sdf report: 2017 -18 - aryan mining

Mahulsukha

M/s Aryan Mining & Trading Corporation Pvt Ltd

Dist- Sundargarh, Odisha

SDF Report: 2017

Mahulsukha Mn Ore Mines


At/Po- Bhutuda,

Sundargarh, Odisha-770041

www.aryanmining.in

SDF Report: 2017


SDF Report: 2017-18

http://www.aryanmining.in/

A. Introduction:

The Mahulsukha Mn Ore Mines

at Randa, Rantha and Bhutuda

Sundergarh District, Odisha. The mines operation was started in

environmental friendly equipment and technology with well technically qualified team.

The M.L. area has an undulating topography with prominent hillock

exist between the hillocks. Altitudes vary between

portion of the lease to 800m RL (highest) in the

The ML is holding plus 481367.42

it may extend during next geological study. The mines EC capacity is 0.04 Million TPA Mn

ore production.

Mining operation includes in general, the

processing through manual peaking and shorting

Mineral logistic is being carried out through wagon from

The mines to railway siding logistic is managed with local tippers.

The project is very strictly following all statutory complianc

CGWA/CGWB and SCPB/CPCB

The project has got ISO-9001:2015, ISO

year 2016-17.

Sustainable Development Framework:

In a bid to ensure minimal impact of iron ore mining on the environment and human

settlement, the Union Ministry for Mines has

mining leases to promote sustainable development practices, which includes addressing

the social impact of resettlement and reha

Mines of M/s. Aryan Mining & Trading Corporation Ltd.

Randa, Rantha and Bhutuda villages, in Lahunipara Tehsil under Bonai sub

, Odisha. The mines operation was started in 1945 with


The M.L. area has an undulating topography with prominent hillocks .Intervening valleys

Altitudes vary between 470m RL (lowest) in the

m RL (highest) in the south part of the lease.

481367.42MT Mn ore reserve as per latest geology study report and


Mining operation includes in general, the drilling, blasting, excavation, hauling, mineral

manual peaking and shorting, mineral stacking and mineral logistic.

Mineral logistic is being carried out through wagon from Barsuan public railway siding

The mines to railway siding logistic is managed with local tippers.

is very strictly following all statutory compliances of MoEF & CC, IBM, DGMS,

/CPCB.

9001:2015, ISO-14001 and ISO-18001certification in the financial

Sustainable Development Framework:

ure minimal impact of iron ore mining on the environment and human

settlement, the Union Ministry for Mines has implemented a “Star Rating” system for


ttlement and rehabilitation and key information

M/s. Aryan Mining & Trading Corporation Ltd. is located

in Lahunipara Tehsil under Bonai sub-division of

1945 with a latest


Intervening valleys

m RL (lowest) in the north east

MT Mn ore reserve as per latest geology study report and


blasting, excavation, hauling, mineral

, mineral stacking and mineral logistic.

Barsuan public railway siding.

es of MoEF & CC, IBM, DGMS,

18001certification in the financial

ure minimal impact of iron ore mining on the environment and human

a “Star Rating” system for


bilitation and key information of the mining

activity including mines basic

activities as a whole.

Sustainable Development Framework as applicable to mining refers to

financially viable; socially responsible; environmentally, technically and scientifically

sound; with a long term view on development; uses mineral resources optimally; and,

ensures sustainable post closure land uses and also creating long term, genuin

mutually beneficial partnership between Govt, community and miners, based on

integrity, co-operation and transparency.”

A Star Rating program is implemented

initiatives taken for implementation of the

SDF provides guidance to mining companies to improve

regard to environmental and social aspects, but also (provides) a common benchmark

against the operations which

on sustainable development norms.

In line to the said guidelines of the Govt., the company has constituted a Sustainable

Development Unit (SDU) under SDF. The team co

the organization involving Technical, Financial, CSR, HRD, Environment depts.

The SDU is headed by Sri. M. Manaw

operation having capacity of more

field. Mr. S. Mohanty General Manager

having more than 27 years of expertise in different ore sectors including Iron,

exploration, open cast mine planning and QAQC protocols

DGM(Survey) having more than 15

Cobalt exploration, mining with overseas exposures.

having experience of more than

fields. Mr. Minaketan Naik- Man

is looking after the execution of exploration and

Manager- Electrical, Mr. S. Nayak,

experience in Finance and Accounting,

activity including mines basic information, environmental safe guard measures, CSR

Sustainable Development Framework as applicable to mining refers to



ensures sustainable post closure land uses and also creating long term, genuin


operation and transparency.”

implemented to be given to mining leases for the efforts and

initiatives taken for implementation of the Sustainable Development Framework (SDF)

to mining companies to improve the performance not only with


which can be evaluated in terms of comparative performance

on sustainable development norms.

line to the said guidelines of the Govt., the company has constituted a Sustainable

Development Unit (SDU) under SDF. The team comprises of different key personne

involving Technical, Financial, CSR, HRD, Environment depts.

