3rd November 2025
As data centres strive for both uninterrupted power and sustainable operations, one often-overlooked factor can make all the difference: fuel quality.
At WASP PFS, we help you safeguard your backup power systems with advanced Fuel Polishing Systems designed to keep your diesel clean, stable, and ready when you need it most.
Why Data Centres Trust WASP PFS
Enhanced Resilience
Even short power outages can lead to costly downtime. Our automated fuel polishing technology continuously removes water, sludge, and microbial contamination — ensuring your generators always start and run reliably when called upon.
Sustainable Performance
By extending the life of stored diesel and reducing waste, WASP PFS systems help lower your environmental footprint. Cleaner fuel means more efficient combustion, reduced emissions, and less frequent fuel replacement — supporting your net-zero goals.
Cost-Efficient Reliability
Preventative fuel maintenance drastically cuts the risk of generator failure and avoids the cost and disruption of emergency fuel replacement.
Proven in Critical Infrastructure
Trusted by data centres, hospitals, and defence facilities worldwide, WASP PFS solutions meet the highest standards for mission-critical performance and compliance.
Why Is Fuel Polishing Necessary?
Diesel fuel can begin to deteriorate after just 6–12 months in storage. Issues such as condensation within storage tanks, substandard fuel deliveries, or prolonged periods of standby operation make contamination almost unavoidable. If not properly managed, this can result in:
- Engine failure at critical moments when backup power is required
- Clogged filters and expensive maintenance work
- Decreased efficiency and increased fuel consumption
- Reduced lifespan of generators and engines
For sectors where dependable performance is vital – including hospitals, data centres, marine operations, and construction – fuel polishing isn’t a luxury. It’s a necessity.
FUEL POLISHING | W-PFS PREMIUM RANGE | WB CLASSIC RANGE | W-HL HIGH LIFT RANGE