NLR Plans Liquid-Hydrogen Flight Demonstrator is published in Advanced Air Mobility Report, an Aviation Week Intelligence ...

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

For larger quantities and longer transport distances, liquid hydrogen tanks allow significant increases in efficiency, even if additional energy consumption is required for liquefaction. However, ...

Depending on the application, different hydrogen storage technologies are possible. High-pressure tanks for gas storage currently dominate in the land transport sector, while the storage of liquid ...

In this process, liquid hydrogen is stored in an insulated and pressurised tank where it is injected directly into the cylinders at high pressure, burning in the same four-stroke cycle as a normal ...

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.

a pioneer in transporting liquified natural gas (LNG), has now developed the world’s first tanker for liquified hydrogen. The new technology, along with tanks the company developed to store ...

Ian writes on fossil energies, climate, and transition to renewables. A 2,500 cubic-meter tank of liquid hydrogen at Kobe Port Island plant in Japan where a special ... [+] shipping terminal has ...

Especially if your end goal is to create liquid hydrogen when everything ... to a storage container. Due to hydrogen embrittlement concerns, an aluminium tank was used rather than a steel one.

Sealing a liquid hydrogen tank poses another significant challenge, as pressure can quickly escalate to over 140 Megapascals (20,000 psi) if boil-off gas accumulates. Toyota’s self-pressurizer ...