Day 3 of MDCW 2026 focused on advanced GC×GC and 2D-LC innovations, from flow-modulated GC×GC-QMS and tensor decomposition to plastic pyrolysis, forensics, bioanalysis, and polymer separations.

Day 2 of MDCW 2026 highlighted the power of multidimensional chromatography, from plastic recycling and pyrolysis to GC×GC-MS automation, 2D-LC in biopharma, PFAS analysis, and thermal desorption.

Day one of MDCW 2026 showcased GC×GC and 2D-LC advances across energy, pharma, PFAS, aroma, and metabolomics, combining keynote insights, oral sessions, posters, and expert discussion.

Beginner’s guide to multidimensional chromatography (GC×GC and LC×LC), covering fundamentals, method development, system components, and hands-on training at MDCW 2026.

Peter’s lab combines GC×GC innovation, real forensic workflows, and strong industry partnerships to train students and advance research from fingerprint aging to complex chemical mixture analysis.

Dr. Petr Vozka’s team at Cal State LA advances forensic fingerprint aging research with GC×GC-TOFMS, supported by the MICROVAP nitrogen evaporator for precise solvent removal.

Explore why the Multidimensional Chromatography Workshop (MDCW) is the leading global event in chromatography—free to attend, highly collaborative, and packed with expert insights and open-access content.

In the research article published in Talanta journal the researchers developed a GC × GC-FID method for routine and cost-effective olefins quantitation that does not require an MS detector.

We have developed an approach to characterize and quantify aliphatic olefins in plastic waste-derived fuels using comprehensive two-dimensional gas chromatography with a flame ionization detector (GC×GC-FID).

Are you getting tired of reading or hearing about ChatGPT? This blog post might give you some tips and tricks on taking advantage of ChatGPT while avoiding its application beyond its intended scope.