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Assessment of Safety-Relevant Aspects of Kraftwerk Union’s 200-MW(thermal) Nuclear District Heating Plant Concept

 

作者: ErlenweinPeter,   FrischWilli,   KafkaPeter,   KirmseRudolf E.,   LangenbuchSiegfried,  

 

期刊: Nuclear Technology  (Taylor Available online 1987)
卷期: Volume 79, issue 2  

页码: 158-166

 

ISSN:0029-5450

 

年代: 1987

 

DOI:10.13182/NT87-A34033

 

出版商: Taylor&Francis

 

数据来源: Taylor

 

摘要:

Nuclear reactors of 200- to 400-MW(thermal) power for district heating are the subject of increasing interest, and several specific designs are under discussion today. In the Federal Republic of Germany (FRG), the Kraftwerk Union AG has presented a 200-MW(thermal) heating reactor concept. The main safety issues of this design are assessed. In this design, the primary system is fully integrated into the reactor pressure vessel (RPV), which is tightly enclosed by the containment. The low process parameters like pressure, temperature, and power density and the high ratio of coolant volume to thermal power allow the design of simple safety features. This is supported by the preference of passive over active components. A special feature is a newly designed hydraulic control and rod drive mechanism, which is also integrated into the RPV. Within the safety assessment an overview of the relevant FRG safety rules and guidelines, developed mainly for large, electricity-generating power plants, is given. Included is a discussion of the extent to which these licensing rules can be applied to the concept of heating reactors.

 

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