Persistent organic pollutants (POPs) are a growing challenge for environmental laboratories. Discover how GC-HRAM MS and non-targeted screening help identify both regulated and previously unknown contaminants.

ASTM D8591-24 and EPA OTM-50 define two key GC-MS strategies for volatile PFAS analysis, from material emissions testing to verification of PFAS destruction efficiency.

Thermo Fisher Scientific shows how GC Orbitrap HRAM technology enables food labs to combine targeted testing with unknown discovery for comprehensive food safety insights.

GC-VUV transforms fuel analysis by reducing system complexity, improving accuracy in complex matrices, and aligning with EN 228:2025 for faster, more efficient workflows.

Bridge discovery and compliance with Chromeleon 7.4 and Compound Discoverer 3.5. Seamlessly transfer MS data, streamline workflows, and generate compliant reports without manual steps.

How GC-MS resolution shapes data interpretation: single quadrupole vs. HRAM illustrated through blue fenugreek volatile analysis.

Trace-level VOCs shape drinking water quality and perception. ITEX dynamic headspace GC-MS enables ppt-level sensitivity for regulatory compliance and reliable odor-active compound analysis.

Expert insights from Thermo Fisher and SampleQ on MOSH/MOAH analysis using LC-GC-FID and GC×GC-FID/MS. Practical guidance on sample preparation, ISO 20122, internal standards, and data workflows.

Hexane remains a key food extraction solvent, but EFSA now calls for re-evaluation of its long-term safety. Robust GC-FID and GC-MS methods are critical for reliable residue detection and risk assessment.

Industrial labs can now upgrade GC hardware without changing their CDS. Discover how the TRACE 1600 Series GC delivers reliability, modularity, and seamless OpenLab CDS integration for 24/7 operations.