德克萨斯湖局部脱层

K. M. Robinson, J. Garton, R. E. Punnett
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引用次数: 7

摘要

采用轴流加顿泵改善得克萨斯湖热分层过程中的放水水质。直径8英尺(2.44米)的螺旋桨泵安装在浮动支撑平台上,直接在进气结构上运行。悬浮在水面5.6英尺(1.7米)以下的螺旋桨将高质量的脱毛水泵入出口。在有泵和没有泵的情况下,以几种释放速率监测水质参数,以确定泵的有效性。抽释比为0.48时,稀释系数最大可达32.5%。浊度、硫化物、锰、总铁、磷和氨氮的最大改善分别为83%、68%、49%、21%、53%和37%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Localized Destratification at Lake Texoma
An axial flow Garton Pump was used to improve release water quality from Lake Texoma during thermal stratification. An 8-ft (2.44m) diam propeller pump, mounted on a floating support platform, was operated directly over the intake structure. The propeller, suspended 5.6 ft (1.7m) below the water surface, pumped high quality epilimnion water down to the outlet. Water quality parameters were monitored with and without pumping at several release rates to determine pump effectiveness. A maximum dilution factor of 32.5% was obtained at a pumping to release rate ratio of 0.48. The maximum observed improvements for turbidity, sulfides, manganese, total iron, phosphorous, and ammonia nitrogen were 83, 68, 49, 21, 53, and 37% respectively.
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