neville mcalary - peabody energy
DESCRIPTION
Longwall 2014TRANSCRIPT
October 2014
Utilising Workforce Input Into
Longwall Equipment Design
Hunter Valley Longwall Conference
About Peabody Energy
● Operates the world’s largest coal mine - North Antelope Rochelle Mine
(NARM)
● Peabody overview
– 251.7 million tons sold in 2013 from operations, trading and brokerage
– $7 billion in revenues
– 8.3 billion tons of proven and probable reserves
● Customers on six continents
● 26 mines across U.S. and Australia
– 20 surface mines
– Seven underground mines
● Listed on New York Stock Exchange under symbol “BTU”
2 Wilpinjong Mine
Peabody’s Global Platform Serves Customers on Six Continents
Peabody Operates 26 Mines Across Australia and the United States
Essen
Beijing
Ulaanbaatar
Urumqi
Jakarta Balikpapan
New Delhi
Brisbane, QLD
Newcastle, NSW
London
(From U.S.)
St .Louis, MO
Singapore
Mining Operations and Trading
Sales Reserves
SPRB 135 3.4
Midwest 26 3.2
Southwest 16 0.5
Colorado 7 0.2
Australia 35 0.9
Trading 32 -
Total Tons 252 8.3
Million Billion
Reported 2013 sales volumes. Reserves based on 2013 10-K filing. Total sales and reserves variances are based on rounding calculations. Green
shading indicates countries served by Peabody.
(to Europe)
Operating Regions
Customers Served
Corporate Office
Regional Offices
Trading/Business
Development Offices
Coal Flows
3
About Peabody’s Australia Platform
4
10.1
9.3
7 – 8
14 –
15
12 –
13
22 –
25
~ 8
15 –
17
Metropolitan
Dalrymple Bay
Abbot
Point
Port Kembla
Queensland
New South Wales
Wilpinjong Wambo UG
Wambo OC
NCIG PWCS
Metallurgical Thermal Port
Burton North Goonyella
Millennium
Eaglefield Moorvale
Middlemount
Coppabella
● Australia is world’s fourth largest coal
producer behind China, USA
and India
● 60% of world’s seaborne
metallurgical coal supply
● Ports close to high-growth Asian
markets
– 70% of Australia’s metallurgical coal
exports and more than 94% of
thermal coal exports exported to
Asian region in 2010
● Strong skills base
● Excellent safety records,
innovation and standards
Peabody Energy Australia Underground Operations
Three underground longwall mines
– Wambo, Hunter Valley NSW: 250m wide Longwall 2-2.6 m thick
seam, Medium Propensity to Spontaneous Combustion.
– Metropolitan, Illawarra NSW: 150m wide Longwall 2.8-3.2 m
thick seam, Gas Drainage Required
– North Goonyella, Northern Bowen Basin Qld: 300m Wide LTCC
6.4 – 7.6 m thick seam, Gas Drainage and Medium Propensity to
Spontaneous Combustion.
● Recently installed two new kits of longwall equipment
and commenced production
● Longwall equipment over-hauls are a regular event and
also include workforce input to scope of work.
5
Collaboration – Is it necessary?
6
Peabody LW Planning and Review Process
Peabody has a structured longwall relocation planning and review process
– 12 weeks prior to relocation
– Formal agenda and routine process
– Includes input from all Peabody UG LW mines – including USA
– Review planning, schedule and risk areas
– New Equipment and O/haul schedule
Collaboration equation:
$ Value of collaboration > $ cost of collaboration
Peabody finds the value on Collaboration at Operations and Workforce Level
7
Get into the detail
LW Relocation Aspect
Access in extreme situations
Promote early intervention
8
Utilising Workforce Input
The Process – Early integration into the project is fundamental
Identify the Hazards and Frustrations with the current equipment - Structured approach
Up-load Hazards and Issues to Design Risk Assessment
Registering requirements with OEM
(Listing priority and “needs vs wants”)
OEM to develop possible solutions LW Team and crews to structure possible solutions
Gap Analyses or Variance Analyses of Solutions
Feedback to LW team and Crews
Check-off Appropriate OEM Solutions Work with OEM on Effective solution
Understand Costs and Project Impacts of desired Solutions OEM to Integrate Solutions and check
Approve Appropriate Solution
Monitor Budget and Schedule relative to changes
9
Surface Compatibility Testing
Test “ALL” Aspects of Integration
● Dust Suppression Lighting during nights Shift 10
Workforce Input into LW Equipment Design
● Project schedule to identify key input opportunities and resources required. Hold points maybe required.
