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Chunfeng Shi

Chunfeng Shi

Research Institute of Petroleum Processing, China

Title: Skillful design of bifunctional titanosilicate with hierarchical nano-structure

Biography

Biography: Chunfeng Shi

Abstract

One pot process (involving in situ H2O2 production with simultaneous conversion to organic oxides in the same reactor without refining), is being regarded as more promising technology to the environmental benign production of organic oxides, for its good potentials for ulterior savings in capital and production costs. In this direct oxidation technology, the catalysts used are bi-functional and mostly consist of precious-metal and titanosilicate. At present, the key issue of the above process is to design new catalysts for improving the synthesis efficiency. One of our aims is to design and prepare this nano bi-functional catalyst with intra-particle voids. In this abstract, our own work on bi-functional catalysts especially for their skillful design and characterization will be summarized and introduced concisely, especially our recent advance in developing titanosilicate with intra-particle voids. In particular, recently, we have synthesized a titanosilicate with intra-particle voids being applied in one pot process, which has been prepared by semi-in-situ synthetic method, which involves the addition of precious metal sources and organic-alkaline to reaction mixture under hydrothermal conditions. The synthetic process results in the combination of nano precious metal particles with titanosilicate framework, and redistribution of active Ti species throughout the crystals, thereby enriching the surface of hollow crystals with catalytic species. Besides easily separated and recycled, the bifunctional catalyst may be a feasible application in industries in the near future. At this meeting, we will briefly summarize our own work on this new type of nano titanium silicalite with precious-metal being combined and hollow structure, especially for their characteristic and catalytic performance, as well as our recent advances in developing the bi-functional titanosilicate with intra-particle voids.