文档介绍：第 32 卷第 5 期武汉理工大学学报 Vol. 32 No. 5
2010 年 3 月 JOURNAL OF WUHAN UNIVERSITY OF TECHNOLOGY Mar. 2010
DOI: 10. 3963/ j. issn. 167124431. 2010. 05. 032
池塘养殖废水水质变化规律及修复技术研究
葛成军, 俞花美, 唐文浩
( 海南大学环境与植物保护学院, 儋州 571737)
摘要: 水产养殖池塘是造成水域富营养化的重要污染源之一。近年来, 水产养殖废水治理的研究成为热点。研究创
新地采用太阳光化学原位修复原理对典型热带地区)) ) 海南省某养殖场废水进行清洁闭环水生态养殖技术的探讨。采
用现场定位观测实验研究方法, 研究高位池水质的变化规律, 探讨高位虾池光化循环净水装置对养殖废水中 COD、SS、
营养盐等污染物的去除效应、脱氮解毒效应、抑藻效应以及增氧效应等。结果表明, 研究的养殖水环境修复技术能有效
地实现热带地区高位池循环水养殖及养殖污水的/ 零排放0 , 是满足环保要求的一种多功能、低成本、效果好的水体净化
方法。
关键词: 太阳光化学处理系统; 池塘养殖废水; 废水处理; 闭环水技术; 水质变化
中图分类号: X 703. 1 文献标识码: A 文章编号: 167124431(2010)0520124205
Research on Quality Variation and Rehabilitation of Intensive
Pond Aquaculture Wastewater
GE Cheng2jun, YU H ua2mei, TANG Wen2hao
( School of Environment and Plant Protection, Hainan University, Danzhou 571737, China)
Abstract: R ecently, the pollution from pond aquaculture waste water has e more and more serious. In this paper, a
photochemical treatment system (PTS) was designed to treat t he polluted aquaculture wastewater. A spot observation method
has been used in discussing the photochemical reactivity for the treatment of pond aquaculture wastewater with this system on a
shrimp farm in Hainan province, China. Conclusions were drawn that culture pond with PT S could realize progressive efficiency
of pollutant removal without water exchange, in a recircula