A brief introduction to polymers and concepts of polymer modification of bentonite for barrier applications

Wolfgang Lieske, Rowena Verst, Kent von Maubeuge, Torsten Wichtmann
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Abstract

Polymer-modified bentonite has reached significant attention in recent years, as polymers have been found to increase the resistance of clay barriers to detrimental environmental conditions. Studies on polymer modification of clays for barriers, in most cases, address a specific bentonite with a specific means of modification based on a specific polymer product. The term polymer, however, generally describes a broad category of macromolecules able to create a wide range of possible properties of the modified clay. This article reviews the basics of polymer modification of clays for use in hydraulic barriers to provide a general basis for comparison and design of different modification products and methods. Basics of both primary material categories, that is, polymer and clay, are presented, followed by possible polymer–clay interactions related to polymer charge properties and structure. Possible enhancements associated with polymer modification, but also open questions are addressed.

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聚合物简介及聚合物改性膨润土的概念
近年来,聚合物改性膨润土引起了人们的极大关注,因为人们发现聚合物可以提高粘土屏障对有害环境条件的抵抗力。在大多数情况下,对用于屏障的粘土的聚合物改性的研究涉及基于特定聚合物产品的特定改性方法的特定膨润土。然而,术语聚合物通常描述了一大类大分子,这些大分子能够产生改性粘土的各种可能性质。本文综述了用于水力屏障的粘土的聚合物改性的基本原理,为不同改性产品和方法的比较和设计提供了一般依据。介绍了两种主要材料类别的基础,即聚合物和粘土,然后介绍了与聚合物电荷性质和结构相关的可能的聚合物-粘土相互作用。与聚合物改性相关的可能增强,但也提出了悬而未决的问题。
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