M. Manaw statutory Mines Manger, who is the

having capacity of more than 14 years of experience in the open cast

General Manager – Geology & Envt is the coordinator

years of expertise in different ore sectors including Iron,

exploration, open cast mine planning and QAQC protocols. Mr. A. Samantaray,

DGM(Survey) having more than 15 years experience in Iron Ore, Mn Ore, Tungstone,

Cobalt exploration, mining with overseas exposures. Mr. S. Majumdar, Sr.

experience of more than 21 years, expertise in the manpower management

Manager-Geology & Envt with over 13 years field experiences

is looking after the execution of exploration and grade control process.

Nayak, Asst. manager-Accounts, having more than 9

ience in Finance and Accounting, Mr. Prakash Ch. Barik, Asst.

, environmental safe guard measures, CSR

Sustainable Development Framework as applicable to mining refers to-“ Mining that is



ensures sustainable post closure land uses and also creating long term, genuine and


to be given to mining leases for the efforts and

le Development Framework (SDF).

performance not only with


n terms of comparative performance

line to the said guidelines of the Govt., the company has constituted a Sustainable

mprises of different key personnels of

involving Technical, Financial, CSR, HRD, Environment depts.

the head of the

open cast mining

ordinator of SDU,

years of expertise in different ore sectors including Iron, Mn ore

Mr. A. Samantaray,

years experience in Iron Ore, Mn Ore, Tungstone,

Sr. Manager – HR is

years, expertise in the manpower management

years field experiences

grade control process. Mr. N. Das,

, having more than 9 years’

Prakash Ch. Barik, Asst. Manager –

Mechanical, having experience of the more than 21

maintenance, workshop activity of HEMMs, Volvos, 4

working experience with MNCs.

Contact info of Key SDF Members

Sl. No Name(s)

1 Mr. Manoj Manaw

2 Mr. Satish Mohanty

3 Mr. Amaresh Samantaray

4 Mr. Subrata Majumdar

5 Mr. Minaketan Naik

6 Mr. N. Das

7 Mr. P.C. Barik

8 Mr. S. Nayak

The Company has made an expenses

which is 10% of the royalty value for the financial year

implemented the funds under different CSR, Environment heads during the

period. Company adheres to the environment policies as subscribed there under with

100 % statutory clearance and compliances.

B. EXPLORATION: Drilling: Till date, 359nos. of drill holes have been sunk by the lessee in the M.L area with

drilling as per the following table:

Period of

Drilling Hole_Id

2002-03 BH_01 to BH_12

BH/01 to BH/07

xperience of the more than 21 years with skill hands on repair,

op activity of HEMMs, Volvos, 40 Tonner Dumper etc. & good

working experience with MNCs.

Members

Position(s)

Manager (Mines) 9437719457

General Manager (Geo & Envt) 9437247698

Mr. Amaresh Samantaray DGM(Survey) 9437665170

Subrata Majumdar Sr. Manager (HR) 09830324842

Manager( Geo & Envt) 9437597145

Manager(Electrical) 9438052249

Asst. Manager( Mechanical) 9438052131

Asst. Manager( Accounts) 9439166034

The Company has made an expenses of Rs.53.636 lakhs (42.8%) out of Rs.

10% of the royalty value for the financial year 2017-18. The project has

implemented the funds under different CSR, Environment heads during the

Company adheres to the environment policies as subscribed there under with

100 % statutory clearance and compliances.

nos. of drill holes have been sunk by the lessee in the M.L area with

Location

No. of

Bore

Holes

Meterage Drill

Type

Q-1N Nandagira 12 96 DTH

Q-1N Nandagira 7 56 DTH

years with skill hands on repair,

0 Tonner Dumper etc. & good

Contact Info

9437719457

9437247698

9437665170

09830324842

9437597145

9438052249

9438052131

9439166034

%) out of Rs. 12.53 Lakhs,

. The project has

implemented the funds under different CSR, Environment heads during the reporting

Company adheres to the environment policies as subscribed there under with

nos. of drill holes have been sunk by the lessee in the M.L area with 11090.81m

Drilling

Agency

In house

In house

2003-04 04051 to 04090

04001 to 04007

2004-05 BH/02 to BH/07,12

RC/MB/01 to RC/MB/07

06001 to 06006,06008-0613,0615-

06032,06072, 06074-06078,06083,

06086

04124 to 04138

BH/1 to BH/20

2006-07 04001 to 04003

BH/21 to BH/31

2016-17

NCDH01-09, 12-14,

MSDH01-05,

RBDH01-14

2017-18 -----

1989-90

Geo Physical & Geo- Chemical Exploration Details:

A detailed prospecting operation was taken up

any workable manganese deposit within the leasehold, and if any, to outline the deposit

and to find out the economic viability of the mineral deposit. The different methods used

to attain the goal are as follows:

a) Conventional ‘geological survey’ of the area includes the study of structural as well as geomorphological features.

