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Research and Experiments on a Separation Mechanism for Film-Impurity Aggregates Using a Pneumatic Cylinder Sieve by Qiangji Peng; Chengsong Li; Jianming Kang; Gaokun Shi is a Environmental Science article available to read on EtoBox.

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Highlights Based on a proposed method combining airflow with a cylinder sieve, a separation device was designed for aggregates of plastic film residue and impurities.The influencing factors were determined by analyzing the separation mechanism and verified by experiments.A response model was successfully built, and a significance test was performed.This study potentially provides a basis for designing separation equipment for film-impurity aggregates. Abstract. Separation of plastic film residue from impurities has challenges, including a high impurity rate and complex operation, causing reuse problems after the recovery of plastic film. To solve these problems, a new method is proposed combining airflow with a cylinder sieve to design a separation device for film-impurity aggregates. In this study, the changes in the movement of film-impurity aggregates during the separation process were initially analyzed for the separation device. The suspension speed of different materials, the rotation speed of the cylinder sieve, the airflow speed of the inlet pipe, and the inclination angle of the airflow were selected as experimental factors, while the impurity rate in the film and the film

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Author

Qiangji Peng; Chengsong Li; Jianming Kang; Gaokun Shi

Publisher

American Society of Agricultural and Biological Engineers; American Society of Agricultural and Biological Engineers (ASABE) (ISSN 2151-0032)

Published

2020

Language

EN

Field

Environmental Science (Physical Sciences)