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"Dette bildet ble generert ved hjelp av kunstig intelligens-teknologi fra OpenAI's DALL-E. Bildet er skapt for å illustrere vann i oljen."
How does water affect the fuel system?
Water in fuel is one of the biggest challenges for modern diesel engines. It can lead to poor combustion, promote microbial growth, cause corrosion, and damage the fuel system. Fortunately, advanced filtration technologies such as hydrophobic and absorbent media have made it easier to remove water and ensure a clean and reliable fuel supply. In this article, we take a closer look at how water affects the fuel system and which filtration solutions can protect your engine against these challenges.
Water in fuel: a significant challenge
Water contamination is one of the most common causes of problems in modern diesel engines and can result in several serious consequences:
- Reduced combustion efficiency: Water in the fuel lowers energy efficiency and negatively impacts engine performance.
- Promotes microbial growth: Water in the fuel tank creates an environment where bacteria and fungi can thrive, potentially leading to blockages in the fuel system.
- Freezing at low temperatures: Water can freeze and block fuel flow, prevent engine start, and damage filters.
- Causes corrosion: Moisture can lead to rust and wear on the fuel tank and critical engine components.
This image was generated using artificial intelligence technology from OpenAI’s DALL·E and is intended to illustrate water contamination in oil.
Did you know?
Effective fuel filtration delivers multiple benefits, regardless of system type:
Improves combustion efficiency of the fuel.
Reduces the risk of engine issues caused by microorganisms.
Protects components against corrosion and premature wear.
Extends filter service life and lowers maintenance costs.
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Racor Turbine Series: a reliable solution
Racor Turbine Series fuel filters combine several technologies to deliver highly effective water and particle separation. Through a three stage process, the system achieves near complete water separation and fuel filtration:
- Separation stage: Large particles and water are separated using centrifugal force.
- Coalescing stage: Smaller water droplets merge and settle at the bottom of the filter.
- Filtration stage: Proprietary Aquabloc® media ensures maximum removal of both water and particles.
- These filters are suitable for all diesel based applications.
Filtration technologies: hydrophobic and absorbent media
To manage water contamination in fuel, we offer a wide range of filters designed for different operating requirements. Two commonly used filtration technologies include:
Hydrophobic media: Filters equipped with specially engineered materials that repel water and efficiently separate it from the fuel.
Absorbent media: Filters that absorb water and prevent it from passing further into the system, protecting the engine from damage.
We offer a comprehensive range of filtration solutions for a wide variety of applications and operating environments.