WASTE HEAT MANAGEMENT IN THE ELECTRIC POWER INDUSTRY

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WASTE HEAT MANAGEMENT IN THE ELECTRIC POWER INDUSTRY ( waste-heat-management-inelectric-power-industry )

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reasons: a vast amount of data must be collected and processed in order to describe an ecological system; there are strong natural variabilities in the environment which make it extremely difficult to distinguish between natural and man-made changes; it is difficult to put a qualitative value measure on man-made changes (i.e., how detrimental is a certain shift in the ecological structure?). The control of waste heat discharges ranges from in-plant measures for reducing waste heat to plant design and operation measures aimed at an optimal interphasing with the environment. In-plant measures relate to improved waste heat abatement technologies, such as new heat exchange surfaces for cooling towers. The design and operation of heat disposal systems relates to the multiplicity of choices which have bearing on the environmentalperformance. Therearequestionssuchasthelocationof the power plant, the design of heated discharge outfalls and the operation of disposal systems during transient environmental conditions. At the heart of these choices lie models for the prediction of waste heat effluents in the environment. Only through these models is it possible to relate the waste heat source and its spatial and temporal influence on the environment. Without predictive models, meaningful strategies for waste heat management are not possible. Beneficial utilization of waste heat means the economic utilization of a portion of the energy content of the waste heat before it is dis- charged into the water body. Alternatively, beneficial effects of waste heat may arise directly within the water body. Proposed concepts of beneficial use include space heating or refrigeration for industrial or domestic purposes, waste water treatment, aquaculture and thermal agriculture, and winter navigation. An extensive 6

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WASTE HEAT MANAGEMENT IN THE ELECTRIC POWER INDUSTRY

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