By Detlev Kroger
This new textual content represents the main precise and entire e-book offering smooth perform and conception appropriate to the thermal-flow functionality evaluate, layout, and optimization of air-cooled warmth exchangers and cooling towers. He additionally presents sleek analytical and empirical instruments used to guage the thermal-flow functionality and layout of air-cooled warmth exchangers and cooling towers. Kroger covers the right way to arrange stronger necessities and overview extra severe bids with appreciate to thermal functionality of latest cooling platforms. additional, Kroger explores development chances with recognize to retrofits of latest cooling devices in addition to attainable affects of plant operations and environmental impacts
Read or Download Air-Cooled Heat Exchangers and Cooling Towers: Thermal-Flow Performance Evaluation and Design, Vol. 1 PDF
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Extra info for Air-Cooled Heat Exchangers and Cooling Towers: Thermal-Flow Performance Evaluation and Design, Vol. 1
And J. S. ” Mechanical Engineering, 103: 34–41, October 1981. , Kühltürme, Springer-Verlag, Berlin, 1975. , and Z. Szabó, “A Wet/Dry Cooling System for a 600 MW Combined Cycle Power Plant,” 5th International Association for Hydraulics Research Cooling Tower Workshop, Monterey, California, 1986. , Z. Szabó, and L. Awerbach, “Combined Wet/Dry Dry Cooling Plants ‘System Heller’ of EGI,” American Society of Mechanical Engineers Winter Annual Meeting, Chicago, 1988. , and M. Monjoie, “Testing Procedure for Wet/Dry Plume Abatement Cooling Towers,” 9th International Association for Hydraulics Research Cooling Tower and Spraying Pond Symposium, von Karman Institute, Brussels, September 1994.
The recooled water returns to the condenser via an energy recovery turbine, through which its pressure drops to below ambient conditions. This particular layout is also referred to as the Heller system after the Hungarian engineer who first proposed the concept. This is described by Heller and Szabo. The Heller system has found application at numerous power plants throughout the world. In 1962, a 120 MWe turbine rejecting 169 MW heat through a hyperbolic concrete natural draft dry-cooling tower was commissioned at the Rugeley power plant in Great Britain.
Betriebserfahrungen mit einem Luftkondensator,” Archiv für Wärmewirtschaft, 22–12: 265–268, 1941. , and L. Holly, “Dry Cooling Eliminates Thermal Pollution,” Energie, vol. 23, October and November 1971. , “Condensation by Means of Air for Steam Turbines Equipped with Injection Condensers,” 4th World Power Conference, vol. 3, 1950 Hill, G. , E. J. Pring, and P. D. Osborn, Cooling Towers, Principles and Practice, Butterworth-Heinemann, London, 1990. , “Der Trockenkühlturm des 300-MW-THTR-Kern-Kraftwerkes Schmehausen-Uentrop,” Vereinigung der Grosskraftwerksbetreiber Kraftwerktechnik 53, 7: 463–471, 1973.