GC

Solar panels and wind turbines with green hydrogen molecules representing sustainable energy for laboratory gas chromatography operations
See how on-site hydrogen generation cuts emissions and carrier gas expenses without disrupting workflow
| 1 min read
Lab technician adjusting a gas cylinder regulator—illustrates supply risk in helium-based GC workflows
| 1 min read
Abstract texture with pink-to-blue gradient, representing desiccant color change
| 4 min read
The Brevis GC-2050 on a white background
| 1 min read
The LECO Pegasus BTX on a white background
| 1 min read
Vials in a sample holder of a gas chromatograph
| 2 min read
Porvair Sciences UltraPPM Lite
| 1 min read
Transition to Helium Alternatives in Gas Chromatography
| 2 min read
New INSIGHT-Thermo modulator on a white background
| 2 min read
How to Successfully Use Hydrogen Carrier Gas for GC/MS/MS
| 1 min read
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CURRENT ISSUE - November/December 2025

AI & Automation

Preparing Your Lab for the Next Stage

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Sponsored

Solar panels and wind turbines with green hydrogen molecules representing sustainable energy for laboratory gas chromatography operations

Achieve GC Sustainability Goals That Also Cut Costs

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Laboratory researcher wearing protective gloves placing sample vial into high performance liquid chromatography system for chemical and clinical analysis.

Chromatography Decisions in Drug Characterization

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Top-down view of the himac CP100NX Ultracentrifuge showing the internal chamber with a P32ST rotor installed. The image highlights the tool-free, self-locking rotor system and the large touch screen interface used for visual balancing and rotor lifetime management.

Eppendorf Ultracentrifuges Offer Powerful Separation and Versatility

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Effortless Temperature Compliance with Sensors That Scale

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