Studies are made to the electrolytic coagulation decolorization of simulated printing and dyeing wastewater with reactive brilliant red X-3B as main component under different conditions. 对活性艳红X-3B模拟印染废水进行了不同条件下的电混凝脱色研究。
The Constructional Design of the Electrolytic Tank for the Decolourization of Dyeing and Printing Waste Water by Conductive Electro Flocculation 导流电凝聚法印染废水脱色电解槽结构设计
The fundamental principle of conductive electro flocculation is described. The structure and the dimensions of the electrolytic tank are determined by decolourization experiment using simulated dyeing and printing waste water. 阐述了导流电凝聚法的基本原理,由模拟废水脱色试验确定了电解槽的结构及各项尺寸。