CAJ | 학술논문

以改性膨润土为催化剂，采用电芬顿降解的方法，研究了不同离子改性膨润土、染料废水初始pH、催化剂的加入量、反应时间对染料废水脱色效果的影响。研究表明铁改性膨润土、pH 为4、催化剂加入量为18 g/L、反应10 min 活性红染料废水脱色效果最好，脱色率达到98%。
이개성팽윤토위최화제，채용전분돈강해적방법，연구료불동리자개성팽윤토、염료폐수초시pH、최화제적가입량、반응시간대염료폐수탈색효과적영향。연구표명철개성팽윤토、pH 위4、최화제가입량위18 g/L、반응10 min 활성홍염료폐수탈색효과최호，탈색솔체도98%。
The degradation of dyeing wastewater catalyzed by metal ion modified bentonite in the electrochemical reactor was investigated. The effect of pH,different metal ion and dosage of catalyst on the efficiency of the electrochemical degradation process was studied. The results show that the bentonite modified by Fe3+ has the highest electrochemical catalytic activity for the electrochemical degradation of dyeing wastewater with pH= 4. Its color removal rate can reach up to 98%.