Charge–discharge cycling, flowthrough cooling and para-ortho conversion for cooling bulk hydrogen storage tank filled with MOF-5

摘要: Abstract We numerically studied the thermal and storage performance of 20 m 3 bulk hydrogen reservoir filled with MOF-5. In this study, at first, we present two methods such as charge–discharge cycles flowthrough cooling for The results show that room temperature maintained to 80 K is a time energy consuming process when alone considered option compared cycles. Further, effect mass flow rate on heat removal from system during stage investigated. result shows high accelerates cool tank in short period time. Also, para-ortho conversion together reduction studied. instantaneous enhances not only but capacity also. loss 10 days dormancy calculated found 28 kg lost stage.