流動化學系統之製程泵浦調控技術

The Process Pump Control Technology for Flow Chemistry Systems

李侃峰 ； 曾奕凱

《機械工業雜誌》 462期 (2021/09) Pp. 33-38

摘要

目前化學產業仍以批次生產技術為主，隨微流道與微反應器等技術發展，在有限的封閉環境中實行微流道流動化學連續生產製程，能有效解決現行傳統批次化工常有的反應控制、耗能、工安及環保問題。本文運用「管路控制流量」與「泵浦控制流量」兩種方法，驗證流動化學系統之微流道連續生產製程可行性。

關鍵字

流動化學 ； 連續製程 ； 微流道

並列摘要

At present, the chemical industry is still being dominated by the batch production technology. With the development of technologies such as micro-channels and micro-reactors, the continuous mass production process for micro-channel flow chemistry can be implemented in a limited closed environment. This system can effectively solve the reaction control, energy consumption, industrial safety and environmental protection problems that existing in the current traditional batch chemistry production. Two flow rate control methods are presented in this article, and the feasibility of micro-channel continuous mass production process for the flow chemistry system is being verified.

並列關鍵字

Flow chemistry ； Continuous process ； Micro channel