The problem of the surface condenser overall heat transfer coefficient determining at high temperatures of cooling water

Performance Analysis of Advanced Nuclear Power Plant with Variation of Sea Water Temperature

“…concluded that condenser exergy performance decreases with decreasing sea water temperature, which further influences the condenser duty. Recently, the authors of [6] push concerns related to high cooling water temperatures. The deviation of the heat transfer coefficient is found to be around 27% in the case of a deteriorated condenser vacuum, which eventually degrades the condenser performance.…”

“…Also, the authors of [5] concluded that condenser exergy performance decreases with decreasing sea water temperature, which further influences the condenser duty. Recently, the authors of [6] push concerns related to high cooling water temperatures. The deviation of the Mater.…”