火电厂化学水处理工艺的绿色发展途径

Nie Xin, Anjar Praditya Wicaksono
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引用次数: 0

摘要

绿色化学是充分利用原料和能源,减少有害物质排放的理论。火电厂的化学水处理过程涉及到化学品、蒸汽等原料和能源的利用,以及废水、废气等有害物质的排放。为探索化学水处理工艺绿色发展的可行技术途径,遵循高效利用和物质循环利用的绿色化学理论,以火电厂化学水处理系统为研究对象,引入离子交换膜技术,对原排盐水进行高效利用,回收低品位热能;形成了化学水处理工艺绿色发展的技术流程图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Green Development Approach Of Chemical Water Treatment Process In Thermal Power Plant
Green chemistry is the theory of making full use of raw materials and energy to reduce the emission of harmful substances. The chemical water treatment process in thermal power plants involves the utilization of raw materials and energy such as chemicals and steam, as well as the emission of harmful substances such as waste water and waste gas. In order to explore feasible technical approaches for the green development of chemical water treatment processes, to follow the green chemistry theory of efficient use and material recycling, and take the chemical water treatment system of thermal power plants as the research object, to introduce ion-exchange membrane technology, to efficiently use of the originally-drained brine water, recycle low-grade heat energy, and form a technical flow chart for the green development of chemical water treatment processes.
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