Ventilation of swimming pools and effectiveness of energyefficiency of heat recovery

Today, as the standard of living increases, people's comfort needs are becoming more and more important. There are many ways to improve the comfort conditions of people's places. These methods are also developing with developing technology. In this study, a ventilation system of a closed swimming pool of a social facility was designed, emphasis was placed on the removal of the ambient water, the required air flow was calculated according to the ambient humidity, the heat load from the fresh air flow was determined together with the room temperature losses. Heating load account is made with heat recovery and without heat recovery. In addition, the drawings and calculations of the study were compared with the results of the internationally accepted AutoCAD and Hourly Analysis Program. The results obtained by mathematical modeling are compared with the program results and a deviation of 2% is determined. When the heat recovery and non-heat recovery calculations are evaluated as the result of the study, it is seen that the heating battery capacity difference is 31.5 kW. It has been determined that if the heat recovery is not used, the battery capacity will increase about twice.