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Availability of steam generator against thermal disturbance of hydrogen production system coupled to HTGR

机译:蒸汽发生器可抵抗与HTGR耦合的制氢系统的热干扰

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One of the safety issues to couple a hydrogen production system to an HTGR is how the reactor coolability can be maintained against anticipated abnormal reduction of heat removal (thermal disturbance) of the hydrogen production system. Since such a thermal disturbance is thought to frequently occur, it is desired against the thermal disturbance to keep reactor coolability by means other than reactor scram. Also, it is thought that the development of a passive cooling system for such a thermal disturbance will be necessary from a public acceptance point of view in a future HTGR-hydrogen production system.rnWe propose a SG as the passive cooling system which can keep the reactor coolability during a thermal disturbance of a hydrogen production system.rnThis paper describes the proposed steam generator (SG) for the HTGR-hydrogen production system and a result of transient thermal-hydraulic analysis of the total system, showing availability of the SG against a thermal disturbance of the hydrogen production system in case of the HTTR-steam reforming hydrogen production system.
机译:将制氢系统连接到HTGR的安全问题之一是如何保持反应堆的可冷却性,以防止制氢系统的排热(热干扰)的预期异常降低。由于这样的热干扰被认为是经常发生的,因此期望通过热堆以外的手段来防止热干扰来保持反应堆的冷却性。另外,从未来的高温气冷堆制氢系统的公众接受的观点出发,认为有必要开发一种用于这种热扰动的被动冷却系统。在制氢系统受热干扰期间反应堆的可冷却性。rn本文介绍了拟议的用于HTGR制氢系统的蒸汽发生器(SG)以及整个系统的瞬态热工水力分析的结果,显示了SG可用于在HTTR蒸汽重整制氢系统的情况下制氢系统的热干扰。

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