br>
52
COMPLIANCE OF TOR 52<br>
53
PROPOSED CORPORATE ENVIRONMENTAL RESPONSIBILITY BY MOIL LTD. 53<br>
54
COMPLIANCE OF TOR 54<br>
55
ENVIRONMENT MANAGEMENT PLAN 55<br>
56
ENVIRONMENT MANAGEMENT PLAN 56<br>
57
ENVIRONMENT MANAGEMENT PLAN 57<br>
58
ENVIRONMENT MANAGEMENT PLAN 58<br>
59
ENVIRONMENT MANAGEMENT PLAN 59<br>
60
COMPLIANCE OF TOR 60<br>
61
COMPLIANCE OF TOR 61<br>
62
COMPLIANCE OF TOR 62<br>
63
COMPLIANCE OF TOR 63<br>
64
ACTION PLAN FOR ISSUES RAISED IN PUBLIC HEARING 64<br>
65
COMPLIANCE OF TOR 65<br>
66
DISASTER MANAGEMENT PLAN 66<br>
67
COMPLIANCE OF TOR 67<br>
68
COMPLIANCE OF SPECIFIC TOR CONDITIONS 68<br>
69
LAYOUT PLAN 69<br>
70
COMPLIANCE OF SPECIFIC TOR CONDITIONS 70<br>
71
COMPLIANCE OF SPECIFIC TOR CONDITIONS 71<br>
72
TOPOGRAPHICAL MAP 72<br>
73
COMPLIANCE OF SPECIFIC TOR CONDITIONS 73<br>
74
DISTRIBUTION OF POPULATION EDUCATIONAL, MEDICAL AND OTHER FACILITIES 74<br>
75
SALIENT OBERVATIONS OF STUDY AREA 75<br>
76
COMPLIANCE OF SPECIFIC TOR CONDITIONS 76<br>
77
THANKS 77<br>