Consider an adiabatic humidification system shown below. The humidifying efficiency is E = 0.8, the air flow rate is 2 L/s,m² and the temperature rise in the supply air fan (2–→3) is 1°C. T. FOOM The heat load into the room q [W/m²] is defined on the basis of the room temperature as: q = 35 Troom 22 °C T- 22 q = 35x| 22 °C < Trom< 40 °C 18 q = 0 Troom 2 40 °C Based on the room's hourly heat balance calculate the maximum room temperature (Troom) and the number of hours (within a 72 hour-period), when the room temperature exceeds 25°C. Examine both the case with the humidifier (State 2 # State 1) and without it (State 2 = State 1). Hourly inlet temperature and relative humidity (State 1) is provided as a separate data file (LA3_Data).

Consider an adiabatic humidification system shown below. The humidifying efficiency is E = 0.8, the air flow rate is 2 L/s,m² and the temperature rise in the supply air fan (2–→3) is 1°C. T. FOOM The heat load into the room q [W/m²] is defined on the basis of the room temperature as: q = 35 Troom 22 °C T- 22 q = 35x| 22 °C < Trom< 40 °C 18 q = 0 Troom 2 40 °C Based on the room's hourly heat balance calculate the maximum room temperature (Troom) and the number of hours (within a 72 hour-period), when the room temperature exceeds 25°C. Examine both the case with the humidifier (State 2 # State 1) and without it (State 2 = State 1). Hourly inlet temperature and relative humidity (State 1) is provided as a separate data file (LA3_Data).