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Sizzling Summer Scorches Power Production

"The heat wave is affecting at least 16 provinces, autonomous regions and municipalities, according to the National Meteorological Center (NMC), which issued an orange-level heat alert on Tuesday, the second highest level. With temperatures over 35 degrees Celsius, the electricity load in Beijing, Tianjin, Fujian and north China hit record high on Monday."
In order to avoid power shortages throughout the rest of the Summer, Chinese power officials are working diligently to predict electricity-demand patterns from the sixteen effected areas. Whether or not global warming is real or just a theory is a whole different topic, but those in the industry of power generation would do well to take a cue from the problems China is experiencing. Until new technologies are developed and as long as global temperatures continue to rise, power costs and the demands on the resources of every nation will continue to increase.
For more information on the Chinese heat-wave, in English, click the link:
http://news.xinhuanet.com/english2010/china/2010-07/06/c_13386638.htm
To learn more about the demands of power generation in the United States and Germany, visit the PACT website:
Opening the Flood Gates: Water Quality and Quantity in Power Generation

"Specific tower components have been developed and continue to undergo improvement as a direct result of decreasing water availability and increasing difficulty in obtaining permits for new cooling towers. For example, high-efficiency film fills maximize tower thermal performance, and modern drift eliminator designs can limit drift loss to as low as 0.0005% of the circulating water flow rate. Cooling tower fill is used to achieve the most economical heat transfer rate by providing increased contact surface area between the water and air."
It will be important for those in the power generation industry to monitor changes in cooling technology as water resources become more scarce. It is likely that in the future, our power generation output will be determined by the amount of water that is available for cooling applications in the industry. Until new methods of heat distribution and cooling are developed we will be dependent on water, and as water shortages continue to become more and more frequent, it is likely that our conservation of the element will determine our success for decades to come.
To read the article from Power Magazine, follow the link:
http://www.powermag.com/issues/features/Appraising-Our-Future-Cooling-Water-Options_2718.html
Roadmap 2050: Where Power Generation is Going in the Next Half-Century

The Economics of Heat-Recovery Steam Generators
