Transforming Maintenance Planning, Execution, and Closure Through Enhanced ERP Utilisation for a Major Copper and Gold Mining Company

- Industry
- Energy & Natural Resources
- Mining
- Client
- Major Copper & Gold Mining Company
- Service
- Operations & Transformation
- Solution
- Maintenance Process Transformation across Planning, Execution, and Closure with Enhanced ERP Utilization to Drive Operational Improvement and Behavioural Change at the Concentrating Plant
The Company is a major copper and gold mining business operating a large-scale concentrating plant as part of its integrated mining and processing operations. Maintenance planning, execution, and closure processes at the concentrating plant are critical to sustaining plant availability and throughput.
- Maintenance planning, execution, and work-order closure processes not fully utilising the capabilities of the existing ERP system
- Inconsistent maintenance work-order discipline, with work orders often closed incompletely or after significant delay
- Limited behavioural adherence to standard maintenance processes across maintenance crews
- Reactive maintenance patterns persisting despite the availability of planning tools
- Limited visibility into true maintenance backlog and plant availability impact
- Concentrating plant availability is a direct driver of ore throughput and production volume, making maintenance effectiveness a first-order value lever in mining operations
- Underutilised ERP maintenance functionality is a common challenge in asset-intensive industries, where technology investment outpaces process and behavioural adoption
- Behavioural change in maintenance discipline compounds over time, as consistent work-order practices build the data foundation for predictive maintenance
- Addressed in isolation, gaps in planning, execution, and closure continue to erode plant availability and drive up unplanned maintenance cost
Maintenance Process & ERP Utilisation Diagnostic
Assessed maintenance planning, execution, and closure processes and current ERP utilisation to baseline performance and identify gaps.
Process Redesign
Redesigned maintenance planning, execution, and closure processes to align with leading practice and enhanced ERP functionality.
ERP Utilisation Enhancement
Enhanced ERP configuration and usage practices to support the redesigned maintenance processes.
Behavioural Change Programme
Delivered a structured behavioural change programme for maintenance crews and supervisors to embed consistent process adherence.
Rollout & Performance Monitoring
Rolled out the redesigned processes at the concentrating plant with a maintenance performance dashboard to sustain gains.
- Maintenance Process Redesign (Planning, Execution, Closure)
- Enhanced ERP Maintenance Configuration
- Work-Order Discipline Standards
- Behavioural Change & Coaching Programme
- Maintenance Backlog Visibility Dashboard
- Plant Availability Performance Tracking
- Phased Rollout Roadmap
Improved Plant Availability
Redesigned maintenance processes and improved work-order discipline reduced unplanned downtime at the concentrating plant.
Better ERP Utilisation
Enhanced ERP configuration and usage practices gave planners and crews more reliable maintenance data.
Stronger Process Adherence
The behavioural change programme improved consistency in maintenance execution and closure practices.
Clearer Backlog Visibility
Improved dashboards gave maintenance leadership a clear, real-time view of backlog and its impact on availability.
- 5–8%
- Improvement in concentrating plant availability (approx.)
- 30–40%
- Improvement in on-time maintenance work-order closure (approx.)
- 90%+
- Maintenance work orders processed through the enhanced ERP workflow (approx.)
- 20%
- Reduction in maintenance backlog (approx.)
- 15%
- Reduction in unplanned maintenance events (approx.)
- 100%
- Maintenance crews trained under the behavioural change programme
Planning, execution, and closure now operate as one maintenance discipline, linked through consistent ERP utilisation and reinforced field behaviours rather than a one-time process update. Improved backlog visibility and a live performance dashboard sustain the plant availability gains at the concentrating plant over time.
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