Ever wondered how our hydrogen sensors fit into the hydrogen economy? This case study tackles this question, diving into our latest project with Creo International. Here we dive into who Creo Intl. are, why they need gas detection and our detectably better solution for the hydrogen energy industry. Creo representatives will also tell us what they think of our solution.
Chlorine Dioxide is a popular water treatment solution in various industries. It has great disinfectant and oxidising qualities making it highly effective in water treatment. However, with this gas comes its dangers as it is highly toxic, making it a potential hazard for these industries. Implementing Chlorine Dioxide gas monitors are an efficient and effective way to mitigate these hazards. Do you use ClO2 in your industry? Do you know the hazards of this gas? Read on here to find out the answers to these questions.
With hydrogen applications on the rise, hydrogen generator safety is now a more important consideration than ever before. Though the future of the hydrogen economy is uncertain, it is clear that ensuring future hydrogen boiler and hydrogen generator safety will depend on the widespread implementation of reliable gas detectors. IGD’s MK8 pellistor detector is the ideal flammable gas detector to ensure hydrogen generator safety, offering a long service life alongside unparalleled stability and poison resistance.
Hydrogen is a clear, odourless and colourless gas. It is the most simple and abundant element in the world and can be used as a pure gas (H2) or combined with numerous other substances to form compounds- many of which we heavily rely on today…
There are so many processes and labels for hydrogen, so it can be confusing what they refer to. Hydrogen labelled by colour refers to the hydrogen production methods used. In this blog post, we will focus on blue and green hydrogen as these are the most renowned methods of producing hydrogen. However, hearing of grey, brown, yellow, turquoise, or even pink hydrogen is not uncommon.