Aviation

The performance and reliability of aircraft heavily depend on the quality of aviation fuel (Avtur). Contaminated fuel with high levels of water or microbial growth can significantly impair engine efficiency and cause corrosion in the wing fuel tanks, leading to costly maintenance and unscheduled downtime.

Jet engines are particularly sensitive to such contamination, as they require clean, high-performance fuel to ensure smooth operation and extended lifespan. Additionally, emissions regulations in aviation demand solutions that not only protect engines but also reduce environmental impact.

FluidTek’s tailored solutions safeguard aviation fuel by monitoring water content and microbial contamination.

Contact Us

Other Benefits

View All Benefits

Energy

As the industry moves toward renewable energy and high-efficiency infrastructure, lubrication performance requirements have become significantly more demanding. To manage these critical operating conditions, organizations must adopt sophisticated lubrication monitoring and control to support comprehensive maintenance strategies that minimise unplanned downtime.

To maintain seamless operational continuity and mitigate the risk of power outages, FluidTek provides precision instrumentation that monitors lubrication health, preventing costly repairs and premature system wear.

View Challenges & Solutions

Marine Fuel

Marine operations require reliable power sources that can withstand harsh sea conditions. Our solutions are engineered for durability and efficiency, ensuring that marine vessels and offshore platforms maintain continuous power supply. Whether for propulsion or auxiliary power, our systems offer a sustainable alternative that reduces environmental impact while enhancing operational reliability.

Cooling Tower

Bioreactor – the conditions are perfect for growing microorganisms!
They have everything they need: food, water, and heat!

Uncontrolled microbiological growth in cooling water systems can have serious implications: Reduced operating efficiency, Microbiologically influenced corrosion (MIC), and health risks, for example, Legionella. Cooling towers are breeding grounds for heat-loving Legionella bacteria if they are not properly maintained and disinfected. Legionnaires’ disease can be contracted when someone inhales water droplets containing the bacteria.

The most commonly used tests for microbial quantification are culture tests or dipslides. However, these methods have a significant limitation. In cooling water systems, where large volumes of water are used continuously, there is no time to wait for results or for problems to arise. Monitoring can be performed quickly with rapid microbial monitoring. Let’s discuss how we can improve your process for better performance.

View All Benefits
Scroll to Top