Purpose of Review

Pollution is now being varied with huge contaminants in wastewater especially with kind of recalcitrants that are emerging pollutants needed new advanced resolutions to mineralize them completely. Thus, the investigation of technology and technique processes is very important for research and development. Moreover, these manual, research, and application of the advanced oxidation processes especially using ozone for water and wastewater are concentrated and appreciated in over the world. Recently, nanoparticles have researched into subjects to enhance new, advanced technology for many domains such as environment, biology, agriculture, and medicine. Hence, the purpose of this review is to summarize the important role of nano-particulars as nano-catalysts in ozone-based advanced oxidation processes for wastewater treatment and evaluate how to contribute into ozone-based advance oxidation processes by nano-catalysts for wastewater treatment.

Recent Findings

The advanced oxidation processes (AOPs) for wastewater treatment nowadays are being appreciated in the twenty-first century when economy development day by day is concentrated extremely in industry, agriculture, and pharmacy leading to various pollutants in the environment. According to these developments, amount of various contaminants is discharged in wastewater; thus, investigation of advance technology based on nano-catalysts combining the ozonation will meet the demands for wastewater treatment.

Summary

This review found potentials and prospects of nano-catalysts applied in the catalytic ozonation process for wastewater treatment. Efficiency of some well-known nano-catalysts with analytical properties for catalytic ozonation is also evaluated. Mechanisms of this process are identified to easily approach the catalytic ozonation using nano-materials for wastewater treatment in the future.

中文翻译：

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臭氧高级氧化工艺中的纳米催化剂用于废水处理

审查目的

如今，废水中的巨大污染物引起的污染正在发生变化，特别是顽固性污染物，这些污染物是新兴污染物，需要新的先进分辨率才能完全将其矿化。因此，对技术和工艺过程的研究对于研发至关重要。此外，这些高级氧化工艺的手册，研究和应用，尤其是使用臭氧处理水和废水的工艺，在世界范围内得到了广泛的关注和赞赏。近来，纳米颗粒已经研究了一些主题，以增强环境，生物学，农业和医学等许多领域的新的先进技术。因此，

最近的发现

如今，用于废水处理的高级氧化工艺（AOP）在二十一世纪得到认可，当时经济的发展日趋集中于工业，农业和制药业，导致环境中的各种污染物。根据这些发展，废水中排放了各种污染物。因此，基于纳米催化剂与臭氧化相结合的先进技术的研究将满足废水处理的需求。

概要

这篇综述发现了在催化臭氧化工艺中用于废水处理的纳米催化剂的潜力和前景。还评估了具有分析性质的一些众所周知的纳米催化剂的催化臭氧化效率。确定了该过程的机制，以便将来使用纳米材料轻松处理催化臭氧化反应。