Infrastructure Planning for New Mine Development - QME ... · • Processing plant design =>> ... o...
Transcript of Infrastructure Planning for New Mine Development - QME ... · • Processing plant design =>> ... o...
PROJECT & INFRASTRUCTURE LIFE CYCLE PLANNINGFOR NEW MINE DEVELOPMENT
QME Conference 24 July 2012
Presented by Steve CuttingProject & Infrastructure Life Cycle Planning for New Mine Development 1
TOPICS
1. Introduction
2. Challenges in Mine Development
3. Supply Chain Infrastructure Planning
4. Integrated Approach for Mine Development
5. Whole of life cycle considerations
6. Statutory Planning and Approvals
7. Asset Management
8. Project Planning Success Factors
Project & Infrastructure Life Cycle Planning for New Mine Development 2
1. Introduction - Queensland Coal Industry
1.1 Coal Mine Infrastructure
4
1.2 Coal Handling and Preparation Plant (CHPP) Infrastructure
5
1.3 Coal Preparation Plant (CPP)
6
1.4 Rail Infrastructure
1.5 Port InfrastructureAbbot Point Coal Terminal T1
1.6 Wiggins Island Coal Terminal
• Design Throughput 25Mtpa• 5.6km overland conveyor from
rail receival to stockyard• Stockyard – overhead Bridge
Stacker and underground reclaim operation permits high levels of blending
1.7 Coal Industry – The Media Battle
• 156 Mtpa incrementally developed over the past 30+ years
• Significant media coverage and hype surrounding 6‐fold increase in the industry by 2020
• Completely unrealistic timeframes being circulated in the media
1.8 Coal Industry – The Media Battle
• Mining is becoming more challenging, more complex
o Environment
o Community
o Decreasing ore qualities - Increasing waste
o Remoteness / challenging topography
o Length and cost of ore chain
o Climate change/ Carbon tax/ Mining Profits tax
o Approach of “Peak Minerals”?
o Global mining companies using global resources
• New mine projects have big risks
• Corporate Social Responsibility is a key factor
• Jobs need to have realistic timeframes and sufficient resources
• Solutions need to consider full lifecycle costs and planning
• Engineering needs to take a rigorous staged approach for project lifecycleProject & Infrastructure Life Cycle Planning for New Mine Development 12
2. CHALLENGES IN MINE DEVELOPMENT
Projects must consider the overall supply chain and required infrastructure from pit to portwhen planning investment decisions.
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3.1 SUPPLY CHAIN INFRASTRUCTURE PLANNING IS KEY
1000 Mining (Open Cut) and 2000(Underground)
3000 ROM Coal Handling and Processing
4000 Raw and Product Coal Handling andProcessing
5000 On‐Site Infrastructure
5400 Rail to siding
5500 Power Distribution
5600 MIA Facilities and Site Infrastructure
6000 Off‐Site Infrastructure
6500 Port Contribution
7000 Plant Services & Utilities
8000 Indirects
9000 Owners Costs & Contingency
10000 Preproduction Costs
10400 Spares
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3.2 Project Capital Cost Distribution
Infrastructure Capex costs often dwarf the costs of the coal handling and preparation plant.
GeologyGeology
MiningMining
ProcessProcess
InfrastructureInfrastructure
• Exploration drilling =>>
• Geological model of resource =>>
• Ore quality in blocks =>>
• Mine model =>>
• Pit shell / mining plan =>>
• Processing plant design =>>
• Product ore production =>>
• Infrastructure – transport, power, water,
accommodation Project & Infrastructure Life Cycle Planning for New Mine Development 15
4.1 LINEAR APPROACH MODEL TO MINE DEVELOPMENT
GeologyGeology
MiningMining
ProcessProcess
InfrastructureInfrastructure
“An integrated approach
becomes vital as the cost
and demand for power,
water, steel and other
inputs increase.”
How useful is the traditional model
in the new mining climate?