Rajabasa block and

Q-1 Mahulsukha 37 413.5 DTH

Q-3 Mahulsukha 7 64 DTH

Q-1NTrial Pit 6 45 DTH

Q-1 Mahulsukha 7 166 RC

Q-1 & Q-2A

Mahulsukha 38 274 DTH

Lohatangar Block 15 176 DTH




Q-1, Nandagira,

Rajabasa and

Q-1 Mahulsukha

31 1701.20 Core Drilling

Nandagira Block

Mahulsukha Block

Rajabasa Block

165 7793.11 Core Drilling

Total 359 11090.81

Q-3 Mahulsukha & Rajabasa block

12 --- Core drilling

Chemical Exploration Details:

A detailed prospecting operation was taken up in the area under reference to evaluate



to attain the goal are as follows:

ventional ‘geological survey’ of the area includes the study of structural as well as geomorphological features.

In house

In house

In house

ACC Ltd

In house

In house

In house

In house

In house

Core Drilling

Orewin

Engineeri

ng

Core Drilling

Gemko

Kati

Explorati

on

Continui

ng

drilling GSI

in the area under reference to evaluate



ventional ‘geological survey’ of the area includes the study of structural as

b) Detailed ‘geo-chemical study’ of the area, which includes the collection of surface samples to an approximate 100m. grid and data from the workings and Magnetic Survey in a 25m. grid for the demarcation of the ‘Potential Mineral Zone’ (PMZ) from the analysamples.

Detailed ‘geo-physical prospecting’ (Electrical Resistivity method) of the area in a 25/50m. grid with in

the PMZ for determining

C. METHOD OF MINING:

The mine belongs to category

and Mechanized Method of Mining

technology with an objective of ZERO WASTE mining with concurrent reclamation plan.

The various mining operations such as drilling, blasting, excavation, loading,

transportation are executed on single shift basis in Mahulsukha opencast manganese

ore mine.

Drilling is performed by 100mm dia DTH drills associated with compatible size compressors

and Jack hammer drills. Powergel explosive in conjunction

electric detonators are used for blasting to loosen hard rock mass for ease in excavation.

Overburden/waste is excavated & loaded in to 10 t

capacity excavators and transported to the waste dump.

the excavator and transported by 10 t

sizes/grades of ore are manually sorted, sized and blended to obtain the saleable

products. These saleable products are again stacked in a

ease in measurement for the purpose of payment to the piece rated laborers. Finally,

saleable ore is loaded in to the 10 t capacity trucks by head load and dispatched to the

consuming industries as per their requirement.

Mahulsukha Manganese Ore Mine is located in interior area and 10 km away from the

Tensa Township. Except mining, no other industrial activities are observed within 5 km

radius of the area. Therefore, method of mining with the involvement of manual

breaking, sorting, sizing & blending and loading of saleable ore has given the

advantage to continue the engagement of local people as a part of social

responsibility.

chemical study’ of the area, which includes the collection of surface samples to an approximate 100m. grid and data from the workings and Magnetic Survey in a 25m. grid for the demarcation of the ‘Potential Mineral Zone’ (PMZ) from the analytical results of the

physical prospecting’ (Electrical Resistivity method) of the area in a 25/50m. grid with in

to category - A (OTFM) mine, now is operated one general

and Mechanized Method of Mining has been adopted. The mine adopts state of the art

objective of ZERO WASTE mining with concurrent reclamation plan.

The various mining operations such as drilling, blasting, excavation, loading,



and Jack hammer drills. Powergel explosive in conjunction with safety fuse & ordinary /


Overburden/waste is excavated & loaded in to 10 t-16t capacity tippers by 0.9m3

capacity excavators and transported to the waste dump. Run-off mine ore is loaded by

the excavator and transported by 10 t-16t tipper to the ore stacking yard where various


products. These saleable products are again stacked in a number of small stacks for



consuming industries as per their requirement.

kha Manganese Ore Mine is located in interior area and 10 km away from the



ng, sizing & blending and loading of saleable ore has given the


chemical study’ of the area, which includes the collection of surface samples to an approximate 100m. grid and data from the workings and Magnetic Survey in a 25m. grid for

tical results of the

physical prospecting’ (Electrical Resistivity method) of the area in a 25/50m. grid with in

e general shift basis

has been adopted. The mine adopts state of the art

objective of ZERO WASTE mining with concurrent reclamation plan.

The various mining operations such as drilling, blasting, excavation, loading, sizing and



with safety fuse & ordinary /


16t capacity tippers by 0.9m3

off mine ore is loaded by

16t tipper to the ore stacking yard where various


number of small stacks for



kha Manganese Ore Mine is located in interior area and 10 km away from the



ng, sizing & blending and loading of saleable ore has given the


Mining will be done on single shift basis. Timing will be 8 hours from 7 AM to

2 PM to 5 PM. Lunch time will be provided between 12 noon & 2 PM. Local market sits at

Bhutuda on Sunday. Therefore, Sunday will be observed as holiday in the mine.

