Gas density is frequently estimated indirectly by gas pressure sensors. Because the pressure in a tightly sealed compartment fluctuates greatly with temperature, such systems require temperature ...

You may not always be able to smell it, taste it or discern its presence, but toxic and flammable gases can present significant industrial hazards. New technologies are improving gas-detection ...

For many industries, nitrogen (N₂) plays an unnoticed but vital role in inerting reactors, storing food safely, and protecting the sterility of pharmaceuticals. But what makes it dangerous is that ...

For more details on FTIR (Fourier Transform InFrared Spectrometry), please check out my webinar. I will talk about the basics of FTIR as well as our enhanced FTIR, Thermo Scientific StarBoost™. FTIR ...

Toxic and combustible gas monitors are essential safety devices that ensure safety in commercial or industrial operations. These devices detect the presence of harmful and flammable gases in a ...

Gas detection techniques have a fascinating history, dating back to the 19th century when canaries served as early warning systems for toxic gases in coal mines. When coal emerged as the Industrial ...

A team of researchers from Southeast University of China has developed a cutting-edge ultracompact sensing system that leverages the power of spoof surface plasmon resonance (SSPR) technology to ...

Photoionisation detectors (PIDs) are considered the optimal choice when detecting VOCs (Volatile Organic Compounds). In simple terms, PID detectors use ultraviolet light to break down and ionize a ...

Disposing of gas detection equipment can be deceptively complex for EHS managers, facility supervisors and maintenance personnel. Gas detectors contain hazardous materials (e.g., lead, mercury or ...