Green gas, but safe: this is how thermal imaging contributes to the detection and monitoring of hydrogen flames. (Source: Flir)
Hydrogen Flame Detection and Monitoring

On Fire for Hydrogen: How to Make the “Invisible” Flames Visible

Everyone wants hydrogen - but isn't it dangerous? After all, the gas is non-toxic but highly flammable and a high level of safety awareness is key to safe operation that protects the environment, personnel and infrastructure - so it's high time to take a look at what needs to be considered when handling hydrogen in pipeline and infrastructure projects, for example. What technology is needed to detect the colorless H2 flames? How do hydrogen leaks become visible? And what concrete steps can be taken today?

Read on

Providers on the topic

TE H2 and CIP will be responsible for the development of renewable energy production while A.P. Møller Capital will develop the port and associated infrastructure.  (Source: Pcess609 - stock.adobe.com)
Chbika Project

TE H2, CIP, A.P. Møller Capital Collaborate for Green Hydrogen Production

The ‘Chbika’ project aims to develop 1 GW of onshore solar and wind capacities that will power the production of green hydrogen through the electrolysis of desalinated seawater and lead to the production of 200,000 tons per year of green ammonia for the European market. The project will constitute the first phase of a development program which is aimed at creating a world-scale green hydrogen production hub.

Read on