Particle Diameter Effects and the Use of Consolidated Media in Adsorption and Ion Exchange

菲利普教授C.普渡大学的万卡特一直是 吸收作为工业用途的研究者 纯化方法 他的最新研究计划涵盖了 一系列的实验来确定更好的方法来扩大规模 这个重要的过程。 他发展的理论表明 柱长与吸收剂的平方之比 直径，周期周期与柱长应保持一致 随着质量吞吐量的增加而恒定。 这个方法应该 这是一个具有强大经济影响的改进， 商业惯例。 这些应用将包括吸收， 离子交换和色谱法。 我建议普渡研究基金会给予3年 继续拨款支持Wankat教授的研究。 的 建议的金额为86财年56，517美元，87财年55，197美元， 88财年55,117美元。

Professor Phillip C. Wankat of Purdue has been a leading investigator in the use of absorption as an industrial purification method. His latest research proposal covers a series of experiments to determine better methods to scale up this important process. The theory he has developed indicates that the ratio of column length to the square of the absorbent diameter, and cycle period to column length should be kept constant as mass through-puts are increased. This method should be an improvement with strong economic implications for commercial practice. The applications would include absorption, ion-exchange, and chromatography. I recommend that Purdue Research Foundation be given a 3-year continuing grant to support Professor Wankat's research. The amounts recommended are $56,517 for FY86, $55,197 for FY87, and $55,117 for FY88.