Insights

Large-volume fuel reserves degrade during long dormancy. Here's how a fuel polishing system keeps standby generator fuel clean and ready.

It is crucial to understand the potential risks associated with these systems to ensure the safety of both your business and the environment.

As a stakeholder in a construction project that requires a diesel generator installation, you will be involved in decision-making. In this article, we discuss the 3 most important points to note when designing and planning for your generator.

When it comes to fire-rated tanks, how do you know if you have the best on the market? SwRI 95-03 has you completely covered.

Health and Safety is important when it comes to compliant access platforms and walkways. Our article discusses the importance of meeting AS1657.

To maintain the integrity and performance of your diesel tank, proper venting is crucial. In industries that rely of a diesel tank for their operations, the safe storage and usage of the fuel and the tank are paramount. In this article, we will explore the importance of tank venting, and highlight its role in ensuring efficiency and safety.

Storing fuel may sound simple, however there are detailed storage requirements which is why it is important to follow best practices and install a safe and reliable fuel storage system. It is important that these requirements are understood when operating a fuel storage system for diesel generators.

From hospitals and data centres, to manufacturing facilities and financial institutions, mission-critical standby power systems play a crucial role in ensuring continuity during unexpected power outages. 

Whether you need site certification for a fuel tank depends on the substance, the volume, and how it's used. Here's a breakdown by fuel type, plus who to contact if you'd rather skip the research and just ask.

AS1940 gives you three ways to store fuel inside a building: underground, in a fire-rated chamber, or in a fire-rated tank. Here's what each clause actually requires, and why a 4-hour fire-rated tank is usually the simplest path to compliance.

SwRI 95-03 is the toughest fire and impact rating an above-ground fuel tank can hold, testing tanks against repeated fire, ballistic, and vehicle-impact hazards. Here's what each of the four tests actually involves.

Choosing the right paint system is one of the biggest factors in how long a fuel tank lasts in the field. Here's how corrosivity ratings, environment, and surface prep come together to deliver 35+ years of protection on Fuelchief tanks.

A GA drawing is the reference document every party on a fuel tank project works from - customer, installer, engineer, and manufacturer. Here's what's on it, and how the sign-off process works from quote to finished tank.

Planning the energy supply room early in a building's design avoids a costly problem later. Cramped retrofits, tight servicing access, and compromised safety. Here's what changes when the room is designed around the tank from the start.

IL4 is the seismic classification for buildings, like hospitals, that must stay operational immediately after a major earthquake. Here's what that means for backup fuel storage, and how a SuperVault 22,000L was tested to meet it for a real hospital project.

A SuperVault is built for a long service life, but that still depends on regular upkeep. Here's what to check on paint, pipework, vents, interstitial monitoring, and dewatering, and how often to check it.