Development of a new air-conditioning system of fluidized bed with organic powder sorbent using waste heat

本研究的目的是开发一种利用低温余热的新型有机粉末吸附剂流化床空调系统。实验在进口气流速度、空气温度、空气湿度、吸附剂用量、批处理周期等条件下进行。阐明了各因素对流化床吸附和解吸的影响。最大除湿量的循环时间变得清晰。获得了该系统作为实际设备使用的基本数据，并公布了新空调设备的研究结果。

The aim of this research is to develop a new air conditioning system of fluidized bed with organic powder sorbent which is able to utilize the low temperature waste heat. The experiments were carried out under the various conditions such as inlet air flow velocity, air temperature, air humidity, amount of sorbent, and batch cycle time. As a result, the effects of each factor for sorption and desorption in the fluidized bed were clarified. The cycle time which maximizes the amount of dehumidification became clear. Basic data of this system for using as a real equipment were obtained and the findings of the new air-conditioning equipment were made public.