Analysis of the Heat Balance of a Metal Hydride Separator Used for the Separation of Hydrogen from Syngas

The present article discusses the potential for hydrogen separation using a metal hydride separator, which facilitates generation of contained in syngas following thermal recovery wastes. provides detailed description separator heat balance analytical calculations and optimised calculations, by applying numerical methods. proposed concept intended from offers solution to problem associated with use alloy powders; particular, their low conductivity. In order eliminate big temperature differences alloy, transfer intensifier was implemented volume; made exhibited high For purpose comparing fields, first stage comprised creation simulation absorption without an intensifier. Subsequently, three different geometries were created remove powder towards cover, effects these analysed. implementation intensifiers into improved removal as much 43.9% increased field homogeneity 77%. A result optimisation increase kinetics efficiency operation.