im searching about carbon supports (specially graphene support) on catalysts which use in hydrocarbons reforming. is there any benefits about using carbon supports instead of others like alumina, zeolite,.... in reforming process? in the other words, have carbon supports the ability of preventing the formation of coke on catalyst or not?
Graphene, a new two-dimensional (2D) carbon nano-material, has been continuously attracting significant research interests because of its unique properties of high mobility of charge carriers, high mechanical strength, super thermal and chemical stability with many potential applications in different fields.Graphene-based materials have generated tremendous interest in a wide range of research activities. A wide variety of graphene related materials have been synthesised for potential applications in electronics, energy storage, catalysis, and gas sorption, storage, separation and sensing. Recently, gas sorption, storage and separation in porous nanocarbons and metal–organic frameworks have received increasing attention. In particular, the tuneable porosity, surface area and functionality of the lightweight and stable graphene-based materials open up great scope for those applications.
Graphene, a new two-dimensional (2D) carbon nano-material, has been continuously attracting significant research interests because of its unique properties of high mobility of charge carriers, high mechanical strength, super thermal and chemical stability with many potential applications in different fields.Graphene-based materials have generated tremendous interest in a wide range of research activities. A wide variety of graphene related materials have been synthesised for potential applications in electronics, energy storage, catalysis, and gas sorption, storage, separation and sensing. Recently, gas sorption, storage and separation in porous nanocarbons and metal–organic frameworks have received increasing attention. In particular, the tuneable porosity, surface area and functionality of the lightweight and stable graphene-based materials open up great scope for those applications.
Graphene, a new two-dimensional (2D) carbon nano-material, has been continuously attracting significant research interests because of its unique properties of high mobility of charge carriers, high mechanical strength, super thermal and chemical stability with many potential applications in different fields.Graphene-based materials have generated tremendous interest in a wide range of research activities. A wide variety of graphene related materials have been synthesised for potential applications in electronics, energy storage, catalysis, and gas sorption, storage, separation and sensing. Recently, gas sorption, storage and separation in porous nanocarbons and metal–organic frameworks have received increasing attention. In particular, the tuneable porosity, surface area and functionality of the lightweight and stable graphene-based materials open up great scope for those applications.
Graphene, a new two-dimensional (2D) carbon nano-material, has been continuously attracting significant research interests because of its unique properties of high mobility of charge carriers, high mechanical strength, super thermal and chemical stability with many potential applications in different fields.Graphene-based materials have generated tremendous interest in a wide range of research activities. A wide variety of graphene related materials have been synthesised for potential applications in electronics, energy storage, catalysis, and gas sorption, storage, separation and sensing. Recently, gas sorption, storage and separation in porous nanocarbons and metal–organic frameworks have received increasing attention. In particular, the tuneable porosity, surface area and functionality of the lightweight and stable graphene-based materials open up great scope for those applications.
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