Having recently shared our video on pellistors and how they work, we thought it would make sense to also post our video about PID (photo-ionisation detection). This is the technology of choice for monitoring exposure to toxic levels of another group of important gases – volatile organic compounds (VOCs).
Pellistor gas sensors (or catalytic bead gas sensors) have been the primary technology for detecting flammable gases since the ‘60s. Despite having discussed a number of issues relating to the detection of flammable gases and VOC, we have not yet looked at how pellistors work. To make up for this, we are including a video explanation, which we hope you will download and use as part of any training you are conducting
The onshore oil industry is often overlooked and the latest news that there could be up to 100 billion barrels of oil beneath the South of England has surprised many. However, on-shore production is more prevalent worldwide than people realise.
As a founding member of CoGDEM (the Council of Gas Detection and Environmental Monitoring), we are really pleased that the Communities Minister, Penny Mordaunt, has made it mandatory for private landlords to install smoke and carbon monoxide (CO) alarms in rented properties.
In gas detection terms, pellistors have been the primary technology for detecting flammable gases since the 60s. In most circumstances, with correct maintenance, pellistors are a reliable, cost-effective means of monitoring for combustible levels of flammable gases. However, there circumstances under which this technology may not be the best choice, and infrared (IR) technology should be considered instead.
We often get questions on flammable gases and whether we can detect them, therefore this week’s blog looks at some of the characteristics that are important to understand and know before you can consider if it can be detected.