[½»Á÷] Journal of materials chemistry ×îÐÂÈȵã×ÛÊöÎÄÕ ÒÑÓÐ1È˲ÎÓë

Synthesis and stabilization of metal nanocatalysts for reduction reactions£­A review Huawen Hu,   John H. Xin,   Hong Hu,   Xiaowen Wang,   Dagang Miao and    Yang Liu   J. Mater. Chem. A, 2015, Accepted Manuscript DOI: 10.1039/C5TA00753D Á´½Ó£ºhttp://pubs.rsc.org/en/content/a ... 00753d#!divAbstract Abstract Since the fast development of various chemical industries nowadays pose a serious threat to the environment in terms of leaving behind an increasing quantity of aromatic pollutants, to find an effective approach for handling the aromatic pollutants is of growing scientific and technological importance. Numerous research studies have attempted to address the environmental problem caused by aromatic pollutants with high attention to water-soluble aromatic dye and nitro compounds. In particular, the catalytic reduction of the dye and nitro compounds over metal-based catalysts have gained enormous interest in these years. However, review studies are rarely reported to summarize the contributions in this hot research area. Herein, we perform a review study to summarize these contributions, to discuss the existing problems, and to offer a guideline for future exploration; in the meanwhile, other methods for processing the aromatic pollutant are also briefly introduced. It is well known that the reduction reaction is highly dependent on catalysts since the reaction between an aromatic compound and a reducing agent either cannot take place or proceeds very slowly if without the assistance of a catalyst. As a result, this review article pays special attention to the widely reported metal-based catalysts for the reduction reaction. These catalysts are categorized into different groups on the basis of the stabilizing systems utilized for synthesis of the metal catalyst, mainly including surfactants/ligands, polymer supports, unmodified inorganic supports, functionalized inorganic supports, and organic combined with inorganic supports. As an important material in science and technology, especially in the field of catalysis due to its unique 2D structure and remarkable physicochemical properties, graphene used for supporting and stabilizing metal catalysts for the catalytic reduction reaction are specifically reviewed and summarized in the article. Finally, the remaining problems associated with the design and fabrication of cost-effective, efficient, and durable metal-based catalysts for the aromatic pollutant reduction are outlined. Synthesis and stabilization of metal nanocatalysts for reduction reactions£­A review.jpg

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