SAFETY

1          Trends of fatal and serious accidents in coal mines in India.

 

Year

Fatal accidents

Serious accidents

Accidents

Fatalities

Accidents

Injuries

1972

200

217

1534

1616

1975

222

664

2135

2211

1985

176

204

1007

1060

1993

156

176

854

903

1994

156

241

717

775

1995

137

219

757

813

1996

131

146

677

723

1997

143

165

677

725

1998

128

146

523

560

1999

127

138

595

650

2000

117

144

661

707

2001

106

141

667

720

2002

81

97

629

650

2003

83

113

563

578

2004

90

99

599

608

2005

(up to 12.05.05)

34

35

340

344

 

 Note: (i) Lignite is included in coal.

          (ii) Figures for 2004 & 2005 are provisional.

           

2          Company wise accidents statistics of coal mines in India
            for 2003, 2004 & 2005 (till 12.5.2005)

Year

Owner

FATAL

SERIOUS

No. of Accidents

No. of persons

No. of accidents

No. of persons seriously injured

Killed

Injured

2003

BCCL

12

13

1

60

62

2003

CCL

6

6

2

27

27

2003

ECL

13

13

2

171

177

2003

MCL

7

7

0

12

12

2003

NCL

2

2

0

18

18

2003

SECL

11

11

2

92

94

2003

WCL

9

12

1

67

69

Total

CIL

60

64

8

447

459

2003

GMDC

0

0

0

3

3

2003

IISCO

0

0

0

12

12

2003

J&K

0

0

0

1

1

2003

NLC

1

2

0

8

11

2003

SCCL

19

44

4

88

88

2003

TISCO

3

3

0

4

4

Total

2003

83

113

12

563

578

2004

BCCL

11

12

0

71

73

2004

CCL

10

10

1

21

22

2004

ECL

18

19

3

177

178

2004

MCL

4

4

0

15

15

2004

NCL

3

4

0

6

6

2004

NEC

2

2

0

1

1

2004

SECL

8

9

0

73

74

2004

WCL

13

13

2

52

54

Total

CIL

69

73

6

416

423

2004

GMDC

0

0

0

2

2

2004

IISCO

2

2

0

18

18

2004

J&K

0

0

0

1

1

2004

NLC

3

3

0

3

3

2004

SCCL

11

14

7

155

156

2004

TISCO

3

5

0

4

5

2004

BECML

1

1

1

0

0

2004

BLAI

1

1

0

0

0

Total

2004

90

99

14

599

608

 

2005

BCCL

8

9

6

13

13

2005

CCL

1

1

0

7

7

2005

ECL

4

4

1

25

25

2005

MCL

4

4

0

2

2

2005

NCL

1

1

0

4

5

2005

SECL

4

4

0

38

38

2005

WCL

4

4

0

15

16

Total

CIL

26

27

7

104

106

2005

DVC

0

0

0

1

1

2005

IISCO

1

1

0

0

0

2005

NLC

0

0

0

1

2

2005

SCCL

6

6

0

232

233

2005

TISCO

1

1

0

2

2

2005 up to( 12.05.05)

34

35

7

340

344

 

Source: DGMS

Note: (i) Lignite is included in coal.

          (ii) Figures for 2004 & 2005 are provisional.

.

3          The major accidents in the Indian Coal Mines (post Independence period).

 

Sl.

No

Dates of Accident

Name of Mines

Fatalities

Cause

1

12/07/1952

Dhemomain

12

Roof fall

2

05/08/1953

Majri

11

Inundation

3

14/03/1954

Damra

10

Explosion of fire damp.

4

10/12/1954

Newton Chikli

63

Inundation

5

05/02/1955

Amlabad

52

Explosion of fire damp.

6

26/09/1956

Burra Dhemo

28

Inundation

7

19/02/1958

Chinakuri

175

Explosion of fire damp.

8

20/02/1958

Central Bhowra

23

Inundation

9

05/01/1960

Damua

16

Inundation

10

28/05/1965

Dhori

268

Coal dust explosion

11

11/04/1968

West Chirmiri

14

Premature collapse of workings

12

18/03/1973

Jitpur

48

Explosion of fire damp.

13

08/08/1975

Kessurgarh

11

Roof fall

14

18/11/1975

Silewara

10

Inundation

15

27/12/1975

Chasnala

375

Inundation

16

16/09/1976

Central Saunda

10

Inundation

17

04/10/1976

Sudamdih

43

Explosion of fire damp.

18

22/01/1979

Baragolai

16

Ignition of fire damp

19

24/08/1981

Jagannath

10

Water gas explosion

20

16/07/1982

Topa

16

Roof fall

21

14/09/1983

Hurriladih

19

Inundation

22

13/11/1989

Mahabir

6

Inundation

23

25/01/1994

New Kenda

55

Fire/suffocation by gases

24

26/09/1995

Gaslitand

64

Inundation

25

06/07/1999

Prascole

6

Fall of roof/collapse of workings

26

24/06/2000

Kawadi

10

Failure of OC bench

27

02/02/2001

Bagdigi

29

Inundation

28

05/03/2001

Durgapur Rayatwari

6

Collapse of partings/workings

29

16/06/2003

Godavari Khani-7LEP

17

Inundation

30

16/10/2003

GDK-8A

10

Roof fall

31

15/6/2005

Central Saunda

14

Inundation

 

4          Rate of fatalities and serious Injuries in CIL mines :

 

Parameter

2005

(Jan.-June)

2004

(Jan.-June)

2004

(Jan.-Dec.)

