A comprehensive thermodynamic model reveals how hydrogen-powered, heavy-duty trucks could drive for the longest possible ...

CryoVac uses its proprietary hexagonal vacuum insulation panel to develop prismatic tanks for transporting liquid hydrogen, which it claims is a world first in LH 2 containment design. It said its ...

Another challenge with transporting liquid hydrogen at such a low temperature is that it can lead to embrittlement of steel, which in turn can result in loss of tensile strength, flexibility and ...

The NASA Engineering and Safety Center (NESC) has developed an analytical model that predicts diffusion between two gases during piston purging of liquid hydrogen (LH2) tanks. This model helps explain ...

Despite its regulatory future in limbo as the clean energy industry awaits potential shakeups when Trump returns to the White ...

The Norwegian firm has developed the “world’s first” liquid hydrogen containment system that uses prismatic tanks for ship transport, which utilises a hexagonal vacuum insulation panel. “Our hexagonal ...

evaporates directly from the tank due to natural heating from the outside. This evaporated Hydrogen gas is referred to as the “boil-off” and is a known problem with liquid H2 engines.

Bosch's Groundbreaking Advances in Hydrogen Technology and Future Transportation Outlook Major Milestones in Hydrogen Investments Bosch is making decisive st ...

One significant improvement here is the increase in the service life of the liquid hydrogen pump, whose design incorporates a dual-drive crank. This makes for symmetrical movement, leading to reduced ...

Most projects angling for 45V subsidies make low-carbon hydrogen by using electricity to split water molecules or by using heat to split methane. To qualify, the electrolysis route requires a supply ...