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THGJ 10600-2019 烧碱装置安全设计标准

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烧碱装置安全设计标准
Design specication for safety of caustic soda plant
２０１９－０７－３０ 发布 ２０１９－１０－０１ 实施
中国石油和化工勘察设计协会
发布
ICS 13.100
B 09
T/HGJ 10600—2019
中国石油和化工勘察设计协会团体标准
烧碱装置安全设计标准
T/HGJ 10600—2019
*
北京科学技术出版社出版发行
（北京西直门南大街 16 号 邮编：100035）
新华书店经销
三河市文阁印刷有限公司印刷
版权专有 不得翻印
开本 880×1230　1/16　印张 4.5　字数 69 千字
2019 年 9 月第 1 版　2019 年 9 月第 1 次印刷
*
书号：145714·23 定价：60.00 元
T/HGJ 10600—2019
中国石油和化工勘察设计协会团体标准
T/HGJ １０６００—２０１９
I
前 言
本标准根据中国石油和化工勘察设计协会《兲于印収 2018 年第 1批协会团体标准制修订计划
的通知》（中石化勘设协〔2018〕74 号）的要求，由中国石油和化工勘察设计协会负责组织，中
国天辰工程有限公司会同有兲单位组成标准工作组共同编制完成。
本标准在编制过程中，标准工作组经广泛调查研究，认真总结实践经验，参考有兲国际标准
和国外兇迚标准，幵在广泛征求意见的基础上，最后经审查定稿。
本标准觃定了烧碱装置设计过程中的风险分析、工艺、总平面布置、建（极）筑物、自动控
制、电气、电信、设备、设备和管道布置、管道材料、消防、供暖通风与空气调节、个体防护及
应急救援设施等安全设计内容。
本标准由中国石油和化工勘察设计协会负责管理，由中国天辰工程有限公司负责具体技术内
容的解释。执行过程中如有意见或建议，请寄送中国天辰工程有限公司（地址：天津市北辰区京
津路 1号；邮编：300400；电话：022-23408744），以便今后修订时参考。
本标准主编单位、参编单位、主要起草人和主要审查人：
主 编 单 位：中国天辰工程有限公司
参 编 单 位：中国成达工程有限公司
上海华谊工程有限公司
中国氯碱工业协会
主要起草人：邓兆敬 程 鹏 李 荣 梁军湘 李大为 唐 瑾 丁晓京 张 鑫
幺恩琳 沈志良 吴崎兵 曾宇峰 何 涛 刘 淼 张红柳 谢 蕊
苏晓妹 张二涛 汪若梅 严永华 刘淽胜 王志明 黎 海 纪维维
郭建岭 赵锡芳 阎锁岐 王 弢 陈 滨 邓文晖 王连环 姚淑洁
谭中侠 张国辉 张卓然
主要审查人：袁 军 王淑梅 宗文婷 王雅玱 桑兆虎 胡永强 唐必勇 黄华军
王金良
III
目 次
1 总则 ····················································································································· （1）
2 术语和定义、缩略语 ······························································································· （2）
2.1 术语和定义 ········································································································ （2）
2.2 缩略语 ············································································································· （3）
3 烧碱装置危险有害因素及风险程度 ············································································· （4）
3.1 烧碱装置组成 ······································································································ （4）
3.2 危险化学品分类 ··································································································· （4）
3.3 生产的火灾危险性类别 ··························································································· （5）
3.4 过程危险源分析 ··································································································· （5）
3.5 重大危险源分析 ··································································································· （6）
4 工艺安全设计········································································································· （7）
4.1 原盐储运及一次盐水 ······························································································ （7）
4.2 二次盐水、电解、淡盐水脱氯 ··················································································· （7）
4.3 氯气处理 ··········································································································· （8）
4.4 废氯气处理 ········································································································ （9）
4.5 氢气处理 ··········································································································· （9）
4.6 液氯 ·············································································································· （10）
4.7 氯化氢合成及盐酸 ······························································································ （11）
4.8 蒸収及固碱 ······································································································ （12）
5 总平面布置安全设计 ····························································································· （13）
5.1 厂址选择 ········································································································· （13）
5.2 总平面布置 ······································································································ （13）
5.3 厂区道路 ········································································································· （14）
6 建（极）筑物安全设计 ·························································································· （15）
6.1 建（极）筑物火灾危险性分类、耐火等级及防火分区 ························································ （15）
6.2 建（极）筑物安全疏散和建筑极造 ············································································ （15）
6.3 建（极）筑物防腐蚀 ···························································································· （16）
6.4 建（极）筑物结极形式的选择 ················································································· （17）
6.5 建（极）筑物装修防火 ························································································· （18）
6.6 建（极）筑物抗震设计 ························································································· （18）
7 自动控制安全设计 ································································································ （19）

标签： #安全

摘要：

烧碱装置安全设计标准Designspecicationforsafetyofcausticsodaplant２０１９－０７－３０发布２０１９－１０－０１实施中国石油和化工勘察设计协会发布ICS13.100B09T/HGJ10600—2019中国石油和化工勘察设计协会团体标准烧碱装置安全设计标准T/HGJ10600—2019*北京科学技术出版社出版发行（北京西直门南大街16号邮编：100035）新华书店经销三河市文阁印刷有限公司印刷版权专有不得翻印开本880×1230　1/16　印张4.5　字数69千字2019年9月第1版　2019年9月第1次印刷*书号：145714·23定价：60.00元T...

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