We design and deliver fuel systems that support your generators, meet compliance rules, and perform under load when it matters most.
The Fuelchief Methodology Full Ownership
Data centre projects involve multiple stakeholders, tight programmes, and zero tolerance for downtime. Our role is to remove uncertainty across the fuel system lifecycle.
Early design support aligned to civil layouts, load requirements and compliance rules.
Designed to meet AS1940 and local authority requirements.
Integrated with slabs, bunds and access planning.
Drawings and compliance packs prepared for approval.
Built for durability in exposed and high-demand environments.
Certified systems aligned to project needs, including the SuperVault tank.
Designed to protect generators during extended outages.
Manufactured to approved drawings and site constraints.
Installed safely across large or remote sites.
Aligned with civil, mechanical and electrical teams.
Integrity, drainage and safety checks completed.
Tested and documented before handover.
IL4 and post-disaster ready
Engineered to remain operational when the building must continue functioning.
True 4-hour fire-rated solutions
Certified systems aligned to AS1940 and healthcare fire strategies.
Consent-ready documentation packs
Drawings, certifications and compliance matrices prepared.
Commissioned for live environments
Integrated carefully within operational hospitals without disrupting critical services.
Frequently Asked Questions
Fire rating depends on tank location, volume, and local regulations such as AS1940. In many data centre projects, 2-hour or 4-hour fire-rated tanks are required to avoid additional fire-rated rooms and simplify compliance.
Yes, if the tank meets fire rating, ventilation, and hazardous area requirements. Fire-rated tanks are often used to allow internal installation without constructing separate fire-rated enclosures.
Sizing depends on generator load, required runtime, redundancy strategy, and refuelling logistics. Data centres typically require sufficient capacity to meet uptime requirements while allowing for safe refilling during operation.
Fuel systems must comply with standards such as local fire codes, environmental regulations, and hazardous area classifications. Requirements vary by region and project, so early coordination with authorities is critical.
Fuel quality is maintained through filtration, water separation, tank design, and regular fuel polishing. Poor fuel quality can impact generator performance, so systems are designed to minimise contamination and degradation over time.
Fuel systems should be considered early in design. Late-stage coordination often leads to space constraints, compliance issues, and redesign. Early involvement ensures the system fits, meets regulations, and integrates with generator infrastructure.