Transcript Slide 1

A1 Training at Grasstree Mine
METALLURGICAL COAL
German Creek Location
N T
QLD
Enlarged
Area
W A
SARINA
S A
N S W
P
VIC
A
C
IF
T
IC
Riverside Mine
Goonyella
North Mine
Goonyella
Mine
COPPABELLA
MORANBAH
C
Lake Vermont
Mine
E
A
N
Saraji
Mine
O
Peak
Downs
Mine
DYSART
Blair Athol
Mine
B L A I R AT H O L
Norwich Park
Mine
CLERMONT
Gordonstone
Mine
Ensham
Mine
ve
Ri
ie
nz
ke
Gregory
Mine
Ck
M
CAPELLA
an
rm
Ge
Oaky Creek
Mine
Crinum
Mine
ac
TIERI
r
MIDDLEMOUNT
Yarrabee
Mine
Jellinbar East
Mine
Curragh
Mine
BLUFF
EMERALD
BLACKWATER
FAIRBAIRN
RESERVOIR
Blackwater
Mine
DINGO
Cook
Colliery
South Blackwater
Mine
2
METALLURGICAL COAL
Grasstree
Mine Plan
TG
602
MG
602
TG
603
MG
603
GC908
GC907
GC906
GC905
GC904
GC903
GC902
GC901
808
605
MG
A
GC901
601
TG
606
MG
60
1
M/G
807
60
3
60
2
M/G
806
60
4
M/G
805
607
MG
60
5
M/G
804
RN
MA
GC808
60
6
M/G
INS
E ASTE
803
608
MG
GC807
60
7
AL
P ORT
60
8
M/G
GC806
802
M/G
801
M/G
GC805
801
T/G
GC804
MA
INS
GC803
RN
M
600
E ASTE
GC802
7 10
Mains
9 10D
GC801
710
TG
EAST
BT
MA
70
M/G
M
700
B T2
1 T/G
INS
70
1 M/G
BT
MG
70
B T1
MG
WEST
801B
GC
1
BT
ESS
ACC
0
71
B T2
1 T/G
701
70
70
2 M/G
801A
GC
2
BT
1 M/G
702
70
70
3 M/G
2 M/G
703
70
70
4 M/G
3 M/G
704
70
7
5 M/G
M/G
04
70
705
70
6 M/G
5 M/G
70
7 M/G
706
70
6 M/G
70
707
70
8 M/G
7 M/G
70
708
70
9 M/G
8 M/G
7 09
A M/G
709
70
9 M/G
709A
70
9A
M/G
3
METALLURGICAL COAL
The A1 Programme’s position within
safety training at Anglo Coal
4
METALLURGICAL COAL
LTI & TRCFR (Jan 2008 – Sep 2009)
7
80
6
70
60
5
50
4
40
3
30
2
20
1
TRC Frequency Rate
Number of LTIs
INJURY STATISTICS
10
0
0
Q1
20
08
Q2
20
08
Q3
20
08
LTI
Q4
20
08
TRCFR
Q1
20
09
Q2
20
09
Q3
20
09
5
METALLURGICAL COAL
A1 Training Overview
Section 1: Introduction to Safety Risk
Management
Section 2: Why we Manage Risk
Section 3: SRM at Anglo Coal
Section 4: The SRM Process - Hazard
Identification
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METALLURGICAL COAL
A1 Training Overview
Section 5: The SRM Process - Risk
Assessment
Section 6: The SRM Process - Risk
Management
Section 7: The SRM Process - Recording
& Reporting
7
METALLURGICAL COAL
Risk Management Models
●The SLAM Process
8
METALLURGICAL COAL
Management Delivery of A1 Training
9
METALLURGICAL COAL
Workforce Completing Test
10
METALLURGICAL COAL
LTI & TRCFR (Jan 2008 – June 2010)
7
80
6
70
60
5
50
4
40
3
30
2
20
1
10
0
0
Q1
20
08
Q2
20
08
Q3
20
08
Q4
20
08
Q1
LTI
20
09
Q2
20
09
TRCFR
Q3
20
09
Q4
20
09
Q1
20
10
Q2
TRC Frequency Rate
Number of LTIs
INJURY STATISTICS
20
10
11
METALLURGICAL COAL
The Anglo Journey Model
• Helps business divisions
and sites assess their
safety maturity.
• A3 and A4 provide tools
and techniques to
progress on the journey.
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METALLURGICAL COAL
The Anglo Journey Model
• A1 and A2 provide
personal awareness of an
individual’s place on the
journey and skills to use
tools.
• Combination of cultural
and systems maturity to
achieve safe business
performance.
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METALLURGICAL COAL
The purpose of the Anglo Coal SRM
Process
Purpose
“To establish and embed a world class
“One Anglo” safety risk management
process that delivers radical improvement in
safety for all our people ”.
Vision
“All our people make the right decisions
affecting safety ”.
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METALLURGICAL COAL
Summary Information of A1 Training
• 34 A1 courses ran.
• 239 employees trained.
• 48 contractors trained.
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METALLURGICAL COAL
Conclusion
• Training and knowledge are the basis of
competence.
• Mine management presenting this
information develops a common belief in
safety achievement and a passion to apply
this new knowledge.
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METALLURGICAL COAL
Conclusion
• Today when discussing safety
underground with employees it is common
to identify energy sources, outline hazards
to be dealt with and what controls will make
a difference.
• Simple Solutions to Complex Problems.
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