Hydride bed control: Understanding of hydride bed using tank efflux

作者：Yun Sei Hun; Chang Min Ho; Kang Hyun Goo; Chung Dongyou; Lee Hyeon Gon; Jung Ki Jung; Chung Hongsuk; Song Kyu Min; Lee Euy Soo; Lee In Beum; Park Byeong Eon

来源：International Journal of Hydrogen Energy, 2017, 42(12): 8042-8049.

DOI：10.1016/j.ijhydene.2016.12.096

• Hydride bed
• Dehydriding
• Tank efflux
• Similarity test
• Bed battery
• Multi-tanks behavior

Control of dehydriding (desorption of hydrogen or hydrogen isotope) rate from a hydride bed in fusion fuel cycle is one important design point to estimate a real supplying amount of hydrogen from the hydride bed. In a real system tens of batch-type hydride beds are to be utilized for supplying a certain amount of hydrogen isotope at the same time. A study on efflux time from a hydraulic water tank was applied as a fundamental similarity test of the gas fueling system. As a result, liquid efflux from a tank shows a similar behavior with the desorption pattern of the depleted uranium hydride bed system. As much important as keeping a hydride buffer vessel pressure in a hydride bed system, similar tendency was studied in the tank efflux system; i.e., to keep the secondary vessel height there needs a certain amount of liquid flow from the upper tank and the tank height difference. From one tank with connected another tank flow with understanding of tank efflux model a complicated multi-tanks behavior could be understood by simulating its complex efflux characteristics, and it is likely to be applied to the multi-hydride beds system.

• 出版日期2017-3-23