2003

(Jan.-Dec.)

Fatality Rate /Mt. of coal production

0.21

0.20

0.22

0.21

Fatality Rate /3,00,000 manshifts deployed

0.22

0.18

0.20

0.18

Serious Injury Rate / Mt of coal production

1.05

1.27

1.29

1.52

Serious Injury Rate / 3,00,000 manshifts deployed

1.07

1.19

1.17

1.29

 

Note :   Figures for 2005 exclude 14 fatalities involved in inundation at Central Saunda Colliery of                      CCL in June 2005.

 

5          Rate of fatalities and serious Injuries in SCCL mines :

 

Period

 

Per Mt .of

Production

Per 3 Lakh

Manshifts

Worked

Per 1000 Persons Employed

Fatalities

Serious injuries

Fatalities

Serious injuries

Fatalities

Serious injuries

Jan-June 2005

0.50

20.12

0.27

10.86

0.11

4.36

Jan-June 2004

o.45

2.05

0.24

1.09

0.09

0.42

Jan-Dec. 2004

0.41

4.78

o.2o

2.35

0.17

1.97

Jan-Dec. 2003

1.36

2.26

0.65

1.09

0.46

0.77

 

 

6          Rate of fatalities and serious Injuries in NLC mines :

 

Details

(Jan-June)

(Jan-June)

(Jan-Dec)

2004

 (Jan-Dec)

2003

2005

2004

Fatality /million tonne of lignite output

0

0.09

0.14

0.05

Fatality rate / 3 lakhs manshifts worked

0

0.17

0.25

0.09

Serious injury rate /million tonne of lignite output

0.24

0.28

0.20

0.34

Serious injury rate / 3 lakhs manshifts worked

0.51

0.50

0.25

0.63

 

7          Safety monitoring in Coal India Limited

Safety in coal mines of Coal India Limited is monitored by the following bodies apart from DGMS and the Internal Safety Organisations of CIL and its subsidiary coal companies.

(1)        Workmen’s inspectors: Safety status of each and every mine is monitored by representatives of the workmen, one each from Mining, Electrical and Mechanical disciplines through inspections, the reports of which and status of compliance of recommendations are forwarded to the local DGMS office.

(2)     Safety committee at mine level: The Safety Committee at mine level also monitors the safety status at each mine every month through inspection followed by a meeting for review of safety status of the mine.  This committee consists of representatives of workmen and management.

(3)        Area level bipartite/tripartite safety committees: The Area Level Committee comprising representatives of workmen and management monitors the safety performance of the Area biannually. Often representative of DGMS also participates.

(4)        Subsidiary level tripartite safety committee: Tripartite safety committee functions at subsidiary company level and consists of representatives of workmen, DGMS and management for review and monitoring of safety measures. This body meets bi-annually.

(5)        Coal India Safety Board:  This is headed by the Chairman, CIL with workers representatives, Director (T), CIL, Director (P), CIL, CMDs of subsidiary  companies, the DGMS, a representative of the Ministry of Coal as members and Executive Director (Safety & Rescue) CIL as Member Secretary. The Board reviews the safety status of CIL bi-annually, formulates policies and gives guidelines for improving safety standards.

(6)        Standing Committee on Safety in Coal Mines: The safety situation of the coal mines is also reviewed by the Standing Committee on safety in Coal Mines Chaired by the Minister for Coal.

 

In addition, Conference on Safety in Mines is held by Ministry of Labour / DGMS, where representatives of Trade Unions, management, educational/research institutions and Ministry of Coal participate. These meetings are held every 3 or 4 years.

 

8                      Technologies adopted to reduce the number of accidents.

 

Following State-of-the-art technologies are adopted to reduce number of accidents in CIL.mines:

 

1.      Design of system of support of roof in the development workings in underground mines by scientific support systems based on Rock Mass Rating (RMR) studies.

 

2.      Increased use of Roof Bolting / Roof Stitching methods of support using steel roof bolts/ steel wire ropes with quick setting cement grout to arrest bed separation at early stages to impede deterioration of roof.

 

3.      Introduction of modern drills like mechanised drilling machine  to avoid exposure of support personnel to unsupported roof while drilling for roof bolting and greater use of quick-setting cement/resin capsules grouted roof bolts for support in development workings in underground mines.

 

4.      Reduced exposure of workers to mining hazards by mechanization of loading operations by increasing use of SDLs and LHDs in belowground mines, Powered Support longwall (PSLW) system of mining, Continuous Miner Technology etc., are being progressively adopted in suitable areas.

 

5.      Regular monitoring of mine environment by handheld gas detectors/alarms and flame safety lamps for detecting inflammable and noxious gases. Besides, for early detection of situations that could lead to an outbreak of fire or an explosion, highly capital intensive computerized continuous mine environmental tele-monitoring system (ETMS) have been installed and are in operation in thirteen identified underground mines.

 

  1. Introduction of surface miner, an eco-friendly technology to reduce hazardous operation like drilling, blasting and crushing wherever applicable.