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This article in JEQ

  1. Vol. 2 No. 2, p. 197-203
     
    Received: Feb 14, 1972
    Published: Apr, 1973


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doi:10.2134/jeq1973.00472425000200020007x

Heat Budget of Cooling Basins1

  1. F. T. Lindstrom and
  2. L. Boersma2

Abstract

Abstract

A system of open water basins which allows beneficial use of heated discharges from thermal power stations while at the same time providing a heatsink is proposed. These are large, shallow compartments filled with water which is well mixed, while cooling water is pumped through conduits below the basins. They might be used for the production of single-cell protein and fish. Equations were derived for the temperature distribution in the warm water conduit and basins of the system used in conjunction with a 1000-megawatt electric power plant. The rate of heat loss is controlled by the rate of heat loss at the air-water interface which may vary widely as a function of windspeed and relative humidity. The rate of heat exchange between the basins and the conduits was not critical. The surface area of basins required may vary from about 100 ha to over 500 ha.

For a constant surface area of the basins the temperature of the cooling water would fluctuate as a result of changing rates of heat loss. It might be difficult to develop commercial uses for a large number of basins. Use of such basins in conjunction with other methods of heat dispersion is therefore suggested.

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