Condenser water T in 20 20 oC Condenser water T out 30 30 oC Condenser saturation temperature 38.95 34.20 oC Condenser external HTC 8.183 46.127 kW/m2K Condenser overall HTC 3.426 5.226 kW/m2K Condenser heat rejection/MW 1,273 1,195 MW Condenser water volume flow rate 30.53 28.66 m3/s Reduced condenser water flow rate - 1.87 m3/s Turbine output W t 950 1,028 MW
condensate flow through the steam jet air ejector (SJAE) condensers and steam packing exhauster. The SJAE condensers and the steam packing exhauster heat the condensate flow while cooling their respective process flows. Condensate flow is next directed to the condensate deep-bed demineralizers which purify the condensate water Improved Steam Condenser Gas Removal SystemTwo Stage Steam Ejectors Air and water vapor are removed from the main steam condenser, enter the 1st stage ejector and are compressed to the interstage pressure by means of the high pressure motive steam. The load and motive steam are discharged to the inter condenser and a portion of the water vapor load and motive steam are condensed
The vent condenser is a plume abatement device. Vented steam is directed into the unit where it is cooled and condensed by cold plant water. Energy is continuously recovered at a rate of 950 BTUs for every pound of steam contained in the plume. It is recovered in two forms, hotter water and clean distilled condensate ready for productive use elsewhere in your operation. Steam Condenser:Basics, Parts, Advantages, and Jun 08, 2021 · A steam condenser is a closed vessel-type heat exchanger applied to convert low-pressure exhaust steam from the turbine to water. A steam condenser is a mechanical device employed to condense exhaust steam of the turbine into the water. It conducts this process with the help of cooling water that circulates inside it from the cooling tower.
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