工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2009年
12期
8-11
,共4页
农药废水%催化剂%废水处理
農藥廢水%催化劑%廢水處理
농약폐수%최화제%폐수처리
pesticide wastewater%catalyst%wastewater treatment
农药废水具有成分复杂、毒性大、浓度高等特点,处理比较困难.催化剂在现代化学工业中占有极其重要的地位,将催化剂用于农药废水处理过程中是农药废水的一个新突破点,并且取得了很好的成果.作者将分别介绍用于光催化法、化学氧化法和湿式氧化法中催化剂的研究进展.
農藥廢水具有成分複雜、毒性大、濃度高等特點,處理比較睏難.催化劑在現代化學工業中佔有極其重要的地位,將催化劑用于農藥廢水處理過程中是農藥廢水的一箇新突破點,併且取得瞭很好的成果.作者將分彆介紹用于光催化法、化學氧化法和濕式氧化法中催化劑的研究進展.
농약폐수구유성분복잡、독성대、농도고등특점,처리비교곤난.최화제재현대화학공업중점유겁기중요적지위,장최화제용우농약폐수처리과정중시농약폐수적일개신돌파점,병차취득료흔호적성과.작자장분별개소용우광최화법、화학양화법화습식양화법중최화제적연구진전.
The components of pesticide wastewater are complicated : highly toxic, and highly concentrated. Thus, pesticide wastewater is more difficult to be treated. In modem chemical industry, catalyst occupies an extremely im-portant position. Its application to the treatment of pesticide wastewater is a new break-through, and has obtained excellent results. The results of the application of catalyst to photocatalysis, chemical oxidation and wet oxidation method are introduced.
