Author: Anela Dokso

The global push towards carbon neutrality is spotlighting hydrogen as a vital energy carrier, and liquid hydrogen, with its high volumetric energy density, is emerging as a key player in this transition. Liquid hydrogen offers distinct advantages over its gaseous counterpart, primarily due to its increased density. At a cryogenic temperature of just 20.28 Kelvin, liquid hydrogen presents storage opportunities that enable higher energy densities compared to gaseous hydrogen compressed to even 500 bar. For instance, the Polar Tank Trailer can transport over 4000 kg of liquid hydrogen, dwarfing the approximately 686 kg capacity of certain high-pressure tube trailers, highlighting…

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