- H2 compression by mechanical compressor is prone to maintenance due to its moving part.
- To develop a Metal Hydride based static H2 compression system
Salient Features:
- Metal hydrides stores H2 in solid form and provides high degree of safety, reversibility, high volumetric densities and little energy requirements for practical application.
- A multi stage Metal Hydride Reactor is being designed for compressing Hydrogen to 250 bar
- MH alloys are selected in such order, that the desorption condition of first alloy matches with the absorption condition of next alloy.
- The desorption and absorption conditions are defined by the bed equilibrium pressure with respect to the absorption/desorption temperature, which is directly depends on the required compression of hydrogen
- Benefits
- MHHC system does not have any moving components in it, which is the primary advantage.
- System suitable for stationary application
- Comparatively low leakage issues to be handled
Benefits
- MHHC system does not have any moving components in it, which is the primary advantage.
- System suitable for stationary application
- Comparatively low leakage issues to be handled