Deadly Sin No.5 – introducing other hazards

Introducing other hazards is the fifth in Crowcon’s series of Deadly Sins of Gas Detection. Most working environments where gas detection is required are already hazardous enough. The irony of using a gas detector that ends up being the cause of non-gas-related accident would not be an amusing one. Improvements in a variety of gas detection technologies mean that now this can often be avoided. Continue reading “Deadly Sin No.5 – introducing other hazards”

Deadly sin no.1- not calibrating

We recently ran a series of articles call the “Seven Deadly Sins of Gas Detection”. By highlighting the most common causes and effects of each ”sin”, we wanted to provide managers and employees with a greater awareness of what we believe are the Seven Deadly Sins of gas detection, how to avoid them and save lives. For the same reason, we are sharing them as our blog posts for the next seven weeks.

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The don’ts and don’ts of zeroing your CO2 detector

Unlike other toxic gases, carbon dioxide (CO2) is all around us, albeit at levels too low to cause health issues under normal circumstances. It raises the question, how do you zero a CO2 gas detector in an atmosphere where CO2 is present?

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Life Offshore

Many of you may have wondered what life is really like offshore? To fly in a helicopter to work in the middle of the sea? To work 12-hour shifts for 14 days straight, surrounded by dangerous equipment and hazardous materials?

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Hydrogen Sulphide Hazards

Next in our series of short videos is our hydrogen sulphide detection factoid.

Where is H2S found?

Hydrogen sulphide is a significant danger to workers in many industries. It is a by-product of industrial processes, such as petroleum refining, mining, paper mills, and iron smelting. It is also a common product of the biodegradation of organic matter; pockets of H2S can collect in rotting vegetation, or sewage itself, and be released when disturbed.

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Carbon Dioxide – Friend and Foe?

Carbon dioxide (CO2) gas is commonly used in the manufacture of popular beverages. The leak at the Greene King brewery in Bury St Edmunds (UK) last week, is a reminder of the importance of effective gas detection. It resulted in twenty workers having to be rescued by emergency services and local residents being evacuated. So what is carbon dioxide, why is it dangerous and why do we have to monitor it carefully?

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Celebrating 45 years of Gas Detection with photography!

Yes that’s right – Crowcon is another year wiser making our business 45 years old. From the humble beginning of gas engineers wanting to improve the safety of their workplace, to today, where our detectors are used in 100’s of applications across tens of thousands of sites worldwide, one thing remains; our focus on Saving Lives!

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National Women in Engineering Day

For National Women in Engineering Day this year we have asked the newest member of our Technical Support team, Jackie Marsh, to tell us about her role here at Crowcon and her views on the importance of encouraging more women to get into engineering.

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Apprenticeship Launchpad

Oapprenticeship Launchpadxfordshire County Council have worked closely with employers in the south of the county to build closer links with schools and encourage young people to think about apprenticeships as an alternative route into careers which may traditionally have involved full time study at university. Crowcon have been delighted to be part of this initiative for the last 3 years, educating and inspiring over 100 pupils aged 14/15. Continue reading “Apprenticeship Launchpad”

Detecting VOCs with PID – how it works

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).

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