Abstract
The goal of this study is to model the behavior of removal efficiency from the filtration experiments of former research. Filters have been used widely for industrial manufacturing and personnel air conditioning to protect from airborne molecular contaminations (AMC). Extensive testing has been performed in order to get a clear picture of filtration mechanisms. However, only few researches have been done to find critical parameters regarding to the filter removal efficiency at different concentration. This paper presents a mathematical model based on former researches of the Wheeler-Jonas equation, with a numerical technique of finite element method (FEM) for finding the filter removal efficiency. Hence, the proposed model divided the whole filtration domain into simpler and smaller parts to extrapolate experiment which results in different inlet concentration situations making it promising for filter efficiency prediction and can further help to optimize the design and maintenance of the air filtration systems.
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