Applications

How to characterise waste plastic pyrolysis oils

Characterise waste plastic pyrolysis oils efficiently with SepSolve's GC×GC-TOF MS. This method offers enhanced separation, fast analysis, and contaminant identification, supporting sustainable fuel development.

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Petrochemical: Group-type analysis of hydrocarbons in aviation fuel

Group-type analysis of hydrocarbons in aviation fuel using ASTM Method D8396 and GC×GC-FID ensures efficient, accurate characterisation. SepSolve's technology enhances separation, speeds up reporting, doubles productivity, and offers retrofitting flexibility, simplifying quality control and supporting sustainable aviation fuel development.

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How to analyse odours in post-consumer recycled plastics

What are post-consumer recycled plastics and how to analyse odours in post-consumer recycled plastics? Read how to overcome low sensitivity, poor detection of compounds and slow processes when analysing recycled plastics for bad smells.

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Biomarker Discovery

A combination of thermal desorption, flow-modulated GCxGC, and TOF MS with Tandem Ionisation® is the ultimate package for high-throughput monitoring of bodily volatiles, with sample security ensured across a range of matrix types.

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Cannabis Profiling

Coupling flow-modulated GCxGC with Tandem Ionisation® TOF MS provides robust quantitation for cannabis components, while also offering unparalleled detail on the terpenes that impart distinctive aromas and flavours.

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Flavours & Fragrances

A sample extraction and enrichment platform automates sampling from a variety of foods, beverages and fragranced goods. Performance for analytes of all classes is further enhanced by flow-modulated GC×GC and Tandem Ionisation® TOF MS, with a user-friendly software interface.

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Odours & Emissions

Combining thermal desorption with flow-modulated GC×GC and TOF MS allows single-run analysis of targets and non-target emissions from materials, with all aspects of instrument operation and data-analysis handled by easy-to-use software.

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Petrochemical Fingerprinting

For advanced petrochemical applications, flow-modulated GC×GC handled through a powerful software platform allows repeatable analysis and precise characterisation for even the most complex samples, while being compatible with TOF MS, FID or SCD detection.

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How to analyse total petroleum hydrocarbons (TPH)

Learn how to analyse total petroleum hydrocarbons (TPH) efficiently with GC×GC technology. Discover the benefits and overcome traditional challenges

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