CAJ | 학술논문

随着经济和社会的发展，水资源的微污染问题日益严重，目前的水处理工艺必须考虑到微污染的问题。实验首先寻找传统混凝工艺的条件为pH=6．5～7．5，温度T=17℃～18℃，最佳投加量6．384mg／L（以Al元素含量计算）；然后在最佳的混凝条件下分别加入超声波的作用发现最佳的超声持续时间为30s；但是我们发现超声对硅的去除并不明显；超声作用混凝30s时，去除有机物的效率比传统混凝方法要高16．73％（以重铬酸钾指数为计）。得出结论：超声强化混凝对原水的浊度去除和有机物的去除都达到了很好的效果，而且比传统的混凝方法要好，但是在水中硅的去除方面和传统混凝相比TF并无优势。
수착경제화사회적발전，수자원적미오염문제일익엄중，목전적수처리공예필수고필도미오염적문제。실험수선심조전통혼응공예적조건위pH=6．5～7．5，온도T=17℃～18℃，최가투가량6．384mg／L（이Al원소함량계산）；연후재최가적혼응조건하분별가입초성파적작용발현최가적초성지속시간위30s；단시아문발현초성대규적거제병불명현；초성작용혼응30s시，거제유궤물적효솔비전통혼응방법요고16．73％（이중락산갑지수위계）。득출결론：초성강화혼응대원수적탁도거제화유궤물적거제도체도료흔호적효과，이차비전통적혼응방법요호，단시재수중규적거제방면화전통혼응상비TF병무우세。
With development of the economy and society, micro-contamination of water resources is a growing problem, the present water treatment plant must take into account micro-pollution. In this study, first of all loo- king for the traditional coagulation process conditions pH = 6.5 - 7.5, temperature T = 17 - 18 ℃, the best dosage of 6.384 mg/L（ calculated with A1 content） ;then the best coagulation conditions were added the role of ultrasound to find the best duration of ultrasound 30 s; but we found ultrasonic removal of the silicon is not obvious;ultrasonic coagulation 30 s, the removal efficiency of organic matter than conventional coagulation method 16.73% higher （ in potassium dichromate）. Concluded ： Ultrasound enhanced coagulation of the raw water turbidity removal and the removal of organic matter has reached good results, and better than traditional methods of coagulation, but the removal of silicon in the water area and the traditional coagulation phase no ad- vantage compared