As the world shifts toward renewable energy, the need for an effective energy carrier is
pressing. Hydrogen has often been touted as a universal clean energy vector and the fuel of …

Metal-hydrides have been of great interest as one of the most promising materials for
hydrogen storage applications. For widespread use, the most appropriate container and …

An experimental and theoretical study of a metal–hydrogen reactor (LaNi5–H2) is
presented. The first goal of this study is to experimentally determine the effectivethermal …

The H 2 refueling infrastructure's capital and operating expenses are mostly driven by the
cost of hydrogen compression. To effectively address this issue, thermally driven H 2 …

Although heat management during hydrogen adsorption/desorption in metal hydride (MH)
reactor using phase change material (PCMs)-based energy storage system has been …

A 10 kg alloy mass metal hydride reactor, with LaNi 5 alloy was designed. Heat transfer
enhacement in the reactor was achieved by including embedded cooling tubes and an …

This paper presents a two-dimensional mathematical model to evaluate transient heat and
mass transfer in a metal hydride tank (hereinafter MHT) with metal foam heat exchanger …

The rate at which hydrogen can be drawn from a metal hydride tank is strongly influenced by
the rate at which heat can be transferred to the reaction zone. In this work, the impacts of …

This paper presents a mathematical model to study opportunities for simultaneous passive
thermal management of an integrated PEM fuel cell and metal hydrogen (MH) storage …

To analyse heat and mass transfer in a metal-hydrogen reactor, the following hypotheses
are typically used:(i) solid and gas are at the same temperature,(ii) the effect of pressure …