The range of materials analysed by GC (GC-FID or GC-MS) includes:
Crude oils - Hydrocarbon profiling C6 - C44 and extended range simulated distillation C12-C100. Ethanol and methanol. Most other single compound parameters eg oil bio-markers etc.
Process / Produced waters and Effluents - Hydrocarbon content, BTEX, PAHs, Glycols, V
The range of materials analysed by GC (GC-FID or GC-MS) includes:
Crude oils - Hydrocarbon profiling C6 - C44 and extended range simulated distillation C12-C100. Ethanol and methanol. Most other single compound parameters eg oil bio-markers etc.
Process / Produced waters and Effluents - Hydrocarbon content, BTEX, PAHs, Glycols, VFAs, Biocides and any other single compound suitable for the technique.
Natural and potable waters - Hydrocarbons, contaminants.
Sediments and soils - Contaminant analysis, specific compounds, PAHs, organotins (TBT) etc
FTIR analysis typical sample types include: Thermoplastics and elastomers to check for chemical denaturation, unknown chemicals for identification, waste sludges for identification/characterisation.
HPLC analysis is typically used for measuring specific organic acids, biocides, corrosion inhibitors etc.
Aquaculture/Processing
Food & Drink/Other Sectors
Aquaculture/Processing
Sediment monitoring for in feed pesticides (emamectin benzoate (Slice) and teflubenzuron) by HPLC
Particle size distribution analysis and organic material by weight loss on ignition
Compound identification / quantification by GC-MS
4-Hexylresorcinol residue analysis by HPLC
Food & Drink/Other Sectors
Food & Drink/Other Sectors
Food & Drink/Other Sectors
Compound identification / quantification by GC-MS or GC-FID
Organic acid / specific chemical analysis by HPLC
Contaminant analysis by FTIR
A wide variety of ad-hoc tests to support development and production.