Client: FluidIntrel (for BHPIO)
Location: Multi‑site manufacturing & deployment (Pilbara, WA)
Project Type: Advanced Mining Technology | Industrial Manufacturing | Software‑Integrated Solutions
Project Value: AUD $13.6 million
Project Duration: 2014
Strategic Objective
BHPIO required a standardised yet site‑configurable fuel‑management capability capable of operating reliably across all 16 Pilbara mine sites—within some of the harshest operating conditions in the world.
To support this, FluidIntrel engaged the program to productise and manufacture customised AdaptMac operator terminals and AdaptIO devices, integrating supplier equipment, bespoke switchboards, and advanced automation into a repeatable, high‑quality manufacturing outcome.
The objective was to deliver durable, operator‑centric devices that could be deployed at scale while maintaining performance, reliability, and usability in sustained 50°C+ environments.
The Challenge / Need
This was not generic panel assembly—it was industrial product manufacturing under extreme constraints.
Key challenges included:
- Integrating supplier motors and pumps with custom mechanical, electrical, and automation switchboards
- Designing AdaptMac terminals that operators could intuitively use in high‑pressure mining environments
- Manufacturing consistency across multiple device variants without configuration drift
- Ensuring thermal reliability, electronic stability, and mechanical durability under sustained extreme heat
- Delivering within tight timelines aligned to site deployment programs
Early manufacturing and configuration decisions directly affected long‑term site uptime and safety.
Project Scope
The manufacturing program included:
- Design finalisation of customised AdaptMac terminals and AdaptIO devices
- Integration of supplier components into bespoke switchboards and enclosures
- GUI development aligned to mine‑operator workflows
- Manufacturing, testing, and quality assurance of all devices
- Support for site commissioning and operator training
Our Approach
A design‑for‑manufacture and design‑for‑operations philosophy was applied to ensure devices performed reliably in the field—not just in the workshop.
Key elements included:
- Engineering & Design Workshops: Alignment with stakeholder and site requirements before manufacturing lock‑in
- Interface Discipline: Clear ownership of mechanical, electrical, and control system interfaces
- Operator‑Centric GUI Design: AdaptMac terminals engineered for clarity, speed, and reliability
- Quality & Test Regime: Robust QA, burn‑in, and functional testing appropriate for high‑temperature deployment
- Manufacturing Consistency: Configuration control ensuring repeatable quality across all builds
The intent was to remove ambiguity before devices ever reached site.
Risks and Challenges
Key risks managed throughout the program included:
- Compatibility between third‑party components and bespoke designs
- Long‑term reliability under sustained heat, dust, and vibration
- Balancing design refinement with manufacturing schedule certainty
- Avoiding rework or field modifications during site deployment
These risks were mitigated through disciplined design freeze points, rigorous testing, and controlled manufacturing processes.
Solution & Key Deliverables
The program delivered:
- Fully customised AdaptMac GUI terminals for real‑time operator interaction
- AdaptIO devices integrated into site fuel system architectures
- Custom mechanical, electrical, and automation switchboards
- Seamless integration of supplier motors and pumps
- Full factory testing, commissioning support, and operator training
All devices met performance expectations in extreme operating conditions.
Outcome
The program achieved:
- Successful manufacture and deployment of customised AdaptMac and AdaptIO devices
- Improved operator usability and real‑time system visibility
- Reliable performance across multiple Pilbara sites in 50°C+ daily conditions
- Reduced site commissioning friction through consistent device configuration
- A repeatable manufacturing model supporting broader FMS rollouts
The outcome underpinned the larger BHPIO fuel‑management deployment with manufacturing certainty and operational confidence.
Value‑Added Differentiator
- Advanced Manufacturing Expertise: Productised mining systems, not one‑off builds
- Operator‑First Design: GUIs and interfaces engineered for real‑world use
- Integration Discipline: Supplier equipment and bespoke switchboards delivered as one system
- Extreme‑Environment Performance: Devices proven under sustained high‑temperature operation
- Program‑Aligned Delivery: Manufacturing executed in lockstep with site rollouts
For more visit our affiliate Qfactor Performance Consulting
