Oil spills and contaminations can lead to disastrous environmental damage and have a significant economic impact.
Lawsuits surrounding such incidents require the use of environmental forensics to assist in identifying the nature of the contamination and to correlate the spills to possible sources.
SOCOTEC’s Advanced Chemistry & Research team has over 30 years of experience in environmental forensic analysis, which encompasses fuel identification, determining levels of degradation and correlating fuel contamination to source.
Investigation Levels:
- A dual level investigation approach is used to offer clients the most suitable and cost effective investigation:
- Level One - Evaluation
- Chromatographic Evaluation
- Fuel Characterisation (including Gasoline, Kerosene, Diesel and Lubricating oil)
- Quantification
- Level Two - Chemical Fingerprinting
- A range of compounds are reviewed to assess identification, degradation and fuel matching:
- Alkane distribution
- Biomarkers (including Hopane and Sterane diagnostic ratios)
- Polycyclic Aromatic Hydrocarbons (PAHs) including ratios and source identification
- Petrogenic, Pyrogenic, Phytogenic
- Euromarker fuel dyes
- Levels of biodegradation/weathering
- Compound library search
- Detailed report

Talk to our experts

Using Science to shed light on Dark Spill
Want to find out more about SOCOTEC's Environmental Science services?
You might also be interested in:
News

SOCOTEC UK and Ireland Makes Strong Impact at ESS Expo 2025
Read +

SOCOTEC UK & Ireland Enhances Testing Capabilities with New Primary Shredder at Burton Facility
Read +

Street Works Protocol: Everything You Need to Know Before the Deadline
Read +

Characterisation of Unknowns
Read +

Preparing for 'Simpler Recycling' Legislation: Effective Waste Management Solutions
Read +

An Introduction to Environmental DNA Analysis
Read +

SOCOTEC UK Partners with Applied Genomics to Introduce Environmental DNA Analysis Suite
Read +

FAQs: PCB Oil Testing, Registration and Disposal for the December 2025 Deadline
Read +

Waste Classification and Reuse of Soils
Read +
Pagination
