Abstract
Photocatalyst deodorant equipment having discharging capability, which consist of electric discharging electrode and photo and ozonolysis catalyst supports with wide range of varying amount of catalyst, needs to be designed for low-pressure loss and thin shape in order to set it into air conditioner filter. The aim of this study is to carry out optimal designing of photocatalyst deodorant equipment by taking into account of the effect of filter shape, ozonolysis performance, gas species, variation of the amount of catalyst and ambient environment. Finally, prediction formulas for optimal pressure loss and permeability of object gases were proposed to optimize the design of photocatalyst deodorant equipment.
