Selecting the correct tubing and piping for gas detection systems is vital for ensuring safety, accuracy, and regulatory compliance. This paper addresses the unique requirements of portable and stationary gas detection systems, emphasizing the importance of using independently certified materials explicitly designed for gas sampling.
The correct gas detection is the backbone of any effective safety strategy, but even in this highly specialized field, there are pitfalls that can create unintended risks. In this blog we take a look at some common challenges and how to skillfully avoid them.
Hydrogen, or H2, is one of the biggest alternative fuels and a huge emerging market. From fuel cells and heating to replacing the entire need for fossil fuels. In this article, we do not want to look at the feasibility of the current projects or provide our opinion on this transition. We would like to point out the dangers of this gas and the dangers present in the process, all from a gas detection point of view. Interested in advice regarding hydrogen detection? Please contact us!
We used to detect dangerous gases in quite primitive ways. For example, with a candle, a canary, or a mouse. According to the motto "it's no good if the bird falls off the perch. "
As humans, we have always used our wits and intelligence to survive. This makes us stand out from other species but also gives us the ability to keep ourselves and others safe.
In the field of gas detection, we are making an unknown threat known. We can’t just always trust our senses. So how did we get to the point that we can keep ourselves safe with detectors like the WatchGas QGM and the Industrial Scientific Ventis-Pro? For more information on us, get in touch! This email address is being protected from spambots. You need JavaScript enabled to view it. or fill out our contact form.