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Innovative nuclear technology based on modular multi-purpose lead-bismuth cooled fast reactors

机译:基于模块化多功能铅铋冷却快堆的创新核技术

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摘要

Today's nuclear power is in the state of an intrinsic conflict between economic and safety requirements. This fact makes difficult its sustainable development. One of the ways of finding the solution to the problem can be the use of modular fast reactors SVBR-75/100 cooled by lead-bismuth coolant that has been mastered in conditions of operating reactors of Russian nuclear submarines. The inherent self-protection and passive safety properties are peculiar to that reactor due to physical features of small power fast reactors (~100 MWe), chemical inertness and high boiling point of lead-bismuth coolant, integral design of the pool type primary circuit equipment. Due to small power of the reactor, it is possible to fabricate the whole reactor at the factory and to deliver it to the NPP site in practical readiness by using any kind of transport including the railway. Substantiation of the high level of reactor safety, adaptability of the SVBR-75/100 reactor relative to the fuel type and fuel cycle, issues of non-proliferation of nuclear fissile materials, opportunities of multi-purpose usage of the standard SVBR-75/100 reactors have been viewed in the paper.
机译:当今的核电处于经济和安全要求之间的内在冲突状态。这一事实使其可持续发展变得困难。解决该问题的方法之一是使用模块化快速反应堆SVBR-75 / 100,该反应堆由铅-铋冷却剂冷却,该反应堆已在俄罗斯核潜艇反应堆的运行条件下掌握。由于小功率快速反应堆(〜100 MWe)的物理特性,铅铋冷却液的化学惰性和高沸点,池式主回路设备的整体设计,固有的自我保护和被动安全特性是该反应堆所特有的。由于反应堆的功率很小,因此有可能在工厂制造整个反应堆,并通过使用包括铁路在内的任何运输工具,将其实际交付给NPP现场。证实了高水平的反应堆安全性,SVBR-75 / 100反应堆相对于燃料类型和燃料循环的适应性,核裂变材料不扩散的问题,标准SVBR-75 /具有多种用途的机会该论文已观察到100个反应堆。

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