Treatment of aquaculture wastewater by the biological film process
Study on aquaculture wastewater treatment with botanical filters is a burgeoning field.
On the whole, aquaculture wastewater was discharge without any treatments. For alleviating the increasingly serious aquaculture sea water pollution problems, this research proceeded to monitor the water quality index of the mariculture ponds about the basic water circumstances, and studied the light treatment system to purify aquaculture wastewater.
为了缓解日益严重的养殖海水污染问题,本研究对海水养殖池塘的水质状况进行监测,了解养殖水体的基本情况,以及研究光照处理系统来改善 养殖废水,并筛选耐盐碱植物来调控养殖水体,发展种养殖耦合的海水农业系统模式,为封闭式综合养殖模式的改进和完善,提供基础理论方面的支持。 主要结论如下:
How to make use of the nutrient substances of the aquaculture wastewater efficiently, how to reuse the aquaculture wastewater economically and how to solve the problem of eutrophication are in great urgency.
如何有效利用养殖水体中的营养物质，使 养殖废水经济有效地得到回收和利用，解决 养殖废水富营养化问题已迫在眉睫。
Purification of Aquaculture Wastewater Under Exposure of Light
Isolation and Identification of Bacteria from Aquacultural Wastewater and Immobilization for Ammonia Degradation
Immobilized of Stadl and Sam2 by activated carbon were used to treat aquacultural wastewater.
通过连续稀释、划线等方法，分别从虾池 养殖废水和大菱鲆 养殖废水中各分离、纯化得到一株优势菌株Stad1和Sam2。
The suitable HRT for acidification of starch wastewater is 4.5～7 h,longer than that of sucrose wastewater. However,no hydrogen is detected in acidifying fermentation of livestock wastewater.
Study was made on the hydrogen production from acidifying fermentation of sucrose- and starch-containing wastewater,and livestock wastewater by using anaerobically digested sludge.
Sludge bulking control in SBR for livestock wastewater treatment with low ratio of C/N by addition of carbon source optimized by real time control strategy
Review on treatment technology of intensive livestock wastewater.
Both Phragmites australis and Hedychium gardneranum were grown in a constructed wetland in order to study removal capability of nitrogen and phosphorus from livestock wastewater.
Purification and Utilization of Breeding Wastewater With Plant Soil Cultivating System
Treatment of high concentrated livestock and poultry breeding wastewater by ammonia stripping and A~2/O process
Ammonia stripping and A2/O process treating high concentrated livestock and poultry breeding wastewater was presented.
Approach of Domestic Animal Breeding Wastewater Treatment
Engineering Application of the Treatment to Turtle breeding Wastewater by Soilless Cultivated Ryegrass (Lolium perenne)
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This study assessed the performance of CWs in treating the aquaculture wastewater, examined the water quality condition of aquaculture ponds and the growth and the survival rate of "target" species (Ictalurus punctatus and Megalobrama amblycephala).
Innovative Recirculation System for Aquaculture Wastewater management is a major issue to the aquaculture industry.
Ammonia removal from livestock wastewater by ammonia-assimilating microorganisms immobilized in polyvinyl alcohol
Growth and physiological responses of Kandelia candel and Bruguiera gymnorrhiza to livestock wastewater
On the other hand, livestock wastewater increased leaf electric conductance in Kandelia candel but not in Bruguiera gymnorrhiza.
The superoxide dismutase activity in treated Bruguiera gymnorrhiza decreased but did not show any significant change in Kandelia candel receiving livestock wastewater.
Wastewater generation in Korea in 2002 reached 2,908 million tons, with only 0.6% of this volume night soil and 1.7% livestock wastewater.
Growing Giant Clam (Tridacna Derasa) in Aquaculture Effluent
A previous study by the authors demonstrated the feasibility of culturing giant clams in aquaculture effluent.
Structural and functional aspects of treated mine water and aquaculture effluent streams
The addition of aquaculture effluent to the treated mine water allowed colonization by additional taxa, increased leaf decomposition rates and may have conferred resistance to a turbidity event.
In another Ulva experiment, various combinations of aquaculture effluent water, commercial fertiliser and Kelpak? at 1:2500 were used.