Content hub

From application notes to blogs, news items to infographics, we've got a wealth of advice about VOC and SVOC analysis that we'd like to share with you. Simply use the search function or use the drop-down selectors to filter by content type, sampling method and/or application area to discover more.

Showing 18/486 results

Application note

Examining flavour profiles of tea and coffee using automated sorptive extraction and advanced chemometric data-mining for GC–MS analysis – An approach for exploring food sample variability

Application Note 288

Content hub

Showing 18/486 results

Examining flavour profiles of tea and coffee using automated sorptive extraction and advanced chemometric data-mining for GC–MS analysis – An approach for exploring food sample variability

Instruments for monitoring ozone-depleting substances and greenhouse gases

EPA Method 327: A technical perspective on ethylene oxide monitoring

Real-world implementation of dual canister and tube analysis of hazardous air pollutants using TD–GC–MS

Versatile tools for high-sensitivity flavour and aroma analysis

Advancements in near-real-time monitoring for chemical warfare agents: enhancing detection and field deployment capabilities

Beyond air monitoring: Advancements in trace level detection of chemical warfare agents and toxic chemicals in environmental matrices and contaminated materials

Monitoring produced gases From PFAS destruction technologies in line with OTM-50

What are the best sampling techniques for the analysis of VOCs and SVOCs in air using thermal desorption?

Hydrogen fuel impurity testing: How to comply with National Quality Standards

Versatile options for extending analyte range and sensitivity for monitoring volatile organic compounds (VOCs) in water and soil by automated, cryogen-free headspace and SPME–trap with GC–MS

Fast, high sensitivity analysis of chlorophenols and common odorants to assess water quality by HiSorb TD–GC–MS

Plant-based and same great taste? Finding off-flavours causing negative consumer perception of pea milk using highly sensitive HiSorb extraction

Automated, high-sensitivity analysis of target residual fumigants in foods for regulatory food safety testing by multi-step enrichment-headspace-trap coupled with GC–MS

Automated high-capacity sorptive extraction of volatile per- and polyfluoroalkyl substances (PFAS) from drinking water

PFAS emissions from functional textiles

How to monitor F-gases using pre-concentration with GC–MS

Sorptive Extraction Fundamentals and Applications: Extracting More with SPME and HiSorb