This manuscript thoroughly analyzes and comprehensively reviews the reactor
configurations and thermal augmentation systems adopted in metal hydride-based …

Conventionally, metal hydrides have been explored for their application in hydrogen storage
systems. However, metal hydride based thermal systems have attracted huge attention for a …

Some metals and metal alloys can store gaseous hydrogen, making the storage of hydrogen
in metal hydrides (MHs) possible. For the MH reactor to store hydrogen at a higher rate …

Even though metal hydrides have been mainly studied for hydrogen storage, their
applications can be extended to thermal energy storage by utilizing the exothermic and …

Metal-hydride (MH) reactors are one of the most promising approaches for hydrogen storage
because of their low operating pressure, high storage volumetric density and high security …

Applications of metal hydrides (MHs) utilise a reversible interaction of hydride-forming
metals, alloys and intermetallic compounds with hydrogen. The reversible process of the …

Shell and helically coiled tube heat exchangers are comprised of curved tubes inside a shell
and they are usually utilized in different sectors such as refrigeration systems, chemical …

The metal-hydrogen interaction and its equilibrium conditions allow for distinct properties in
metal hydrides (MHs). Based on these properties, MHs have been found to enable a range …

An appropriate thermal management system design in the reaction bed is undoubtedly
needed to achieve the optimum thermal performance of the metal hydride-based hydrogen …

Metal hydride (MH) heat storage has a relatively high energy density and can be used in
concentrated solar power (CSP) plants. However, in this system, the outlet temperature of …