CAJ | 학술논문

以天然物质壳聚糖和阳离子单体甲基丙烯酰氧乙基三甲基氯化铵(DMC)为基本原料,通过接枝反应,得到改性壳聚糖絮凝剂(CAM),对壳聚糖接枝产物的结构、Zeta电位、pH适应性等进行了分析,并通过对啤酒厂实际生产废水的絮凝试验分析表明,当絮凝剂用量为30 mg·L~(-1)时,除浊率可达90%以上,沉降速度可达0.55 cm·s~(-1),COD去除率高于95%,絮凝效果明显优于CTS和PFS.
이천연물질각취당화양리자단체갑기병희선양을기삼갑기록화안(DMC)위기본원료,통과접지반응,득도개성각취당서응제(CAM),대각취당접지산물적결구、Zeta전위、pH괄응성등진행료분석,병통과대비주엄실제생산폐수적서응시험분석표명,당서응제용량위30 mg·L~(-1)시,제탁솔가체90%이상,침강속도가체0.55 cm·s~(-1),COD거제솔고우95%,서응효과명현우우CTS화PFS.
The chitosan and the cationic monomer(2-methacryloyloxyethyl) trimethylammonium chloride (DMC) were modified by graft copolymerization reaction to prepare a high effective fashion flocculants(CAM). The product structure of graft copolymerization for chitosan and DMC, the Zeta potential, the adaptability analysis of pH values, and soon, would be discussed in the study, and through flocculants tests on the brewery wastewater, the results showed that when the dosage of CAM was 30mg·L~(-1), the removal rate of turbidity reached over 90%. the settling velocity was up to 0.55 cm·s~(-1), the removal rate of COD was over 95%, the flocculation performance of CAM was superior to that of chitosan and PFS.