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首页> 外文会议>Air Waste Management Association's annual conference exhibition >Experimental Study of Cyclic Adsorption/Desorption of MEK in an ESA Device
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Experimental Study of Cyclic Adsorption/Desorption of MEK in an ESA Device

机译：ESA装置循环吸附/解吸的实验研究

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An automated bench-scale adsorption device was designed and used to study effects of select independent engineering parameters on the ability of the system to capture and recover a hazardous air pollutant (HAP, I.e. methyl ethyl ketone) from air streams. Experiments were completed in two stages: Stage I consisted of “Screening Experiments” and Stage II consisted of “Central Composite Design experiments.” The screening experiments were used to identify significant factors. Response surfaces for the significant factors were then determined during the second stage of the experiments. These experimental results provided a better understanding of the physical phenomena and evaluation of significant factors that influence the ability of the adsorption system to capture and recover methyl ethyl ketone from air streams. This system can be modified to minimize the energy consumption per unit mass of liquid recovered by choosing an appropriate adsorbent, number of cartridges per vessel, packing density of the adsorbent, and regeneration temperature of the adsorbent. These results were also used to scale-up this novel technology.
机译：自动化实验室规模的吸附装置的设计和用于研究该系统捕获的能力的选择独立的工程参数的影响，并恢复从空气流的有害空气污染物（HAP，即甲基乙基酮）。实验分两个阶段完成：第一阶段包括“筛选试验”和第II阶段组成的“中心复合设计实验。”筛选用实验来确定显著因素。为显著因素响应面在实验的第二阶段然后测定。这些实验结果提供更好的理解，影响吸附系统的能力，以捕获和回收甲乙酮从空气流中的物理现象和显著因素评估。该系统可以被修改以最小化每通过选择合适的吸附剂，每容器的墨盒的数量，包装吸附剂的密度，和吸附剂的再生温度回收的液体单位质量的能量消耗。这些结果也被用来向上扩展这一新技术。

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