Heat Removed by Air
Heat removed with air - dry and wet bulb temperature
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The wet bulb temperature is a measure of total heat in mixtures of vapor and dry air - moist air.
If the initial and final wet bulb temperatures in heating or cooling processes are known - the heat transported by the air in the processes can be calculated with the charts below.
Heat Transported by Air - kJ per kg
Example - Heat removed with moist air
If air with a initial wet bulb temperature of 30oC (green line) is cooled down to 10oC - aprox. 70 kJ of heat is removed.
Heat Transported by Air - kJ per m3
Heat Transported by Air - Btu per lb
Heat Transported by Air - Btu per Cu. Ft.
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Related Topics
- Air Psychrometrics - The study of moist and humid air - air condition - psychrometric charts, Mollier diagrams, air temperature, absolute and relative humidity, moisture content and more .
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Related Documents
- Drying Force of Air - The Drying Force of air may be expressed as the moisture holding capacity of the air and the evaporation capacity from a water surface to the air
- Drying Temperature and Time - common Materials - Drying temperature and drying time for some common materials as coffee, fruits, lumber and more
- Relative Humidity of Air - The relative humidity of air can be expressed by partial vapor and air pressure - density of the vapor and air - or by the actual mass of the vapor and air
- Temperature and Moisture Holding Capacity of Air - The moisture holding capacity of air varies with temperature
- Vapor Pressure - Saturation pressure - exerted by escaping molecules
- Vapor Pressure in Moist Air - Vapor pressures in moist air from dry and wet bulb temperatures
- Water Saturation Pressure - Water saturation pressure at temperatures ranging 0 - 100 oC and 32 - 700 oF - Imperial and SI Units
- Water Vapor and Saturation Pressure in Humid Air - The saturation pressure of water vapor in moist air varies with temperature
