生物炭作为光催化操作支持材料的作用:综述

Pooja Dhiman , Manisha Dhiman , Arush Sharma , Manita Thakur , Sourav Gautam , Ajay Kumar
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引用次数: 0

摘要

与过去几十年相比,目前产生的家庭和工业废物增加了太多倍。由此产生的废物带来了严重的管理问题。人们正在探索各种有机废物管理技术,如生物降解、微生物降解等。但是,这些工艺仍然需要技术更新,以尽量减少与成本、易于实施等有关的问题。最近,在有限的氧气条件下热解此类废物成为一种趋势。这样得到的产品被称为 "生物炭",可在环境污染修复领域发挥巨大作用。生物炭具有多种有益特性,包括高粗糙度、多孔性以及富含各种活性功能的高比表面积。这些特性在纳米技术中用作支撑材料时非常有益。本文综合了生物炭在吸附、光催化等多个领域的广泛应用。本文特别关注生物炭在污水修复领域的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of biochar as support material for photo catalytic operation: A review
Compared to the previous decades, presently the generation of household and industrial waste has increased too many folds. The resulting waste has posed a serious management problem. Various techniques are being explored for organic waste management such as biodegradation, microbial degradation, etc. But still, the processes required technological updates to minimize issues related to cost, ease of implementation, etc. Recently, the pyrolysis of such waste in the limited presence of oxygen is in trend. The product so obtained called as “Biochar” offer immense utilization in the domain of environmental pollutants remediation. Biochar offered varieties of beneficial properties, including high rough, porous as well as high specific surfaces area enriched with various active functionalities. These properties are very beneficial while being utilized as a support material in the Nano regime. The present article consolidates the broad area deployment of biochar in diversified fields including adsorption, photo catalysis etc. A special intention has been given to the deployment of biochar in the field of effluent remediation.
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