TAILIEUCHUNG - A simple analytical method to estimate all exit parameters of a cross-flow air dehumidifier using liquid desiccant

The dehumidifier is a key component in liquid desiccant air-conditioning systems. Analytical solutions have more advantages than numerical solutions in studying the dehumidifier performance parameters. This paper presents the performance results of exit parameters from an analytical model of an adiabatic cross-flow liquid desiccant air dehumidifier. Calcium chloride is used as desiccant material in this investigation. A program performing the analytical solution is developed using the engineering equation solver software. Good accuracy has been found between analytical solution and reliable experimental results with a maximum deviation of + and in the moisture removal rate. The method developed here can be used in the quick prediction of the dehumidifier performance. The exit parameters from the dehumidifier are evaluated under the effects of variables such as air temperature and humidity, desiccant temperature and concentration, and air to desiccant flow rates. The results show that hot humid air and desiccant concentration have the greatest impact on the performance of the dehumidifier. The moisture removal rate is decreased with increasing both air inlet temperature and desiccant temperature while increases with increasing air to solution mass ratio, inlet desiccant concentration, and inlet air humidity ratio. | A simple analytical method to estimate all exit parameters of a cross-flow air dehumidifier using liquid desiccant

• Vật lý
• Liquid desiccant
• Analytical solution
• Structured packing bed
• Desiccant cooling
• Dehumidifier using liquid desiccant
• Liquid desiccant air conditioning
• Liquid desiccant solution regeneration
• Liquid desiccant solution recovery
• Membrane process
• Air humidity and temperature
• Hybrid system
• Vapor compression system
• Proposed desiccant based
• Conditioning system
• Artificial neural network
• Solar powered adiabatic packed tower re generator
• Moisture removal rate
• Predicted MRR values
• Air conditioning scenarios