The rate of production is proposed from 40,000 / annum. Deployment of machines is

proposed as follows matching with the annual production target:

DRILING:

Parameters

Burden

Spacing

Bench height

Sub-grade drilling (10%)

Depth of the hole

Yield per hole

Drill availability

Operating efficiency

Overall efficiency

Drilling speed

Drilling meterage achievable per day of one shift working

BLASTING:

Mining will be done on single shift basis. Timing will be 8 hours from 7 AM to

M. Lunch time will be provided between 12 noon & 2 PM. Local market sits at



matching with the annual production target:

Jack hammer DTH drill

= 1.0 m 2.5 m

= 1.2 m 3.0 m

= 1.5 m 6.0 m

= 0.1 m 0.6 m

= 1.5 + 0.1 = 1.6 6.0 + 0.6 = 6.6 m

= Burden x Spacing x height

= 1.0 x 1.2 x 1.5

= 1.8 m3

= 1.8 x 2.6

= 4.68 t

2.5 x 3.0 x 6.0

= 45 m3

= 45 x 2.6

= 117 t

= 0.85 0.7

= 0.85 0.8

= 0.85 x 0.85

= 0.72

0.7 x 0.8

= 0.56

= 7m/ hr 10m / hr

Drilling meterage achievable per = 7 x 0.72 x 8

= 28.8, say 29m

= 10 x 0.56 x 8

= 44.8 m

Mining will be done on single shift basis. Timing will be 8 hours from 7 AM to 12 noon and

M. Lunch time will be provided between 12 noon & 2 PM. Local market sits at



= 6.6 m

2.5 x 3.0 x 6.0

= 10 x 0.56 x 8

Broad Blasting Parameters: The following parameters are recommended to achieve

optimum results in terms of fragmentation, economy and least possible effect on the

surrounding environment :

Items Jack hammer

Bench height to be loosened in one

stroke

= 1.5 m

Hole diameter = 32mm

Sub-grade drilling = 0.1m

Hole depth (including sub-grade drilling = 1.6m

Burden = 1.0m

Spacing = 1.2m

Powder factor 8 t/kg

Yield / hole = 1.0 x 1.2 x 1.5

= 1.8 m

Frequency of blasting Daily (except holidays)

100mm dia DTH drill will be utilized for drilling for formation of blast holes. These holes will

be drilled in selected hard rock patches with burden and spacing

respectively. Hole depth will be up to 6.6m consisting of 6m high bench and 0.6m deep

sub-grade drilling below the bench floor. Similarly, 32mm dia jack hammer drills will be

used for formation of shot holes at 1.2m x 1.5m blasting patt

consisting of 1.5m drilling length in one stroke and 0.1m sub

D. Environment Management Program:

The key features under environment management program



Jack hammer DTH drill

= 1.5 m = 6 m

= 32mm = 100 mm

= 0.1m = 0.6 m

= 1.6m = 6.6 m

= 1.0m = 3 m

= 1.2m = 2.5m

8 t/kg 7 t/kg

= 1.0 x 1.2 x 1.5

= 1.8 m3

= 6.6 x 2.5 x 3

= 45 m3

Daily (except holidays) Twice a week


be drilled in selected hard rock patches with burden and spacing of 2.5 m and 3.0 m


grade drilling below the bench floor. Similarly, 32mm dia jack hammer drills will be

used for formation of shot holes at 1.2m x 1.5m blasting pattern up to 1.6m depth

consisting of 1.5m drilling length in one stroke and 0.1m sub-grade drilling.

Environment Management Program:

environment management program are as follows;




of 2.5 m and 3.0 m


grade drilling below the bench floor. Similarly, 32mm dia jack hammer drills will be

ern up to 1.6m depth

grade drilling.

are as follows;

- Mines runoff management

Based on the surface topography, the lease hold area of 399.838 Ha is divided into four blocks; lohatangar Block, Mahulsukha Block, Nandagira Block and the Rajabasa Block. As on date mining and allied activities are restricted to 294.207Ha is virgin. The major part of the surface runoff from working areas is being channelized to in pit settling cum percolation ponds located at various strategic locations. The rest part is channelized through garland drain to percolation cum settling pits and check dams. Excess treated runoff if any finally discharged to Nala .

o Check dams/Check weirs

Protection measures such as construction of check dams, dewall and settling pits have been made to conserve and protect the natucourses.

9 nos. of check dams/check weirs have been constructed at strategic points to prevent run-off water and flow of sediment directly into nearby water bodies.

Sl. No. Description

1 Check Dam

2 Check weir

3 Check weir

4 Check weir

5 Check weir

6 Check dam

7 Check weir

8 Check weir

9 Check weir

o Settling cum harvesting ponds

Settling pits cum harvesting pits are provided over with run off in to the nearby water bodies. Flocculants are used in settling ponds for better settling of fine sediments. Coco filters have been installed across the settling ponds to arrest surface run off.

Sl.

No

Location

1 Near Magazine

Mines runoff management:

Based on the surface topography, the lease hold area of 399.838 Ha is divided into four blocks; lohatangar Block, Mahulsukha Block, Nandagira Block and the Rajabasa Block. As on date mining and allied activities are restricted to 105.631

Ha is virgin. The major part of the surface runoff from working areas is being channelized to in pit settling cum percolation ponds located at various strategic locations. The rest part is channelized through garland drain to percolation cum

its and check dams. Excess treated runoff if any finally discharged to Nala .

Check dams/Check weirs

Protection measures such as construction of check dams, de-siltation pond, retaining wall and settling pits have been made to conserve and protect the natu

9 nos. of check dams/check weirs have been constructed at strategic points to off water and flow of sediment directly into nearby water bodies.

