表面改性沸石和其他纳米土工复合材料:去除污染物的有效和可持续的自然资源

E. Chmielewská
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引用次数: 0

摘要

考虑到绿色议程和可持续发展目标的积极态度,利用自然资源代替非环境友好型加工吸附剂是拯救环境和避免广泛工业污染的途径之一。欧盟指令2013/39/EU建议在水中监测45种优先化合物,包括药物。在生物医学中用作药物赋形剂或纳米载体(纳米机器人)的传统岩土材料中,最近也出现了富含斜沸石的凝灰岩,具有疏水性的外表面,作为构造硅酸盐的潜在代表,能够有效地去除比其他一些天然或商业吸附剂更广泛的环境污染物。本文综述了利用富斜发沸石凝灰岩和其他一些有前景的自然资源去除水污染物(头孢唑啉、酸红、甲酚和癸烷)的一些方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surface Modified Zeolite And Other Nanogeocomposites: An Effective And Sustainable Natural Resources For The Removal Of Pollutants
Considering the proactive approach to green agenda and sustainable development goals the use of natural resources instead of non-environmentally friendly processed adsorbents is one of the way how to save environment as well as not to widespread industrial pollution. EU Directive 2013/39/EU recommends to monitor in waters already 45 priority compounds incl. pharmaceuticals. Among the traditional geomaterials used also in biomedicine as pharmaceutical excipients or nanotransporters (nanobots) occurs lately also clinoptilolite-rich tuff with hydrophobized external surface, as potential representant of tectosilicates, able effectively remove much broader range of environmental pollutants than some other natural or commercial adsorbents. This review deals with some aspects of water pollutants (cefazoline, acid red, cresol and decane) removal using the clinoptilolite-rich tuff and some other perspective natural resources regarding to conventional adsorbents.
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