第32卷增刊2 2012年
12月
核科学与工程
Nuclear Science and Engineering
Suppl.2
Vol.32
Dec.
CPR1000项目消防水系统仪控设计研究
张禹，江磊
（深圳中广核工程设计有限公司，广东深圳518045）
2012
捕要：火灾属于易发、多发事故，火灾给人员生命，工业安全带来巨大危害。不同于常规火电厂，核电厂因其特殊性，建筑物的复杂性，对火灾的预防和扑灭提出了更为严格的要求，特别是福岛核事故后，通过对事故的分析，对部分厂房的抗震、功能等要求有所增加，相应的消防要求也随之增加，提供充足的消防水是消防的关键。本文从系统功能、主要设备、控制原则、设计注意事项和设计改进等方面对CPR1000 项目核电厂的消防水系统进行全面介绍，对仪控设计的影响进行了深入分析，为后续CPR1000项日消
防水系统的仪控设计和实施提供切实可行的参考，关键词：CPR1000；消防水系统：仪控
中图分类号：TM623
文章标志码：B
文章端编号：0258-0918(2012)S2-0047-06
TheStudyonI&CDesignfortheFireFighting
WaterSysteminCPR1000Project
ZHANG Yu, JIANG Lei
(China Nuclear Power Design Co. , Lid. (Shenzhen), Shenzhen, Guangdong Prov, 518045, China)
Abstract, Easily and frequently happened fire accidents pose great threats to human life and industrial safety Unlike conventional thermal power plants, fire prevention and extinguishing for nuclear power plant have more stringent requirements because of its speciality the complexity. In particular after analysis on the Fukushima nuclear accident, the seismic and functional requirements for part of the plant buildings have been increased, and the fire protection requirernents have also increased accordingly. Adequate water supply is the key to fire prevention. Therefore, this paper thoroughly introduces the fire-fighting water system of CPR100o in terms of system function，major equipment， control principle，design consideration and design improvement, deeply analyzes the impact of I&C design, and provides practical reference for the follow-up I&.C design and implementation of the CPR1000 fire fighting water system.
Key words: CPR1000;fire fighting water system;I&C 收稿日期：2012-09-22：修回日期：2012-10-22
属（1581一），男，辽宁人，助理工程师，颈士，现主要从事核电常规岛消防系统仪控设计
作著简介：张
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