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.
Advancing atmospheric research in India using solvent‑free, cryogen-free thermal desorption
Physical Research Laboratory (PRL), India
How to switch from helium to hydrogen carrier gas for thermal desorption – safely and confidently
Expert FAQs covering the key considerations for switching carrier gas in thermal desorption workflows
Enhancing SPME analysis of foods and beverages with cryogen-free trap focusing
Application Note 289
Breathing easy: Advanced monitoring of airborne chemical hazards using thermal desorption−gas chromatography
Presented at Pittcon, USA, 2025
Fully automated, cryogen-free analysis of ethylene oxide residues in medical devices by multi-step enrichment-headspace-trap
Presented at Pittcon, USA, 2025
Powering the future: Advancing volatile chemical measurement in energy gases and alternative energy sources
Presented at Joint Workshop EMN, Netherlands, 2025
Fundamentals of environmental air monitoring: Overcoming challenges in VOC analysis with advanced GC–MS techniques
Practical strategies for robust VOC air monitoring with advanced GC–MS.
Switching to hydrogen carrier gas: An analyst’s guide to GC–MS method conversion
Discover the critical steps in implementing a hydrogen carrier gas GC-MS workflow and the benefits it offers as a sustainable solution.
Monitoring volatile gases released during PFAS destruction in accordance with US EPA OTM-50
Application Note 177
Automating headspace–trap for the routine screening of environmental toxins in wastewater
M42, Abu Dhabi, UAE
Improving moisture management and increasing sample throughput for environmental air monitoring
Enthalpy Analytical, USA
Expanding the sample extraction toolkit for food analysis by GC–MS
Discover the critical steps in implementing a hydrogen carrier gas GC-MS workflow and the benefits it offers as a sustainable solution.
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
Instruments for monitoring ozone-depleting substances and greenhouse gases
UNITY–CIA Advantage-xr, NuVo 200 and Medusa
EPA Method 327: A technical perspective on ethylene oxide monitoring
26 February 2025
Real-world implementation of dual canister and tube analysis of hazardous air pollutants using TD–GC–MS
On-demand webinar
Versatile tools for high-sensitivity flavour and aroma analysis
Teagasc, Ireland
Advancements in near-real-time monitoring for chemical warfare agents: enhancing detection and field deployment capabilities
Presented at CBRNe World, USA, 2024
