SGER: Magnetic Swing Adsorption

CTS-9520897 Ritter U，南卡罗来纳州 磁性吸附材料将被评估为通过施加磁场从水溶液中选择性分离金属。 磁摆动吸附（MSA）的概念是独特的，因为高度多孔的吸附材料不仅提供了一个磁性基质，但也吸附组分的系统。 将进行实验室规模两床MSA工艺的探索性研究。 实验装置将允许测量所施加的磁场强度以及进料、产物和排气成分和流速。 将对铬的去除进行详细的参数研究。 将评估金属去除的效率和MSA技术的整体性能。 这一概念的成功实施将导致一个新的现场增强过程中的水溶液中的可溶性金属物种的分离。 该研究与各种化学，制造和环境技术有关。

CTS-9520897 Ritter U of South Carolina Magnetic adsorbent materials will be evaluated for selective separation of metals from aqueous solutions by applying a magnetic field. The proposed concept of Magnetic Swing Adsorption (MSA) is unique because the highly porous adsorbent materials not only provides a magnetic matrix but also an adsorptive components to the systems. An exploratory study of a bench scale two-bed MSA process will be conducted. The experimental setup will allow for the measurement of the applied magnetic field strength as well as feed, product and exhaust compositions and flow rates. A detailed parametric study will be performed for the removal of chromium. The efficiency of metal removal and the overall performance of MSA technique will be evaluated. Successful implementation of the concept will lead to a new field-enhanced process for the separation of soluble metal species from aqueous solutions. The research is relevant to a variety of chemical, manufacturing and environmental technologies.