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The steam condenser is one of the most important element in whole power plant   installation. Their proper design and operation makes a significant   contribution to the efficiency of electricity production. The purpose of this   article is to propose a two-dimensional mathematical model that allows   modeling condenser work. In the model, the tube bundle is treated as a porous   bed. The analysis has been subjected to a two passes power condenser with a   capacity of 50 MW. The mathematical analysis was compared with the results of   experimental studies. The average error between the model and the experiment   for difference of cooling water temperatures was 5.15% and 11.60% for the   first and second pass respectively. This allows to conclude that the proposed   model is good enough to optimize future work of the condenser

The numerical and experimental study of two passes power plant condenser