Hydrogen storage systems (HSSs), are the backbone of feasible hydrogen economy. To
provide a reliable renewable energy system, safe, cost effective and compact HSS is due …

A large-scale oil-heating type Mg-based hydrogen storage tank is the key device for the high-
efficiency and high-safety Mg-based solid hydrogen storage and transportation. However …

Mg-based hydrides have gained formidable interest for hydrogen storage applications due
to their high intrinsic hydrogen capacity up to 7.6 wt%. However, their ability to …

The de/rehydrogenation performance, mechanism, and reversibility of a MgH 2-based
hydrogen storage tank with enhanced packing volume of up to 337.40 mL have been …

MgH 2-based hydrogen storage materials are promising candidates for solid-state hydrogen
storage allowing efficient thermal management in energy systems integrating metal hydride …

The most efficient electrical production from fuel cells integrated with hydride-based
hydrogen storage tanks is obtained from suitable dehydrogenation kinetics, facilitating …

Dehydrogenations of two hydrogen storage tanks filled with∼ 1.6 kg MWCNT-doped LaNi 5
at different setting temperatures (T set= 25–50° C) and setting hydrogen flow rates (H 2-FR …

Abstract Effects of setting temperatures (T set= 310–350° C) and hydrogen flow rates (H 2-
FR= 0.2–0.6 standard L/min, SLM) on kinetics and reaction mechanisms during …

Due to increasing energy demands, interest in hydrogen storage is substantial. Magnesium
is one of the most attractive systems, yet, development for practical application remains …

The hydrogen sorption of materials based on 80 wt.% MgH2 with the addition of 15 wt.% Ni
or V and 5 wt.% activated carbons synthesized from polyolefin wax, a waste product from …