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Though the total particulate emissions from wet cooling towers with fresh water make-up is much less, they contain more PM 10 and PM 2.5 than the total emissions from wet cooling towers with sea water make-up. This is due to lesser salt content in fresh water drift (below 2,000 ppm) compared to the salt content of sea water drift (60,000 ppm).
A hyperboloid cooling tower by Frederik van Iterson and Gerard Kuypers was patented in the Netherlands on August 16, 1916. [7] The first Van Iterson cooling tower was built and put to use at the Dutch State Mine Emma in 1918. A whole series of the same and later designs would follow. [8]
Canton Tower, Guangzhou, China Kobe Port Tower, Kobe, Japan Cooling tower, Puertollano, Spain. This page is a list of hyperboloid structures. These were first applied in architecture by Russian engineer Vladimir Shukhov (1853–1939). Shukhov built his first example as a water tower (hyperbolic shell) for the 1896 All-Russian Exposition.
Frederik Karel Theodoor van Iterson (12 March 1877 – 11 December 1957) was a Dutch mechanical engineering professor, who largely developed the typical design of power station natural draught cooling tower, being built from 1918. The evolution of cooling tower design was visible at the Dutch States Mine Emma, January 1st, 1984.
Hyperboloid cooling towers 6 and 7 were constructed between 1937 and 1938, replacing earlier square cooling towers. They were designed by LG Mouchell and Partners. The cooling towers had a total capacity of 10,500,000 gallons per hour. [2] Blackburn Meadows operated in conjunction with Neepsend and Kelham Island power stations.
Cooling towers are structures for cooling water or other heat transfer media to near-ambient wet-bulb temperature. Wet cooling towers operate on the evaporative cooling principle, but are optimized to cool the water rather than the air. Cooling towers can often be found on large buildings or on industrial sites.