CAJ | 학술논문

重金属污染不仅威胁着自然环境的持续发展，也对人类健康提出了严峻的考验。其中，六价铬因为环境污染持续久，危害大，更是得到各国研究者的重视。各种吸附材料对于六价铬的移除能力以及移除机理不尽相同。本文主要介绍了 Cr(VI)吸附材料分类及其特点，重点分析了聚合物吸附材料在吸附和分离 Cr(VI)方面的应用进展，并简要介绍了 Cr(VI)吸附过程中的吸附动力学模型和等温方程式，以 Langmuir 和 Freundlich模型等为例加以说明，为解决重金属铬离子引起的环境污染尤其水污染问题提供借鉴。
중금속오염불부위협착자연배경적지속발전，야대인류건강제출료엄준적고험。기중，륙개락인위배경오염지속구，위해대，경시득도각국연구자적중시。각충흡부재료대우륙개락적이제능력이급이제궤리불진상동。본문주요개소료 Cr(VI)흡부재료분류급기특점，중점분석료취합물흡부재료재흡부화분리 Cr(VI)방면적응용진전，병간요개소료 Cr(VI)흡부과정중적흡부동역학모형화등온방정식，이 Langmuir 화 Freundlich모형등위례가이설명，위해결중금속락리자인기적배경오염우기수오염문제제공차감。
Heavy metal pollution not only threatens the sustainable development of the natural environment, but also is a severe challenge to human health. Because of long duration and great harm for environment, Cr(VI) has attracted more and more attention. For providing a reference to solve the problem of environmental pollution, especially water pollution problem caused by heavy metal chromium ions, the classification and characteristics of Cr(VI) adsorption materials, especially the application of polymer materials in adsorption and separation of Cr(VI) are introduced, and the Cr(VI) adsorption kinetics models and the isothermal equations of adsorption process with Langmuir model, Freundlich model as the examples are described briefly.