The key-factors for the development of a successful catalytic oxidation may be various. Some examples will be illustrated, with the aim of defining the most promising research directions in this field. 1) The use of alternative oxidants, both in liquid-phase and in gas-phase oxidations; 2) The use of alternative modes for contacting the reagents; 3) The development of catalytic systems having multifunctional properties, for example, showing both redox and acid-type behaviour, for those reactions having mechanisms that include various steps; 4) The control and optimisation of reaction conditions, in function of the catalyst characteristics and of the dynamic behaviour in the reaction environment of the catalytically active surface.
F. Cavani (2009). Oxidation Catalysis (homogeneous & heterogeneous). LAUSANNE : CUSO-Idecat.
Oxidation Catalysis (homogeneous & heterogeneous)
CAVANI, FABRIZIO
2009
Abstract
The key-factors for the development of a successful catalytic oxidation may be various. Some examples will be illustrated, with the aim of defining the most promising research directions in this field. 1) The use of alternative oxidants, both in liquid-phase and in gas-phase oxidations; 2) The use of alternative modes for contacting the reagents; 3) The development of catalytic systems having multifunctional properties, for example, showing both redox and acid-type behaviour, for those reactions having mechanisms that include various steps; 4) The control and optimisation of reaction conditions, in function of the catalyst characteristics and of the dynamic behaviour in the reaction environment of the catalytically active surface.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