● Design Risk Assessment
– Operators and maintenance workers involvement – identify issues with current and historical equipment.
– Workforce members involved need to collaborate with other crews to ensure all common issues are tabled
– Use safety and reporting data to validate/prioritise
● Identification of issues only – OEM needs to own and be responsible for development and integration of solution.
challenge in this process – don’t become solutions bases too early in the process
11
Workforce Input
Crew meetings to tease out all issues – Site LW team to own register of issues
1. Production operator issues
2. Maintenance tradesman requirement
3. Supervisor and LW team suggestions
4. New and emerging legislative requirements
● Account for seam particulars – grades + gate conditions
● Site LW Team have clear linkage into LW equipment delivery project team
● Site and project team will have conflicting schedules
Senior Management to monitor and ensure the collaboration process is embedded in the project
12
Production Operator Input
Tease Out the Issues ● What are the hazards with operating current equipment?
– How often is this hazard dealt with?
● Review safety and health incident records
● What current issues are preventing 90-100 cutting hrs/week
● Hazards or frustrating routine practises
Equipment Process
Mono-Rail System and Units Normal Production
Conveyor tail piece/bootend Face Straightening
BSL - Crusher Managing strata problems
Main-gate Servicing + Maintenance
Tail-gate Bolt-up
Shearer Relocation Activities
Experienced and trusted LW face workforce member or supervisor to facilitate engagement of crews
13
Maintenance Team Input
New Generation Longwall Equipment
>10,000 t Pay Load >1,200 Hydraulic Cylinders
>10,000 Hoses >8 km Cables
● Review maintenance and services practices
– Bulk oil and lubrication system
● Evaluate safety incident records and compliance issues
– Change-out of large complex components
● Maintainability and access to frequently replaced parts and
consumables
– Filters and valves
● Access in poor or non-routine events
– PRS Isolation points in difficult ground conditions
14
New LW Face Installation
Metropolitan - May 2014
● Lighting and Ergonomics 15
The Outcome of a Sound Process is Ownership
Value in collaboration
● Crews will own and take pride in equipment
● Improved operating standards + maintenance practises
Feedback is key
● Proto-type testing is a critical hold point but too late for
identifying basic issues
● OEM needs to be responsible for design and integration
of any changes
● At no stage should the mine/operator become
responsible for design
Input is imperative in ensuring true “fit for purpose”
16
Peabody Key Learning’s
Early engagement of workforce in design and layout aspects of longwall equipment is paramount in the delivery of a safe, highly productive and reliable set of LW equipment or over-haul.
– Structural integrity of flippers
– Walkways and ergonomics (viewing points at MG and TG)
– Main-gate access and supervisor access to tail-gate
– Electrical and hydraulic isolation points and processes
– Face lighting and communications – testing completed during night at OEM’s facility.
– Consideration of relocation aspects – adding value
● Future Improvements
– Greater consideration of gas management and goaf fringe
– Testing of sprays and dust suppression during compatibility
– More rigorous evaluation of access to facilities in non-routine conditions
17
Improving – More to do in this space
18
Conclusions
● Peabody has a robust LW relocation planning and review
process. This includes:
– Implementation of new LW equipment
– LW equipment overhauls including up-grades and improvement
evaluation
– Identification of risks and high exposure activities
– Sharing of learning’s or similar challenges
Value >>> Cost to facilitate sessions
● Structured quality input from the workforce is key to
acceptance of new equipment
Quality is remembered long after price is forgotten
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