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Water quality and growth of phytoplankton for the Yellow River estuary reservoirs—The nutrients release from reservoir sediments

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【作者】 高桥幸彦; 杜茂安; 李观元; 王云波; 张杰; 松本恭明;

【Author】 YUKIHIKO TAKAHASHI1,2, DU Mao-an2, LI Guan-yuan2, WANG Yun-bo3, ZHANG Jie2, YASUAKI MATSUMOTO1 (1.Original Engineering Consultants Co., LTD, Tokyo162-0814,Japan 2.School of Municipal and Environmental Engineering, Harbin Institute of Technology, Harbin 150090, China; 3.Shenyang Urban Construction Project Office, Shenyang 110013,China)

【机构】 Original Engineering Consultants Co., LTD; School of Municipal and Environmental Engineering, Harbin Institute of Technology; Shenyang Urban Construction Project Office;

【摘要】 Effects of nutrients released from sediments on eutrophication in lakes and reservoirs were not well known in China. In the test, the release conditions of nitrogen and phosphorus from the sediments were observed by batch experiment. The test results revealed that the content released is correlated to the initial content of organic matter in sediments. In the Gengjing area, when the water quality of waterway, grit chamber and reservoir were compared, the water quality of the waterway was the highest, and lowered in the order of the grit chamber and the reservoir. The grit chamber could get not only fine sand removal but also the organic substance, nitrogen, phosphorus and phytoplankton, therefore it is important to operate and maintain the grit chamber to preserve the water quality of the reservoir. Due to little organic substance in sediments, ammonium nitrogen and phosphorus weren’t released during the incubation. But from the absorptiometric turbidity unit (ATU) test results, although the release of ammonium concentration was very low, ammonium oxidizing and nitrite oxidizing bacteria existed in sediments.

【Abstract】 Effects of nutrients released from sediments on eutrophication in lakes and reservoirs were not well known in China. In the test, the release conditions of nitrogen and phosphorus from the sediments were observed by batch experiment. The test results revealed that the content released is correlated to the initial content of organic matter in sediments. In the Gengjing area, when the water quality of waterway, grit chamber and reservoir were compared, the water quality of the waterway was the highest, and lowered in the order of the grit chamber and the reservoir. The grit chamber could get not only fine sand removal but also the organic substance, nitrogen, phosphorus and phytoplankton, therefore it is important to operate and maintain the grit chamber to preserve the water quality of the reservoir. Due to little organic substance in sediments, ammonium nitrogen and phosphorus weren’t released during the incubation. But from the absorptiometric turbidity unit (ATU) test results, although the release of ammonium concentration was very low, ammonium oxidizing and nitrite oxidizing bacteria existed in sediments.

【基金】 Sponsored by Liquid Specialties Project(Grant No. 2008ZX07211-007)
  • 【文献出处】 Journal of Harbin Institute of Technology ,哈尔滨工业大学学报(英文版) , 编辑部邮箱 ,2011年02期
  • 【分类号】X52
  • 【被引频次】1
  • 【下载频次】25
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