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
The first step in the multi hazard test is a 4-hour fire test in the San Antonio Texas testing facility. The kiln reaches 2,000°F to simulate a real fire.
The internal temperature of the tank did not exceed 165°F.
After the high-intensity Fire Exposure test, the tank is exposed to the cooling and erosive effects of the hose stream, ammunition projectile test, then a Heavy Vehicle Impact Test.
In this additional test, the tank is then given a fire rating level of 240/240/240 which is in accordance with AS1940. The additional exposure of the tank ensures that it can be re-used after an event (such as earthquake, fire, impact and the like).
Programme certainty
Keeps fuel systems off the critical path and avoids late-stage delays.
For Consultants
Remove complexity around your fuel system, freeing up your time.
For Client-Side Engineers
Remove risk and achieve the very best outcomes for your client. Fuel Storage done correctly.
Generator Suppliers
Gain a partner that can manufacture and supply tanks that adhere to the strictest safety standards.
Multi-Hazard Approved to the Highest Global Standards
The fuel tank storage industry is constantly challenged with increasingly stringent fire and impact exposure requirements for above ground storage tanks. At Fuelchief (and our former company Advanced Fuel Tanks), we have collaborated for decades with the Southwest Research Institute (SwRI) in San Antonio Texas who are a key body in performance testing above ground fuel tanks.
The first step in the multi hazard test is a 4-hour fire test in the San Antonio Texas testing facility. The kiln reaches 2,000°F to simulate a real fire.
The internal temperature of the tank did not exceed 165°F.
After the high-intensity Fire Exposure test, the tank is exposed to the cooling and erosive effects of the hose stream, ammunition projectile test, then a Heavy Vehicle Impact Test.
In this additional test, the tank is then given a fire rating level of 240/240/240 which is in accordance with AS1940. The additional exposure of the tank ensures that it can be re-used after an event (such as earthquake, fire, impact and the like).
Common Questions
Fuel systems should be engaged during concept or schematic design to reduce redesign risk and protect the critical path.
In many projects, yes. A compliant fire-rated tank can simplify the building layout and reduce footprint.
We align fire rating, hazardous area classification and seismic requirements into one coordinated engineering solution.
Consent typically requires fire certification, seismic producer statements, hazardous compliance documentation and engineered drawings.
By resolving structural loads, venting, access and compliance interfaces during early design and ECI stages.
We align tank sizing, fuel interfaces, reticulation and commissioning requirements to ensure seamless integration.