In the framework of developing new sustainable energy sources, the straining efforts of investing in the fabrication of novel
chemicals and materials are governed by the escalating environmental constrains. Principally, catalysis domain has a major responsibility
to cater to such constrains since it is capable of conducting reactions heightened by higher rates and higher selectivity towards the desired
products. For instance, the development of new strategies for recycling catalysts that supersede complications and cost concerns can result
in considerable economic and ecological benefits. The immobilization of catalytic functionality into inorganic matrices is of great interest
in organic synthesis and green chemistry; not only for their higher selectivity and yields, but also for their advantageous heterogeneity,
sustainability and positive environmental impact. In this context, this brief review provides a concise overview of functionalized
mesoporous silica materials synthesized by assisted self-assembly process “soft way”, which consists of the hydrolysis and polycondensation
reactions of silylated molecular precursors in the presence of surfactant that plays the role of structure-directing agent. Furthermore,
the accessibly and the distribution of the organic moieties in the pores surface will be demonstrated through specific chemical
modifications. Ultimately, several types of pores functionalized materials that act as organocatalysts will be described as well as their
catalytic activities in metathesis, aldolisation and epoxydation.
Keywords: Functionalized pores, inorganic polymerization, mesoporous materials, organocatalyst, surfactant.
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