Globally, the accelerating use of renewable energy sources, enabled by increased
efficiencies and reduced costs, and driven by the need to mitigate the effects of climate …

Hydrogen compression is a major contributor to capital costs and maintenance hours in the
infrastructure related to storage, distribution and end‐use of hydrogen. Conventionally used …

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 …

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

The operating conditions of a Metal Hydride Hydrogen Compressor (MHHC) is often dictated
by the hydride used to build it. This research focuses on finding the appropriate operating …

This work focuses on the selection and development of high-pressure Ti-Mn based alloy for
a domestic 2-stage Metal Hydride Hydrogen Compressor (MHHC) capable of compressing …

This work presents a model to determine productivity and heat consumption of hydrogen
compression utilising metal hydrides (MH) by using Pressure–Composition–Temperature …

Hydrogen storage is now the “bottleneck” to realise the application of hydrogen as
renewable energy. This is because most metals can reversibly absorb hydrogen …

Hydrogen compressors dominate the hydrogen refueling station costs. Metal hydride based
thermally driven hydrogen compressor (MHHC) is a promising technology for the …

Metal hydride (MH) systems can be used for storage in stationary facilities of hydrogen with
a high volume density at temperatures and pressures close to ambient ones. Recently, the …