Comparison of Alternate Cooling Technologies for California Power Plants Economic, Environmental and Other Tradeoffs

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Comparison of Alternate Cooling Technologies for California Power Plants Economic, Environmental and Other Tradeoffs ( comparison-alternate-cooling-technologies-california-power-p )

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Cooling Technologies: the State of the Art 46. Missimer, J. R. D. E. Wheeler and K. W. Hennon. The Relationship Between SP and HGBIK Drift Measurement Results--New Data Creates a Need for a Second Look. Houston, TX: Cooling Technology Institute; 1998. 47. Mitchell, R. D. Survey of Water-Conserving Heat Rejection Systems. Palo Alto, CA: Electric Power Research Institute; 1989 Mar; EPRI GS-6252. 48. Niagara Blower Company. Available at: http://www.niagarablower.com/wsac.htm. 49. Oosthuizen, P. C. Performance Characteristics of Hybrid Cooling Towers. University of Stellenbosch: Dept. of Mechanical Engineering; 1995 Sep; ME Thesis. 50. Richardson, J. and M. G Trulear. Recent Advances in High Alkaline Cooling Water Treatment. Houston, TX: Cooling Technology Institute; 2000. 51. Scherf, O. Die luftgekühlte Kondensationsanlage im 150-MW-Block des Preussag- Kraftwerkes in Ibbenbüren, Energie und Technik. 1969; (7):260-264. 52. Schulenberg, F. Der Luftkondensator für den 356-MW-Block in Wyoming/USA. Sammelband VGB-Konferenz; 1977. 53. Simpson, N. Air-Cooled Condenser Fits Steam Plant to Arid Site. 1970(June 8, 1970). 54. Streng, Andreas. Circular Hybrid Cooling Towers. CTI Journal. 2000. 55. Suptic, D. M. A Non-Metallic Air Cooled Heat Exchanger for Cooling Tower Plume Reduction. Houston, TX: Cooling Technology Institute; 1999. 56. Thermoflow. 1999. Available at: http://www.thermoflow.com. 57. Trage, B. A. J. Ham and Th. C. Vicary. The Natural Draught, Indirect Dry Cooling System for the 6 x 686 MWe Kendal Power Station, RSA. Jt. ASME/IEEE Power Generation Conference; Boston, Massachusetts. 1990. 58. Tsou, John J. Jenco and K. Zammit eds. Proceedings: Cooling Tower Technology Conference; 1997 Jul. 59. Van der Walt et al. The Design and Operation of a Dry Cooling Tower system for a 200 MW Turbo-generator at Grootvlei Power Station, South Africa. Proceedings of the 9th World Energy Conference; Detroit, MI. 1974. 60. Varley, J. Eskom’s Majuba: at the peak of its career. 1999 . 61. Von Cleve, H.-H. Die Luftgekùhlte Kondensationsanlage des 4000 MW-Kraftwerks Matimba/Südafrika. VGB Kraftwerkstechnik. 1984; 64(4). 3-18

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