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and operating experience over the past decade. n contrast, the use of dry and wet/dry towers, cooling ponds and mixed modes have been constrained by design, performance and cost uncertainties. In addition, there appears to have been very few previous attempts to provide a common framework for optimal design, prediction of performance (in terms of efficiency and power availability) and cost evaluation for the entire spectrum of cool- ing system alternatives. The research program at MIT has been an attempt both to provide such a common framework and to examine modes of cooling presently attended by performance uncertainties. The completed portion of the research can be divided into five parts. The fiist three deal with the cooling system alternatives described above including (1) the use of dry and wet/dry towers for closed cycle cooling, (2) the use of artificial (off-stream) ponds for closed cycle cooling and (3) the intermittent use of evaporative cooling towers to supplement once-through cooling for purposes of meeting environmental constraints. In part (4) of the study, design codes for dry and wet/dry towers, and for cooling ponds were used with existing codes for once-through and evaporative towers to provide a comparison of economic, environmental and resource comsumption trade-offs for these systems. Finally, in part (5), these results were used along with various scenarios of energy demand to estimate the incremental costs, and the water and fuel consumption, which would result from future thermal dis- charge controls. It should be pointed out that these research activities, while related, are designed to be independent and not merely a series of com- ponents leading to a single set of conclusions and/or bottom-line implica- tions. Technical reports describing these activities have been provided. The following section of this report outlines very briefly the major results to be found in each report. 35PDF Image | WASTE HEAT MANAGEMENT IN THE ELECTRIC POWER INDUSTRY
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