Trying to race 1,200 miles (1,931 km) of notoriously harsh, prickly desert is difficult in itself. Developing a first-of-its-kind zero-emissions fuel cell off-roader to complete the task is more ...

A revolutionary cryogenic tank design promises to radically boost the range of hydrogen-powered aircraft – to the point where clean, fuel cell airliners could fly up to four times farther than ...

Whenever we think that Scuderia Cameron Glickenhaus cannot surprise us again, a new piece of information emerges. The latest news is that SCG will use the Chevy 2500 HD as the Glickenhaus Hydrogen ...

From left, graduate student Parmit Singh Virdi and Professor Wei Guo work on a custom-built test facility used to measure the heat transfer coefficients of cryogenic working fluids in the National ...

Cryogenic liquid storage involves the containment and management of substances at extremely low temperatures, where maintaining thermal stability is critical for both safety and efficiency. Recent ...

Cryogenic storage tanks will be essential components in hydrogen-powered aircraft due to come into service in the mid-2030s. Most designs for storing LH2 have centred around metallic tanks, which are ...

In the dynamic world of life sciences, preserving the integrity of biological samples is essential. However, inconsistent storage strategies can compromise sample viability and lead to inefficiencies.

Anthony Nolan is a leading stem cell charity, using cryo-preservation as part of research across biotech and pharma.

Reevaluating your cryo-room’s location can significantly enhance operational efficiency, improve sustainability, and reduce ...