Hydrogen can lead to catastrophic failures of materials through a process called hydrogen embrittlement. This is a crucial safety issue for nuclear, automotive, aerospace, construction and ...

Engineers across the UK are researching hydrogen’s role in decarbonising industry, exploring ammonia for greener steel and ...

With the world moving toward more sustainable energy, advanced materials are being applied to improve efficiency, durability, ...

The German steel industry, a key player in Europe’s green hydrogen economy ambitions, has raised concerns about the timeline ...

Following the confirmation of 11 new UK green hydrogen projects in the UK Budget announcement in 2024, Steve Elliott, Senior ...

A wide variety of commonly used metals and alloys are susceptible to hydrogen embrittlement (HE), i.e. hydrogen atoms diffuse into metals reducing their load-bearing capacity and ductility, which ...

While pipelines have been slated as one of the most low-cost ways of transporting hydrogen over long distances, hydrogen embrittlement – where hydrogen atoms diffuse into steel, weakening its ...

The City of Calgary is considering microtunnelling to twin the Bearspaw Feeder Main, to reduce disruptions of future repairs on the line which ruptured last year.

Anderson Greenwood Type 84 valves deliver leak-tight service at very high pressures for hydrogen storage, transport and ...

It does not support hydrogen embrittlement and is compatible with a wide range of substrates including most elastomers and plastics. By reducing the risk of contamination in hydrogen systems, DuPont ...

Nondestructive, sensor-less system provides a real-time overview of a material’s internal state, detecting and anticipating ...