Location Dimension (L x B x H)m

Across Nandagira nala 18.5

Across Nandagira nala( near kalidhara) 11.8 x 3.8

Across Rajabasa nala 14.3 x 3.5 x 1

Across Rajabasa nala 11.5 x 2.7 x 1

Toe of OB Dump-3 6 x 4.5 x 3

Across Bhutuda nala 20 x 4 x 2.5



Across Bhutuda nala 5 x 1 x 1

Settling cum harvesting ponds

Settling pits cum harvesting pits are provided in order to prevent any sort of silt carry over with run off in to the nearby water bodies. Flocculants are used in settling ponds for better settling of fine sediments. Coco filters have been installed across the settling ponds to arrest surface run off.

Location Dimension L x B x D (m)

Near Magazine 6 x 6 x 2.2

Based on the surface topography, the lease hold area of 399.838 Ha is divided into four blocks; lohatangar Block, Mahulsukha Block, Nandagira Block and the Rajabasa

105.631Ha and the rest Ha is virgin. The major part of the surface runoff from working areas is being

channelized to in pit settling cum percolation ponds located at various strategic locations. The rest part is channelized through garland drain to percolation cum

its and check dams. Excess treated runoff if any finally discharged to Nala .

siltation pond, retaining wall and settling pits have been made to conserve and protect the natural water

9 nos. of check dams/check weirs have been constructed at strategic points to off water and flow of sediment directly into nearby water bodies.

Dimension (L x B x H)m

18.5 x 2.5 x 1.5

11.8 x 3.8 x 1

14.3 x 3.5 x 1

11.5 x 2.7 x 1

6 x 4.5 x 3

20 x 4 x 2.5

10 x 4 x 2.5

10 x 4 x 2.5

5 x 1 x 1

in order to prevent any sort of silt carry over with run off in to the nearby water bodies. Flocculants are used in settling ponds for better settling of fine sediments. Coco filters have been installed across the settling

Dimension L x B x D (m)

2 Near Magazine

3 Rain water Harvesting Pond

4 Near jojo hutting

5 Office front

6 Processing yard (plot

7 Processing yard (plot

8 Toe of OB dump

9 Toe of OB dump

10 South west of Nandagira

11 South west of Nandagira

12 Toe of OB dump

13 Toe of OB dump

14 In pit Q-5

15 In pit Q-7

- Water Harvesting Measures

o Roof top rain water harvesting

Roo top rain water harvesting system within colony premises for ground water recharge.

- Air Pollution Control System

o Fixed Water Sprinkling System for

Portable water sprinkling arrangement have been made along haul road, processing area and loading / unloading points and at the processing areas to minimize dispersion of air borne dust particles

o Wet drill method adopted

Wet drilling arrangement have been adopted to minimize dispers

borne dust particles

o Green belt development

Near Magazine 7.2 x 6.6 x 2.2

Rain water Harvesting Pond 23 x 15.5 x 2.75

Near jojo hutting 16 x 11 x 2

Office front 8 x 4.5 x 2

Processing yard (plot-9) 13 x 6 x 2

Processing yard (plot-9) 7.5 x 5 x 2.5

Toe of OB dump 7.5 x 6 x 3

Toe of OB dump 7.5 x 3.5 x 3

South west of Nandagira 12 x 7 x 5

South west of Nandagira 8.5 x 6.5 x 3

Toe of OB dump-4 20 x 10 x 5

Toe of OB dump-4 12 x 6 x 3

5 54 x 12 x 7

7 70 x 24 x 7

Measures

Roof top rain water harvesting

Roo top rain water harvesting system within colony premises for ground water

Air Pollution Control System

Fixed Water Sprinkling System for haul road dust suppression

Portable water sprinkling arrangement have been made along haul road, processing area and loading / unloading points and at the processing areas to minimize dispersion of air borne dust particles

Wet drill method adopted

drilling arrangement have been adopted to minimize dispers

borne dust particles.

Green belt development

Roo top rain water harvesting system within colony premises for ground water

haul road dust suppression

Portable water sprinkling arrangement have been made along haul road, processing area and loading / unloading points and at the processing areas to minimize

drilling arrangement have been adopted to minimize dispersion of air

Greenbelt has been developed for minimizing the effect of pollution &

increasing aesthetic aspects. Yearly maintenance & development of the

existing green belt are undertaken.

- Solid Waste Management

o Waste Dump management with application of coir matting, grass seed

application, plantation etc.

Overburden/waste is being disposed at the earmarked area with maintaining proper height up to 30m and Back –filling will be done after full extraction of minerals from the mines. Proper terracing of the OB dumps has been made. An area of about 5656m2 is covered with Geo textile mat with natural grass seedlings for dump stabilization. In addition plantation, vertiber and sue babul seedlings have been made over the dump slope to control erosion and surface run off.

o Dump slope stabilization with proper terracing, dozing, pressing, provision of

retaining wall, garland drain and se

Overburden/waste dump is being maintained with proper height up to 30m and slope 370, terracing and further development of vegetation with plantation, applying coir mat/ geoat critical areas. Top splantation and dump stabilization purpose. The retaining wall and channel drains with settling pits have been made all around the dump.Retaining wall and garland drains have been constructed around the toeof the dump. Settling ponds are constructed for siltation of runoff from the dump. Terracing has been carried out over dump. Plantation and grass pitching have been raised over the dump slope for stabilization.

