ISSN: 2044-9038 (Print) 2044-9046 (Electronic)

Clinical Practice

Catalysis Impact-factor

Catalysis is essential for the development of a sustainable world and is a key technology in achieving the sustainability goals in a broad range of sectors, products, and processes. The nature of catalysis is such that these three characteristics of catalysis have remained and will remain a focus in all catalysis-related research and development activities towards sustainability. The impact on the sustainability of specific societal and industrial needs and the related products and processes is generic. In many areas, and especially for reduction of waste and energy uses, legislation will be a major driver, although difficult to predict. Catalysis has been the most studied application for the organically modified mesoporous siliceous solids. Historically, the discovery of these materials is the result of researches devoted to the synthesis of zeolites or related solids with larger pores for catalysis application. During the genesis of ordered mesoporous materials, their organic modification has mainly contributed to enhance their potential for such application. Initial aims of such modification were to improve stability to moisture and high-temperature treatments, acid, or basic surface properties, to use them as high specific surface solid catalyst supports. Multifunctionality has also been considered and contributes to promote these materials as good candidates for heterogeneous catalysis.

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