首页|自分解环境下过氧化氢储存的本质安全设计

自分解环境下过氧化氢储存的本质安全设计

INTRINSIC SAFETY DESIGN OF HYDROGEN PEROXIDE STORAGE IN SELF-DECOMPOSI-TION ENVIRONMENT

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近年来,过氧化氢储存爆炸事故时有发生,因此有必要基于过氧化氢的热分解爆炸特性,提升其储存的本质安全.介绍了某项目过氧化氢储存的本质安全设计,从单位体积比表面积、自加速分解反应温升、安全距离及泄放面积、散热量等方面,通过设计、校核两级确定过氧化氢储存工艺参数,以降低其热爆炸风险,达到本质安全的要求.
In recent years,explosion accidents occurred frequently in the storage of hydrogen peroxide,so it is necessary to improve the intrinsic safety of its storage based on the thermal decomposition explosion charac-teristics of hydrogen peroxide.This paper presents the intrinsic safety design of hydrogen peroxide storage in a project.From the aspects of unit volume specific surface area,temperature rise of self-accelerating decomposition reaction,safety distance and discharge area,heat dissipa-tion,etc.,the process parameters of hydrogen peroxide storage are determined through two levels of design and calibration in order to reduce the risk of thermal explo-sion and to meet the requirements of intrinsic safety.

hydrogen peroxidestorageintrinsic safety

廖土兴

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中石化石油工程设计有限公司,山东东营 257026

过氧化氢 储存 本质安全

2024

石油化工安全环保技术
中国石化工程建设有限公司

石油化工安全环保技术

影响因子:0.339
ISSN:1673-8659
年,卷(期):2024.40(3)
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