International audienceAlthough the high efficiency of the homogeneous processes, using rhodium or iridium complexes, was clearly demonstrated industrially, heterogeneous catalysts offer the advantages of facile product separation and vapor phase operation, which often limit catalyst losses. Both noble and non-noble metal homogeneous and heterogeneous catalyzed carbonylation of methanol have been studied for many years. In this short chapter, we intend to analyze the recent evolutions of the most promising catalytic systems for this important reaction of catalysis. A presentation by metals was chosen, always referring to the origins of the first catalytic systems
In this dissertation, we have employed a multi-faceted approach, combing well-controlled synthesis t...
A bench-salce reactor is being used to conduct studies of the conversion of synthesis gas to methano...
Homogeneous metal catalysts offer greater selectivity and controllability because their molecular na...
International audienceAlthough the high efficiency of the homogeneous processes, using rhodium or ir...
Materials Sciences and Technology Division, CSIR-North East Institute of Science and Technology, Jor...
The carbonylation of methanol catalysed by Group 9 metals is the principle industrial route to aceti...
Since their discovery the two most important homogeneously catalyzed carbonylation reactions namely ...
The new Monsanto Company acetic acid process employs a rhodium-based homogeneous liquid-phase cataly...
Carbonylation of methanol to give acetic acid catalysed by Ru complexes such as trans-Ru(CO)2Cl2(PPh...
Acetic acid is one of the most important bulk commodity chemicals and is currently manufactured by m...
In Contrast to the Monsanto homogeneous system, the Rh heterogeneous methanol carbonylation universa...
Acetic acid is a valuable industrial chemical obtained by the halide-free carbonylation of methanol,...
The carbonylation of methanol to acetic acid is one of the most important applications in homogeneou...
We report that when Ir and La halides are deposited on carbon, exposure to CO spontaneously generate...
The possibility to implement both the exhaustive dehydrogenation of aqueous methanol to hydrogen and...
In this dissertation, we have employed a multi-faceted approach, combing well-controlled synthesis t...
A bench-salce reactor is being used to conduct studies of the conversion of synthesis gas to methano...
Homogeneous metal catalysts offer greater selectivity and controllability because their molecular na...
International audienceAlthough the high efficiency of the homogeneous processes, using rhodium or ir...
Materials Sciences and Technology Division, CSIR-North East Institute of Science and Technology, Jor...
The carbonylation of methanol catalysed by Group 9 metals is the principle industrial route to aceti...
Since their discovery the two most important homogeneously catalyzed carbonylation reactions namely ...
The new Monsanto Company acetic acid process employs a rhodium-based homogeneous liquid-phase cataly...
Carbonylation of methanol to give acetic acid catalysed by Ru complexes such as trans-Ru(CO)2Cl2(PPh...
Acetic acid is one of the most important bulk commodity chemicals and is currently manufactured by m...
In Contrast to the Monsanto homogeneous system, the Rh heterogeneous methanol carbonylation universa...
Acetic acid is a valuable industrial chemical obtained by the halide-free carbonylation of methanol,...
The carbonylation of methanol to acetic acid is one of the most important applications in homogeneou...
We report that when Ir and La halides are deposited on carbon, exposure to CO spontaneously generate...
The possibility to implement both the exhaustive dehydrogenation of aqueous methanol to hydrogen and...
In this dissertation, we have employed a multi-faceted approach, combing well-controlled synthesis t...
A bench-salce reactor is being used to conduct studies of the conversion of synthesis gas to methano...
Homogeneous metal catalysts offer greater selectivity and controllability because their molecular na...