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Annotated Bibliography of Cooling System Literature Notes: Description of the tests conducted at the EPRI/USDOE Advanced Concept Test facility. This report was one of a series of reports to document the ammonia phase change dry cooling system and to make the knowledge available to utility planners. This report presents the overview of the facility design and the various technical support studies including component testing and material selection. It also outlines the operational acceptance tests and operator training that was planned prior to initiating the test work. 30 references. Allemann, R. T., B. M. Johnson, and E. V. Werry. Wet-Dry Cooling Demonstration: A Transfer of Technology. 87. Palo Alto, CA, Electric Power Research Institute. Notes: Final report on the four year project to develop and demonstrate the ammonia phase- change dry cooling system at Pacific Gas and Electric Company’s Kern station. Test results are presented on the performance of the system in three operating modes: two combining dry and evaporative cooling and one combining dry and capacitive cooling. The test program included both passive and active performance tests, system response to normal system transients and system recovery from unusual system conditions. 42 references. Air-Cooled Heat Exchangers: A Guide to Performance Evaluation. Unknown. American Institute of Chemical Engineers. Notes: Report of the Air-Cooled heat Exchanger Subcommittee of the American Institute of Chemical Engineers. The document is intended to specify test methods for conducting and interpreting field performance tests of air-cooled heat exchangers with ambient air on the outside tube surface and process stream on the inside. It does not set performance specifications or discuss deviations from manufacturer’s predicted performance. 26 references. Air Cooled Heat Exchangers. 91. American Society of Mechanical Engineers. Armstrong, C. H. and R. S. Schermerhorn. Economics of Dry Cooling Towers Applied to Combined-Cycle Power Plants. 73. American Society of Mechanical Engineers. Notes: One of the first treatments of the cost of dry cooling when used on combined cycle plants. A case study for an 85MWe unfired combined cycle plant was presented. The costs were shown to be highly dependent on the relationship of unit capability vs. ambient temperature. The possibility that the adoption of dry cooling would significantly accelerate the project schedule due to a reduction in the time required to complete the environmental review and to shorter construction times enabled by shop construction of the tower was noted as an important economic advantage. No references. Aschner, F.S. Planning Fundamentals of Thermal Power Plants. John Wiley & Sons, New York, NY (Unknown). Notes: Review of design fundamentals for condensers on condensing power plants. This material is one part of a full textbook on the planning and design of steam power plants. This section covers both surface condensers and barometric condensers (of the Forgo-Heller type) and air cooled condensers. No cost information is provided. No references. Baker, D. Cooling Tower Performance. Chemical Publishing Company, New York, NY, (1984). Notes: Textbook on cooling towers. (Only the Table of Contents has been looked at.) A-2PDF Image | Comparison of Alternate Cooling Technologies for California Power Plants Economic, Environmental and Other Tradeoffs
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