Crowcon: Hydrogen detection in the real world

When dealing with hydrogen, as with any gas, health and safety is paramount. Hydrogen has a wide flammable range (4%–74% vol. in air), so even small quantities of H2 can cause explosions when mixed with atmospheric air. Just a spark of static electricity from a person’s finger is enough to trigger an explosion when hydrogen is present, and in many locations where hydrogen is used, spark ignition from electrical components or maintenance activities is an ever-present risk.

These dangers are present across the hydrogen value chain from production and storage to distribution and use, with gas detection representing the first line of defence against hydrogen leaks.

Crowcon’s molecular property spectrometer (MPS™) sensor technology offers the best solution for hydrogen gas detection. Requiring reduced maintenance and zero calibration for five years along with the elimination of sensor poisoning, the shortfalls of traditional sensing technology are eliminated with MPS. As well as driving up safety in areas where flammable gases pose a risk, MPS™ technology generates significant savings on total cost of ownership, and reduced interaction with the unit drives down occupational risk for operators.

To see how MPS™ has provided the solution to hydrogen detection in the real world, check out our latest case study.