When the grid fails, patient care cannot. Hospitals, acute facilities and public health infrastructure require fuel systems that are compliant, resilient and engineered to perform when they are needed most. We design, manufacture and install mission-critical fuel solutions that protect continuity of care.
Mission-Critical Healthcare
Protecting What is Critical
We engineer healthcare fuel systems to perform exactly as specified when they’re needed most.
In hospital projects, fire strategy, seismic integrity and spatial constraints all add to pressure, but they don’t have to.
From early design through to installation and commissioning, we take responsibility for the fuel system, coordinating trades, closing compliance loops and ensuring performance without compromise.
The Fuelchief System We take full ownership from concept, to commissioning and compliance.
Healthcare projects involve multiple stakeholders, tight programmes and strict regulatory oversight. Our role is to remove uncertainty across the fuel system lifecycle.
Design
Early-phase design support that aligns fuel storage with fire rating, seismic demands and spatial constraints.
Fire & hazardous integration
Aligned to AS1940, WorkSafe and healthcare facility standards.
Seismic coordination
Engineered for IL4 and critical building classifications.
Spec & consent support
Drawings, compliance matrices and documentation prepared for review.
Manufacture
Built to meet healthcare fire-rating, durability and environmental protection requirements.
Certified fire-rated systems
True 4-hour fire rating with SwRI certification.
Clean fuel integrity
Designed to protect generators operating in 24/7 environments.
Precision fabrication
Manufactured to approved drawings and exact site constraints.
Install
Installed with discipline in live healthcare environments, where coordination and safety matter.
Controlled site execution
Cranage, access and sequencing aligned to hospital operations.
Compliance closed on site
Fire integrity and hazardous requirements verified and documented.
Commissioning alignment
Integrated with generator suppliers for seamless startup.
Remove the Pressure of Installation
If things change on installation day, we can adapt. Our role is to control the variables that matter, coordination, compliance and commissioning, so that the installation doesn’t add pressure to your programme of work.
Installed to approved drawings, verified against fire and seismic requirements, documented for consent.
Coordinated Site Execution
We manage cranage planning, lifting methodology, access constraints and sequencing alongside Tier 1 contractors. Vent routes, slab loads and penetrations are verified before install, reducing interface risk and protecting programme milestones.
Compliance Closed on Site
Installation is completed to approved drawings and documented against fire, seismic and hazardous requirements. As-builts, certifications and commissioning records are prepared for smooth consent sign-off.
Low Friction Commissioning
We align installation with generator suppliers and electrical teams, verifying reticulation, controls and venting prior to startup. The system is handed over clean, tested and ready for load.
The SuperVault Tank
Make Continuous Power a Reality With the SuperVault Tank
The SuperVault tank has proven time and time again that it offers undisputed benefits over a fire-rated room and going underground, namely:
- Saves space, construction time, and building cost
- Provides cleaner fuel for critical round-the-clock supply
- Critical environmental security long-term
- Simplicity of specifying, installing, and complying
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.
Health Case Studies
Your key contacts for health
Our engineers and project managers know how to deliver fuel systems into live, high-stakes environments like hospitals.
Hamish McLean
Technical Director
Guthrie Deck
General Manager
Rowan Smithers
Sales Team Leader
Barney McLean
Project Sales
Casey Brosnahan
Marketing & Executive Assistant
Frequently Asked Questions
What fire rating is required for hospital fuel storage?
Most hospital projects require 4-hour fire-rated fuel storage where volumes exceed regulatory thresholds, aligned to AS1940 and local authority requirements.
Do hospital fuel tanks need seismic engineering?
Where buildings are classified for high importance or post-disaster function, fuel systems must be engineered to remain operational after seismic events.
Can a fire-rated tank replace a fire-rated room?
In many healthcare projects, a certified 4-hour fire-rated tank can reduce footprint and simplify the overall fire strategy.
How is hazardous compliance managed in hospitals?
Compliance is addressed through correct tank selection, ventilation design, hazardous area classification and a documented approval pathway aligned to local regulations.
What are common design risks in hospital fuel systems?
Spatial constraints, late compliance interpretation and coordination gaps between fire, structural and electrical disciplines are typical risk areas.
How is commissioning handled in live healthcare facilities?
Commissioning is staged and coordinated with facilities and generator teams to verify performance without disrupting hospital operations.