- Hazardous Waste Management

o Identification, Segregation, storage

Used oil is collected in leak proof barrels and stored in isolated yard under shed with impervious floor having secondary contaminant pit at the corner for the temporary storage.

o Disposal to authorized recycler/re

Oil contaminated cotton waste is stored in the hazardous waste pit having geo membranes lining to avoid leaching and the ground water contamination. These wastes are handed over to authorized recyclers for final disposal.



xisting green belt are undertaken.

Solid Waste Management

Waste Dump management with application of coir matting, grass seed

application, plantation etc.

Overburden/waste is being disposed at the earmarked area with maintaining proper height up to 30m and slope 370 of the waste dump.

filling will be done after full extraction of minerals from the mines. Proper terracing of the OB dumps has been made. An area of about 5656m2 is covered with Geo textile mat with natural grass seedlings for

zation. In addition plantation, vertiber and sue babul seedlings have been made over the dump slope to control erosion and surface run

Dump slope stabilization with proper terracing, dozing, pressing, provision of

retaining wall, garland drain and settling pond etc.

Overburden/waste dump is being maintained with proper height up to 30m and slope 370, terracing and further development of vegetation with plantation, applying coir mat/ geo-textiles along with mixed grass patching at critical areas. Top soil collected is preserved for utilization during

dump stabilization purpose. The retaining wall and channel drains with settling pits have been made all around the dump.Retaining wall and garland drains have been constructed around the toeof the dump. Settling ponds are constructed for siltation of runoff from the dump. Terracing has been carried out over dump. Plantation and grass pitching have been raised over the dump slope for stabilization.

Hazardous Waste Management

Segregation, storage

Used oil is collected in leak proof barrels and stored in isolated yard under shed with impervious floor having secondary contaminant pit at the corner for the temporary storage.

Disposal to authorized recycler/re-processor

Oil contaminated cotton waste is stored in the hazardous waste pit having geo membranes lining to avoid leaching and the ground water contamination. These wastes are handed over to authorized recyclers for



Waste Dump management with application of coir matting, grass seed

Overburden/waste is being disposed at the earmarked area with slope 370 of the waste dump.

filling will be done after full extraction of minerals from the mines. Proper terracing of the OB dumps has been made. An area of about 5656m2 is covered with Geo textile mat with natural grass seedlings for

zation. In addition plantation, vertiber and sue babul seedlings have been made over the dump slope to control erosion and surface run

Dump slope stabilization with proper terracing, dozing, pressing, provision of

Overburden/waste dump is being maintained with proper height up to 30m and slope 370, terracing and further development of vegetation with

textiles along with mixed grass patching oil collected is preserved for utilization during

dump stabilization purpose. The retaining wall and channel drains with settling pits have been made all around the dump. Retaining wall and garland drains have been constructed around the toe of the dump. Settling ponds are constructed for siltation of runoff from the dump. Terracing has been carried out over dump. Plantation and grass pitching have been raised over the dump slope for stabilization.

Used oil is collected in leak proof barrels and stored in isolated yard under shed with impervious floor having secondary contaminant pit at the corner

Oil contaminated cotton waste is stored in the hazardous waste pit having geo membranes lining to avoid leaching and the ground water contamination. These wastes are handed over to authorized recyclers for

- Biomedical Waste Management

o Collection, segregation, safe disposal

o Monitoring and management

- Environmental Mentoring

o AAQ

Ambient air quality & noise monitoring is being done monthly at a particular site. The ambient air quality is measured at regular intervals by engaging an authorized such as PM (10), PM (2.5), NOx are within the prescribed limit.

o Water (Surface, ground water)

We are conducting surface water quality monthly from nearby water courses and conducting ground water quality astipulated intervals through M/s SSE, Bhubaneswar, Odisha. The ground water quality as well as ground water level is being monitored 4 times in a year i.e. pre-monsoon

o Noise

Monthly monitoring of nresults are within the permissible limit.

o Soil

The total quantity of top soil generation318m³ has been used for stabilization and plantation work along the safety zone, development of garden etc. The remaining 125 m³ has been stockpiled in an earmarked area. Grasses have been developed over this area for preservation of nutrients.

o Ground vibration

Latest controlled blasting method is in practice by restriction of charge in the holes. To control ground vibrations and arrest fly rocks, advanced initiation system of NONEL is being used for blasting as reported. Further SME practice is in use for blasting purpose. Blasting is generally carried out during day vibrations are also being monitored and the results are well within the norms.

o Plantation

5000 saplings of native species have bwith cumulative plantation mining lease area, OB dumps, roads etc. in consultation with the Forest Department, Govt. of Odisha. The survival rate of plantation is 69

Biomedical Waste Management

lection, segregation, safe disposal

Monitoring and management

Environmental Mentoring

Ambient air quality & noise monitoring is being done monthly at a particular site. The ambient air quality is measured at regular intervals by engaging an authorized third party consultant & the critical parameters such as PM (10), PM (2.5), NOx are within the prescribed limit.

