Content hub
A wealth of advice and information on VOC and SVOC analysis.
PFAS in air: Validating ASTM D8591 for the measurement of airborne fluorotelomer alcohols
Application Note 179
Breath, biofluids, and beyond: Advancing biomarker discovery toward non-invasive diagnostics
Researchers from Imperial College, London present how advanced analytical workflows originally developed for breath analysis are now being extended across diverse biological matrices.
TD–GC–MS in practice – key takeaways on sampling and analysis
From Markes and Agilent Technologies joint workshop – Improving GC–MS capability: sampling strategies and analytical techniques for trace volatile analysis – in Germany (July 2025)
Snow DUMP-ing: Using direct TD–GC–MS to tackle urban snow and microplastic pollution
A solvent free, direct thermal desorption (TD) GC-MS approach for analysing particulates in snow, eliminating toxic solvents and reducing sample prep time.
Why ASTM D7892-2025 is a game-changer for hydrogen purity testing
30 July 2025
Seven surprising aroma insights from "The Science of Taste" at Greenwich
Exploring the science of flavour at Greenwich | 21 July 2025
Can Markes’ TD instruments be used to analyse PFAS in air?
Explore
Is PFAS contamination a problem when using Markes’ TD instruments to analyse airborne PFAS?
Instant Insight 009
Advancing atmospheric research in India using solvent‑free, cryogen-free thermal desorption
Physical Research Laboratory (PRL), India
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.
Improving moisture management and increasing sample throughput for environmental air monitoring
Enthalpy Analytical, USA
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
Beyond air monitoring: Advancements in trace level detection of chemical warfare agents and toxic chemicals in environmental matrices and contaminated materials
Presented at CBRNe World, USA, 2024
Monitoring produced gases From PFAS destruction technologies in line with OTM-50
Presented at SSSAAP (Source Evaluation Society’s Stationary Source Sampling and Analysis for Air Pollutants conference), Tennessee, USA, 2024
What are the best sampling techniques for the analysis of VOCs and SVOCs in air using thermal desorption?
Presented at CEM India - Sampling techniques, 2024
Hydrogen fuel impurity testing: How to comply with National Quality Standards
Presented at Pittcon, 2024
