Locomotive Trip Services & Refuelling Facility Development
Client: Rio Tinto Iron Ore (RTIO)
Location: Cape Lambert, Western Australia
Project Type: Industrial Fit‑Out – Critical Infrastructure
Project Value: AUD $12 million
Project Duration: June 2012 – July 2013
Strategic Objective
Rio Tinto Iron Ore required a new, purpose‑built locomotive trip services and refuelling facility at Cape Lambert to support critical rail operations within a highly active export supply chain.
Senior operational and engineering leaders were accountable for delivering a facility that could safely, reliably, and efficiently integrate complex fuel handling, mechanical, electrical, fire, and control systems—without disrupting ongoing operations and while meeting stringent safety, environmental, and compliance standards.
The objective was to design, construct, test, and commission a fully operational refuelling and servicing facility, capable of seamless integration into RTIO’s live rail and port environment.
The Challenge / Need
The project presented a convergence of high‑risk constraints:
- Development of a locomotive refuelling facility with complex mechanical, electrical, and process systems
- Integration of advanced instrumentation, electronic, and communications systems
- Management of hazardous materials, fuel storage, and environmental controls
- Delivery within an active operational site with zero tolerance for disruption
- Compliance with strict safety, environmental, and operational standards
Early design, sequencing, and systems‑integration decisions carried significant consequences for safety, reliability, and rail availability.
Project Scope
RTIO engaged our team to project manage, design, install, test, and commission the full facility, including:
- Construction of a dedicated locomotive servicing shed
- Installation of eight 10,000‑litre diesel fuel tanks
- MEP pipe reticulation and pipe bridge infrastructure
- Oily water separator, water treatment systems, and tailings ponds
- Bunding and environmental containment systems
- Heavy mechanical, electrical, electronic, instrumentation, and communications systems
- Full documentation, commissioning, training, and operational handover
Our Approach
A disciplined, systems‑led delivery model was applied to bring clarity and control to a highly complex industrial environment.
Key elements included:
- Engineering Design Leadership: Coordinated teams of lead designers, engineers, drafters, and PLC/SCADA specialists
- Construction Management: Oversight of fabrication, erection, and installation contractors across all disciplines
- Safety Management: Implementation of advanced safety systems, controls, and monitoring frameworks
- Program Oversight: Procurement control, contractor evaluation, execution compliance, and performance governance
- Stakeholder Alignment: Regular engagement with RTIO leadership to ensure alignment with operational and strategic objectives
The emphasis was on risk elimination at source, disciplined sequencing, and defensible engineering decisions.
Risks and Challenges
Key risks requiring deliberate management included:
- Coordinating multidisciplinary teams across structural, mechanical, piping, electrical, and control systems
- Managing safety risk across 191,000 work hours in a high‑hazard environment
- Ensuring compliance with operational, environmental, and regulatory requirements
- Balancing phased construction with live rail and port operations
These risks were mitigated through integrated planning, robust safety systems, and tight interface control across all work fronts.
Solution & Key Deliverables
The project delivered:
- A fully constructed and commissioned locomotive servicing shed
- Eight high‑capacity diesel fuel tanks with integrated safety and monitoring systems
- Complete MEP pipe reticulation and pipe bridge infrastructure
- Oily water separation, water treatment, and environmental management systems
- Heavy mechanical, electrical, and instrumentation installations
- Full handover documentation, BIM‑referenced and integrated into Digital Control Models (DCM)
- Comprehensive operational training and handover
Outcome
The facility was delivered on time and within budget, achieving all operational and safety objectives.
Key outcomes included:
- A fully commissioned, operational refuelling and servicing facility
- Zero Lost Time Injuries (LTI) across 191,000 work hours
- Minimal disruption to ongoing RTIO operations
- Full compliance with safety, environmental, and operational standards
- A robust, future‑ready asset supporting critical rail infrastructure
Senior leadership achieved a clear, defensible capital outcome in a high‑risk operational environment.
Broader Program Integration
The project was delivered as part of a broader portfolio and program of works, requiring close alignment with RTIO’s governance structures.
Responsibilities included:
- Engineering and project management across all functional disciplines
- Engineering‑level decision‑making for structural, mechanical, piping, electrical supply and distribution, and instrumentation
- Management and evolution of the Project / Program Management Office
- Engineering design process review and execution conformance monitoring
- Regional Board‑level client reporting and control
- Accountability for Engineering, Construction, Risk, Legal, Finance, SHRM, and Quality
- Leadership of procurement strategy, contractor evaluation, and contract negotiation
- Development and enforcement of safety systems and execution conformance
Value‑Added Differentiator
The success of the project was driven by end‑to‑end ownership and systems integration discipline.
Key differentiators included:
- Comprehensive Expertise: Single‑point accountability from design through commissioning
- Safety Leadership: Proactive risk mitigation delivering zero LTIs
- Integration Mastery: Seamless coordination of mechanical, electrical, and control systems
- Program Governance: Strong alignment with portfolio, engineering, and Board‑level oversight
- Client Alignment: Consistent engagement ensuring delivery against strategic and operational goals
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