Water (Surface, ground water)

We are conducting surface water quality monthly from nearby water courses and conducting ground water quality and fluctuation study at stipulated intervals through M/s SSE, Bhubaneswar, Odisha. The ground water quality as well as ground water level is being monitored 4 times in a

monsoon, monsoon, post monsoon and winter.

Monthly monitoring of noise level is being carried out at the mines & the results are within the permissible limit.

The total quantity of top soil generation as on date is 443m³ has been used for stabilization and plantation work along the safety

velopment of garden etc. The remaining 125 m³ has been stockpiled in an earmarked area. Grasses have been developed over this area for preservation of nutrients.

Ground vibration

Latest controlled blasting method is in practice by restriction of charge in the holes. To control ground vibrations and arrest fly rocks, advanced initiation system of NONEL is being used for blasting as reported. Further SME practice is in use for blasting purpose. Blasting is generally carried out during day time preferably between 4 PM to 6 PM. Ground vibrations are also being monitored and the results are well within the

saplings of native species have been planted during the year 2017with cumulative plantation 196308 no’s covering 63.245mining lease area, OB dumps, roads etc. in consultation with the Forest Department, Govt. of Odisha. The survival rate of plantation is 69

Ambient air quality & noise monitoring is being done monthly at a particular site. The ambient air quality is measured at regular intervals by

third party consultant & the critical parameters such as PM (10), PM (2.5), NOx are within the prescribed limit.

We are conducting surface water quality monthly from nearby water nd fluctuation study at

stipulated intervals through M/s SSE, Bhubaneswar, Odisha. The ground water quality as well as ground water level is being monitored 4 times in a

oise level is being carried out at the mines & the

as on date is 443m³. Out of this m³ has been used for stabilization and plantation work along the safety

velopment of garden etc. The remaining 125 m³ has been stockpiled in an earmarked area. Grasses have been developed over this

Latest controlled blasting method is in practice by restriction of explosive charge in the holes. To control ground vibrations and arrest fly rocks, advanced initiation system of NONEL is being used for blasting as reported. Further SME practice is in use for blasting purpose. Blasting is generally

time preferably between 4 PM to 6 PM. Ground vibrations are also being monitored and the results are well within the

een planted during the year 2017-18 63.245 ha within the

mining lease area, OB dumps, roads etc. in consultation with the Forest Department, Govt. of Odisha. The survival rate of plantation is 69.31 %.

E. Corporate Social Responsibility:

Mahulsukha Mn Ore Mine of M/s

adopted proper implementation of the corporate social Responsibility (CSR)

programmes as a strategic and prime corporate motto.

Welfare measures are also being implemented in different villages around the Mining

Project; namely Bhutuda, Randa

Some of the salient features of the

Infrastructure development Water supply to villages through Water tankers & over head tanks with pipe

lines Electricity facilitation Healthcare Education Other Social Welfare activities

The company has spent Rs mentioned below. ABSTRACT - CSR EXPENDITURESSl. No

Particulars

1 Health Care

2 Education

3 Drinking water facility

4 Infrastructure development - Road

5 Electricity

6 Social welfare & others, if any

TOTAL

Corporate Social Responsibility:

Mn Ore Mine of M/s. Aryan Mining and Trading Corporation


programmes as a strategic and prime corporate motto.


Randa, Rantha, Rajabasa etc.

Some of the salient features of the CSR activities are listed below-

Infrastructure development – Road Network Water supply to villages through Water tankers & over head tanks with pipe

ation

Other Social Welfare activities Rs 363.33 lakhs up to 2017-18for various CSR programmes

CSR EXPENDITURES:

Amount Spent (Rs. in Lakhs) up to FY 2016-17

Amount Spent (Rs. in Lakhs) During FY 2017-18

Amount Spent(Rs. in Lakhs) Cumulative 18

75.692 5.95 81.642

9.099 0.207 9.306

1.193 1.217 2.410

16.636

4.80 21.436

--- --- --

207.079

41.46 248.539

309.699 53.636 363.333

Trading Corporation Pvt. Ltd. has



Water supply to villages through Water tankers & over head tanks with pipe

for various CSR programmes

Amount Spent (Rs. in Lakhs) Cumulative up to FY 2017-

1. HEALTH CARE

Sl. No Activities

i Medical/Health Camp

ii Ambulance Provision

iii Donation of health care service (DG set, Medicine & medical instrument and Almirah, uniform etc.)

iv Free Medicines & ambulance facility

v Others, if any(Mosquito Net, Anti mosquito spray, Environment.

Total

2. EDUCATION:

Sl. No Activities

i Honorarium to school teachers engaged in local schools

ii Contribution towards renovation / Construction of school building

iii Donations for Cultural activities i.e. Ganesh Puja, Rath yatra,Annual day celebration in the local temples, Independence & Republic day etc.

iv Distribution of School Uniforms, Umbrella, School Bags, Kits etc.

