Fuel Contamination

 

Assessing the health of your fuel is a critical component of maintaining operational efficiency and environmental safety. Our skilled technicians employ advanced sampling techniques, adhering to the ASTM Standard D4057-06, to obtain accurate and representative samples from your fuel tanks.

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Key Tests We Conduct

  • Water Content: Measuring water levels to prevent microbial growth and fuel degradation.
  • Fatty Acid Methyl Ester (FAME) Content: Evaluating biodiesel components to ensure fuel quality.
  • Sulphur Content: Determining sulphur levels to manage corrosion risks.
  • Density: Assessing fuel density for quality control.
  • Microbial Contaminants: Identifying bacteria and other microbes that can cause fuel spoilage.
  • Excess Metals: Detecting metal contaminants that can damage engines.
  • Polychlorinated Biphenyls (PCB) Testing: Checking for hazardous PCBs to ensure safety.
  • Viscosity: Measuring fuel viscosity to maintain optimal engine performance.
  • ISO Cleanliness (Particulate Examination): Analyzing particulate matter for fuel cleanliness.
  • Petrol Contamination (Optional): Testing for petrol contamination in diesel.

Sampling Methodology

We take samples from various levels within your tank to gain a comprehensive understanding of the fuel condition:

  • Top Sample: Provides an indication of potential improvements if the fuel is polished.
  • Middle Sample: Reveals the extent of contaminant settlement.
  • Bottom Sample: Detects the presence of water and particulates.

Reporting and Support

Each assessment is compiled into an easy-to-understand oil analysis report, ensuring that you have all the information needed to make informed decisions. Regardless of your expertise in fuel quality, we offer extensive support and guidance to help you interpret the results and take necessary actions.

The Risks of Fuel Contamination

Modern fuels are increasingly prone to contamination due to higher FAME content and reduced sulphur levels. While FAME (biodiesel) content increases, it promotes microbial growth and repolymerization. Although sulphur reduction is beneficial for reducing emissions, it inadvertently increases the fuel’s affinity for water, accelerating corrosion in tanks and pipelines. This, in turn, raises the risk of engine and backup system failures.

Benefits of Our Fuel Sampling and Testing Services

  • Identifying Degradation: Our comprehensive tests help detect degraded and contaminated fuel, ensuring your systems remain reliable and efficient.
  • Ensuring Compliance: We help you meet regulatory requirements by maintaining fuel integrity and safety standards.
  • Preventive Maintenance: Early detection of contaminants allows for timely intervention, reducing the risk of costly repairs and downtime.

By leveraging our expertise in fuel contamination testing, you can safeguard your fuel systems, enhance operational efficiency, and contribute to environmental protection.

Fuel Contamination