海洋科学2016，Vol.40Issue(1)：32-39,8.DOI:10.11759//hykx20150322002
贝藻混养对大西洋鲑养殖废水的生物滤除
Biological purification of Atlantic salmon (Salmo salar) waste-water with the polyculture of Bivalves and Macroalgae
摘要
Abstract
The comprehensive utilization and non-harmful treatment of aquacultural wastewater are important to guarantee healthy and sustainable development of the aquaculture industry. In this study, the effects of the polycul-ture ofCrassostrea gigas andGracilaria lemaneiformis in processing Atlantic salmon wastewater and recirculating aquaculture systems was observed over 30 days, and the removal rates of nitrogen and phosphorus nutrients, chemical oxygen demand (COD), and total suspended particulate matter (TSS) were observed over 30 days. Results show that nutrients, COD, and TSS removal rates by the polyculture ofCrassostrea gigas and Gracilaria were as follows: 41.67%±8.82% TAN, 33.96%±0.34% NO3-N, 7.18%±0.03% phosphate, 78.87%±1.82% COD, and 70.50%±1.65% TSS. However, there was a tendency for NO2–-N to accumulate to a certain extent. In conclusion, the polyculture ofCrassostrea gigas and Gracilaria delivered a superior treatment effect than that ofCrassostrea gigas andGracilariaseparately.关键词
大西洋鲑(Salmo salar)/工业化循环水养殖/养殖废水/贝藻混养/废水处理Key words
Atlantic salmon (Salmo salar)/recirculating aquaculture systems/aquacultural wastewater分类
生物科学引用本文复制引用
马晓娜,李甍,孙国祥,王顺奎,于凯松,刘鹰..贝藻混养对大西洋鲑养殖废水的生物滤除[J].海洋科学,2016,40(1):32-39,8.基金项目
国家科技支撑计划(2011BAD13B04) （2011BAD13B04）
国家自然科学基金项目(31472312,41306152,31402283) （31472312,41306152,31402283）
青岛市创新创业人才计划(13-CX-16)@@@@National Key Technologies R&D Program(2011BAD13B04) （13-CX-16）
National Natural Science Fund of China(31472312,41306152,31402283) （31472312,41306152,31402283）
Qingdao Innovation Talents Program(13-CX-16) （13-CX-16）
