Treibstoffreinheit

Treibstoffreinheit refers to the absence of contaminants in fuels such as gasoline, diesel, or aviation kerosene. Contaminants can include water, sediment, particulate matter, and biological growth. The presence of these impurities can have detrimental effects on engine performance and longevity.

Water in fuel can lead to corrosion within fuel systems and combustion chambers, and in diesel engines, it can cause fuel injector damage. Particulate matter, such as dirt or rust, can clog fuel filters, fuel injectors, and other sensitive components, leading to reduced fuel flow and poor engine operation. Biological growth, often occurring in the presence of water, can form sludges that further obstruct fuel lines and filters.

Maintaining fuel purity is crucial for optimal engine efficiency and reliability. Modern fuel systems are designed with tight tolerances, making them particularly susceptible to damage from contaminated fuel. Therefore, fuel quality control measures, including proper storage, handling, and filtration, are essential throughout the fuel supply chain, from refinery to the end-user. Regular testing of fuel can help identify potential contamination issues before they cause significant damage. Different types of fuels have specific purity standards and testing protocols to ensure they meet the required specifications for their intended applications.