If you’ve ever sat in a design review arguing over whether a process area needs a bank of fixed-point detectors or a single multipoint sampling panel pulling from a dozen locations, you already know this …
If you’ve spent any time around fixed or portable gas detection, it’s tempting to treat every gas as a variation on the same theme: pick a sensor, set an alarm point, calibrate on a schedule, …
Choosing between remote sampling and direct (diffusion-based) gas detection is one of the most consequential decisions in a gas detection system design and one that’s frequently made backwards, with the sensor technology picked before the …
Gas detection used to mean a fixed panel in a control room, a technician doing rounds with a clipboard, and a bump test log gathering dust in a filing cabinet. That model isn’t gone, but …
Nitrogen dioxide (NO₂) is one of the more unforgiving gases to monitor correctly. It’s highly reactive, it sticks to surfaces, it shows up alongside other gases that fool the wrong sensor, and its occupational exposure …
Chlorine dioxide (ClO₂) is one of the most useful oxidizers in modern industry and one of the most deceptively dangerous. It disinfects drinking water, bleaches paper pulp, sanitizes food-processing lines, and controls bacteria in cooling …
Industrial gas detection and emergency shutdown systems are the last line of defense between a routine operation and a catastrophic release, fire, or explosion. For decades, plant operators trusted these systems because they were physically …
I worked in the gas detection industry for 7 years, and one of the common issues I help customers with is designing a gas detection system for boiler rooms. Today, I will share the steps …