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“An integrated team
working together on all
aspects produces an
improved result”
4.2 Integrated Approach Model – Linking Infrastructure to all Geometallurgy Operations for Life of Mine Results
• Approvals and Mine Planning • EIS Project Update• Community Issues • Project Statutory Approvals • Project Financial Approval Processes• Location issues• Mining Issues• Coal Marketing Issues• Coal Processing Issues• Mine Services ‐ Power• Mine Services ‐Water• Mine Services – Transport, rail, road• Engineering – Civil, Structural,
Mechanical, Electrical and General Design Issues
• Financial Issues• Capital Costs• Operational Costs• Return on Investment Requirements• Debt Funding Issues• Cash Flow Issues• Technical Issues• Schedule Issues• Schedule and Production Sequencing
Issues• Operational Issues• Asset Management Issues
Project & Infrastructure Life Cycle Planning for New Mine Development 17
4.3 Enterprise Wide Project Planning
• Optimal balance between investments o Mine establishmento Mining equipmento Process planto Enabling infrastructure
• Capital Expenditure (CAPEX)o Mine establishmento Plant and equipmento Transport infrastructureo Enabling infrastructure – Power, Water, Logistics chain
• Operational Expenditure (OPEX)o Mine and process plant operationo Transport operationso Energyo Asset Management
• Option Analysis o Net Present Value – ore quality, cost to mine, effort to extract, cost to transport
may all vary
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5.1 WHOLE OF LIFE PROJECT COST MODELLING
• Offshoring can only contribute to plant and equipment supply and fabrication• Business case must exist for future trends
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5.2 Need to Respond to Rising Infrastructure Costs
% of Project CostsInfrastructure vs Plant & Equip
Area Legislation Applicable? Timeframe
Cultural Heritage Aboriginal and Torres Strait Islander Heritage Protection Act 1984 (Commonwealth)
Cultural heritage duty of care Cultural Heritage surveys and liaison will need to occur.
Aboriginal Cultural Heritage Act 2003Native Title Act 1993 (Commonwealth) If Native Title has not been extinguished
Native Title (Qld) Act 1993
Key Approvals Environmental Protection & Biodiversity Conservation Act 1999 (Commonwealth)
If project is a Controlled Action; could require an EIS
2‐3 years (for an EIS preparation & assessment )
Environmental Protection Act 1994 1. An environmental authority (mining activities)
2. Approval of EMP
12‐18 months
Mineral Resources Act 1989. Mining tenement 12‐18 monthsPetroleum and Gas (Production and Safety) Act 2004
If petroleum or gas activity
Sustainable Planning Act 2009 & associated regulations and policies
Material Change of Use under local planning scheme
6‐12 months
Pre‐construction Fisheries Act 1994 & Fisheries Regulation 2008
If fish habitats are disturbed
Forestry Act 1959 Clearing of forestry material Nature Conservation Act 1992 Interference with species listed under
the RegulationsTransport Infrastructure Act 1994 A permit is required to work in, or
interfere with a state‐controlled road.Water Act 2000 Licensing for bores
Riverine Protection Creek diversions for dams
Workplace Health and Safety Act 1995 and Regulation 2008
Major Hazard Facilities
Construction & Operations
Environmental Protection (Air) Policy 2008
Dust monitoring
Environment Protection (Noise) Policy 2008
Noise monitoring
Radiation Safety Act 1999 Licence equipment
2 May 2012
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6. STATUTORY, PLANNING & APPROVALS
Project & Infrastructure Life Cycle Planning for New Mine Development 21
7. PROJECT LIFE CYCLE: ASSET MANAGEMENT CONTEXT
1. Mine Developments are complex
2. Large scale projects have big risks
3. Consider all inputs in an integrated way
4. Infrastructure requirements are major cost components
5. Take a phased approach, refine the details in each phase
6. Analyse if the project stacks up financially ‐ ‘Go’ or ‘No Go’ at Feasibility Phase
7. Professional project management is vital
8. Tight control of project execution plan needed
9. Develop an org structure befitting the size and complexity of the project
10. Set realistic timeline and cost estimates
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8. PROJECT PLANNING SUCCESS FACTORS – Take Home List