Research Initiation Award: Cyclic Adsorption Processes for Solvent Vapor Recovery

本研究以活性炭为吸附剂，利用真空变压吸附法回收溶剂蒸气。 实验研究了高浓度、高湿度、多组分等因素对性能的影响。 为了支持实验，将开发模拟真空变压吸附-溶剂蒸气回收过程的动态模型。 去除溶剂蒸汽的有效方法对于确保工作场所员工的健康和安全以及解决环境问题非常重要。

This research focuses on the recovery of solvent vapors by vacuum swing adsorption on activated carbon. The effects of high concentration, high humidity, multicomponents and other factors on performance will be examined experimentally. In support of the experiments, dynamic models are to be developed that simulate the vacuum swing adsorption-solvent vapor recovery process. Effective methods for the removal of solvent vapors are important to assuring the health and safety of employees in the workplace and to addressing environmental concerns.