GC

Analytical chemist in modern lab loading sample vial into automated headspace gas chromatograph.
Optimizing sample preparation and gas chromatography workflows is essential for the accurate quantification of trace monomer residues in plastics
| 4 min read
Lab technician loading headspace vials into an automated gas chromatography system for residual solvent analysis.
| 5 min read
Scientist validating a GC-MS system transitioning from helium to on-site hydrogen and nitrogen carrier gas generators.
| 5 min read
Scientist analyzing gas chromatography (GC) chromatogram peaks with tailing on a computer monitor in a modern analytical chemistry laboratory.
| 5 min read
Scientist wearing heat-resistant gloves performing maintenance on a gas chromatography system in a professional laboratory.
| 4 min read
An interior, wide-angle shot of a modern, well-lit analytical chemistry laboratory. In the foreground, a Gas Chromatography (GC) instrument is the focal point, featuring an open column oven revealing a glowing copper-colored coiled column and a digital display showing status readings.
| 5 min read
Solar panels and wind turbines with green hydrogen molecules representing sustainable energy for laboratory gas chromatography operations
| 1 min read
Lab technician adjusting a gas cylinder regulator—illustrates supply risk in helium-based GC workflows
| 1 min read
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CURRENT ISSUE - April 2026

When Lab Innovation Meets Sustainability

Why Performance, Cost, and Environmental Impact Now Compete in Procurement

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