阅读说明：本技术 用于废水的有效且可持续的电化学处理的方法和系统 (Method and system for efficient and sustainable electrochemical treatment of wastewater ) 是由 梁嘉麟 黄咏芹 于 2020-05-12 设计创作，主要内容包括：一种用于废水的有效且可持续的电化学处理的系统,该系统包括反应器罐；具有电解池的堆叠的第一电解槽,每个电解池包括第一组成的阳极；和具有电解池的堆叠的第二电解槽,每个电解池包括第二组成的阳极；以及污染物浓度测量装置,用于监测反应器罐中至第一电解槽或至第二电解槽的污染物浓度。待处理的废水从反应器罐被供应到第一电解槽,直到污染物浓度变得基本上恒定,如通过污染物去除率为约0mg/h所测量的,这指示在第一电解槽中产生的副产物的累积,此时废水从反应器罐被供应到具有阳极的第二电解槽,所述阳极可以有效地处理第一电解槽中的反应的副产物。(A system for efficient and sustainable electrochemical treatment of wastewater, the system comprising a reactor tank; a first electrolytic cell having a stack of electrolytic cells, each cell comprising an anode of a first composition; and a stacked second electrolytic cell having electrolytic cells, each electrolytic cell including an anode of a second composition; and a contaminant concentration measuring device for monitoring the concentration of the contaminant in the reactor tank to the first electrolytic cell or to the second electrolytic cell. The wastewater to be treated is supplied from the reactor tank to the first electrolytic cell until the contaminant concentration becomes substantially constant, as measured by a contaminant removal rate of about 0mg/h, which indicates the accumulation of by-products produced in the first electrolytic cell, at which time the wastewater is supplied from the reactor tank to a second electrolytic cell having an anode that can effectively treat the by-products of the reaction in the first electrolytic cell.)