Carbon adsorption for pollution control
Carbon adsorption for pollution control
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碳吸附污染控制
DOI：
10.5860/choice.31-0953
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发表时间：
1992
期刊：
影响因子：
--
通讯作者：
P. Cheremisinoff
中科院分区：
文献类型：
--
作者：
N. Cheremisinoff;P. Cheremisinoff
正文的目的是提供一个工作知识和吸附，工艺设备和材料，特别是活性炭的描述。这本书分为七章，其中包括吸附原理，应用，处理方法，活性炭再生和材料安全信息的讨论。吸附是一种分离过程，其中流体相的某些组分（吸附物）选择性地转移并浓缩到特定材料（吸附剂）的固体表面上。活性炭是目前用于污染控制的最广泛应用的吸附剂材料，并且以三种形式使用：颗粒状、丸状或粉末状。吸附效率取决于固液平衡和传质速率。吸附剂的再生产生浓缩形式的吸附物。因此，吸附剂通过接触、再生、汽提和回收的循环进行，其中的每一个可以通过许多方法实现。
The text is designed to provide a working knowledge and description of adsorption, process equipment, and materials, in particular, activated carbon. The book is divided into seven chapters, which include a discussion of adsorption principles, applications, treatment methods, activated-carbon regeneration, and materials safety information. Adsorption is a separation process in which certain components (adsorbates) of a fluid phase selectively transferred and concentrated onto the solid surfaces of specific materials (adsorbents). Activated carbon is the most widely applied adsorbent material currently in use for pollution control and is used in three forms: granular, pelleted, or powdered. Adsorption efficacy depends on solid-fluid equilibria and mass transfer rates. Regeneration of the adsorbent yields the adsorbate in concentration form. Hence, the adsorbent is carried through a cycle of contact, regeneration, stripping, and recovery, each of which may be achieved by a number of methods.