反应机理在氯化氢合成炉结构设计中的过程控制与应用

Reaction Mech a Nism in the Process Control and Application of Hydrogen Chloride Synthetic Furnace Structure Design

氯化氢合成炉是"合成法"制取氯化氢的核心设备。作为实现化工工艺过程的化工设备,设计中必须遵循化工反应机理。通过合理的结构设计对化工反应的每一个细节和过程做到安全、合理、有效的控制。本文介绍了氯化氢合成的反应机理;通过微观的反应机理分析,与宏观的设备结构设计相结合,实现工艺过程的有效控制。使氯化氢合成炉的设计工作能够有的放矢、科学合理。

Hydrogen chloride synthesis furnace is the core equipment of hydrogen chloride preparation＆quot;synthesis＆quot;. As chemical processes of chemical equipment, must be followed in the design of the chemical reaction mechanism.Through rational structural design for chemical reaction process of every detail and achieve safe, reasonable and effective control.This paper introduces the reaction mechanism of hydrogen chloride synthesis; Through microscopic analysis of reaction mechanism, combined with a macro equipment structure design;The implementation of effective control of the process. Make the design of hydrogen chloride synthetic furnace work to target, scientific and reasonable.