By Detlev Kroger
This new textual content represents the main distinct and accomplished publication proposing smooth perform and idea suitable to the thermal-flow functionality overview, 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 find out how to arrange enhanced necessities and assessment extra severe bids with recognize to thermal functionality of recent cooling platforms. additional, Kroger explores development probabilities with appreciate to retrofits of latest cooling devices in addition to attainable affects of plant operations and environmental impacts
Read Online or Download Air-Cooled Heat Exchangers and Cooling Towers: Thermal-Flow Performance Evaluation and Design, Vol. 1 PDF
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Additional resources for Air-Cooled Heat Exchangers and Cooling Towers: Thermal-Flow Performance Evaluation and Design, Vol. 1
Motor operated louvers mounted before the deltas protect the finned surfaces and allow the airflow to be controlled. Fig. 16 Dry-Cooling Towers at the Razdan Power Plant, Armenia. Other more recent Heller systems include the 8 x 250 MWe Shahid Rajai power plant in Iran described by Ludvig, the 2 x 200 MWe Datong power plant in China, and the 2 x 200 MWe Teshrin plant that commenced operation in 1993 according to Spilko. In some indirect cooling systems, a conventional surface condenser is employed instead of the spray condenser.
Qxd 2/12/04 8:33 AM Page 18 AIR-COOLED HEAT EXCHANGERS AND COOLING TOWERS The 365 MWe Wyodak power plant near Gillette, Wyoming in the United States, was for many years the largest direct air-cooled plant in operation. The plant is located in an arid, coal-rich area 1240 m above sea level where extreme climactic conditions are experienced (-40 °C to 43 °C). 9 became operational in 1978. Details of its dimensions, operation, and performance are reported by Schulenberg and Kosten et al. Fig. 9 Air-Cooled Condenser at Wyodak Power Plant, United States In 1987, the 4 x 150 MWe Touss direct air-cooled plant was commissioned in Iran.
This relatively arid region is located 1200 m above sea level. 5 m diameter pipes and is fed to heat exchanger bundles located above the turbine house (Fig. 7) according to March. The bundles consist of galvanized elliptical finned tubes arranged in a staggered pattern (Fig. 8). 6 m diameter axial flow fans with their drive units are suspended from vibration-proof bridges on the condenser platform below the A-frames. qxd 2/12/04 8:33 AM Page 17 AIR-COOLED HEAT EXCHANGERS AND COOLING TOWERS Fig.