Total

Amount spent ( Rs) up to FY 2016-17

Amount Spent (Rs.) During FY 2017-18

Medical/Health Camp 5820 ---

Ambulance Provision 425192 92418

Donation of health care service (DG set, Medicine & medical instrument and Almirah, uniform etc.)

100500

---

Medicines & ambulance 439677

181151

(Mosquito Net, Anti mosquito spray,

6598103

321887

7569292 595456



Honorarium to school teachers engaged in local schools

348168

18000

Contribution towards renovation / Construction of school building

234515

--

Donations for Cultural activities i.e. Ganesh Puja, Rath yatra,Annual day celebration in the local temples, Independence & Republic day etc.

325843

2700

Distribution of School Uniforms, Umbrella, School Bags, Kits etc.

1386

--

909912 20700

Amount Spent (Rs.) Cumulative up to FY 2017-18 5820

517610

100500

620828

6919990

8164748

Amount Spent (Rs.) Cumulative up to FY 2017-18

366168

234515

328543

1386

930612

3. DRINKING WATER FACILITY

Sl. No Activities

i Supply of drinking water

ii Provision of 03-Over Head Water Tanks at nearby villages

iii Bore Wells provided in different villages

Total

4. INFRASTRUCTURE DEVELOPMENT

Sl. No Activities

i Contribution of fund towards road construction Say NH Work etc

ii Construction of the village roads

Total

iii Provision of transformer to village

iv Electrification of villages

v Supply of Solar Lights

vi Street lighting at village

Total

DRINKING WATER FACILITY:



Supply of drinking water 2000

121942

Over Head Water at nearby villages

71413

--

Bore Wells provided in different 45918

--

119331 121942

INFRASTRUCTURE DEVELOPMENT:



Contribution of fund towards road construction Say NH Work

918 --

Construction of the village 1662774

--

1663692 --

Provision of transformer to --

Electrification of villages --

Supply of Solar Lights --

Street lighting at village --


123942

71413

45918

241273


918

1662774

1663692

5. SOCIAL WELFARE & OTHERS, IF ANY

Sl. No Activities

i Construction of community Centre

ii Local employment

iii Donations for FunctionsCultural activities,

TOTAL

SOCIAL WELFARE & OTHERS, IF ANY



Construction of community --

--

Local employment 20205495 4019755

Donations for Functions, Sports, Cultural activities, Puja Festivals

502484

126690

20707979 4146445


24225250

629174

24854424

Environment Management:

Top soil stack with natural grass seedlings

Retaining Wall around OB Dump

Photo Gallery

Top soil stack with natural grass seedlings Retaining Wall around OB Dump

Wall around OB Dump-1 Retaining Wall around OB Dump

Retaining Wall around OB Dump-5


Retaining Wall around OB Dump

Check Weir-3- across Rajabasa Nala

Retaining Wall around OB Dump-3 Retaining Wall around OB Dump

across Rajabasa Nala Check Dam-4 across Rajabasa Nala


4 across Rajabasa Nala

Check dam-1 across Nandagira

Check Dam-5 across garland drain NW of Quarry 1N

Check Dam- 7 across garland drain NW of Quarry

1N

1 across Nandagira Nala-1 Check dam-2 across garland drain NW of Q

5 across garland drain NW of Quarry 1N Check Dam- 6 across garland drain NW of Quarry

1N

7 across garland drain NW of Quarry Check Dam-8 across Garland drain

Dump-3

2 across garland drain NW of Q-1N

6 across garland drain NW of Quarry

8 across Garland drain below OB

Rain water harvesting cum settling pond with

Ground water recharge

De-silting & extension of settling cum percolation Pit

NW of Q-1N

Rain water harvesting cum settling pond with

Ground water recharge

In-pit Settling Pond at Old Quarry

silting & extension of settling cum percolation Pit De-silting of settling cum percolation Pit NW of

Q-1N

pit Settling Pond at Old Quarry-7

silting of settling cum percolation Pit NW of

Settling cum percolation ponds near Kalidhara

Check Dam across Bhutuda Nala

Settling cum percolation ponds near Kalidhara Check Dam-1 across garland drain NW of Q

Check Dam across Bhutuda Nala Stabilisation of OB dump-1 by native plantation

and retaining wall

1 across garland drain NW of Q-1N

1 by native plantation

and retaining wall

Stabilisation of OB dump-3 by native plantation

Coir Matting over OB Dump

AAQ Monitoring station at Camp site

3 by native plantation Plantation on OB Dump

Coir Matting over OB Dump-4 Mobile water sprinkling for dust suppression

AAQ Monitoring station at Camp site AAQ Monitoring station at Dump site

Plantation on OB Dump-4

Mobile water sprinkling for dust suppression

AAQ Monitoring station at Dump site

CSR Initiatives:

Donation of cooling drinking water system

Water supply

Pipe line for water supply

system

Water supply

Pipe line for water supply

Car festival

Jaganaath Temple

Arrangement of Football tournament

Village puja

Fruit bearing sapling distribution

Arrangement of Football tournament Prize distribution of Football tournament

Village puja

distribution of Football tournament

sdf report: 2017 -18 - aryan mining

Documents