Steam cooler. In steam condensate circuits, during the operation of a deaerator, tank or other similar equipment, a by-product is released - a vapor-gas mixture or steam.<\/p>\n
Steam contains a significant amount of heat and chemicals. purified water, which, unfortunately, goes into the atmosphere as production waste.<\/p>\n
It is possible to return this heat and water to the thermal circuit using a vapor cooler, and this opportunity must be used.<\/p>\n
The vapor-gas mixture (steam) leaving the deaeration column or tank must flow into steam cooler, <\/strong>which will condense the steam and return the received heat and condensate to the thermal circuit, and the received thermal energy here can be immediately used to operate the deaerator. In a modern thermal circuit, a vapor cooler is an indispensable element. When used with a deaerator, it is installed either individually on one deaerator or on several deaerators (group installation). However, for vacuum deaerators and atmospheric deaerators, only individual installation is provided.<\/p>\n The efficiency of the steam cooler in a deaeration plant is very high. The payback of its installation does not exceed 1-1.5 years, and if natural gas is used as fuel, it can pay off in 6-9 months.<\/p>\n Artesia has developed, tested and manufactures efficient vapor coolers:<\/p>\n