Chemical synthesis is greatly facilitated by catalysis and further on by catalyst recovery and
recycle. Catalyst reuse increases the overall productivity and cost effectiveness of chemical …

Novel porous polymers can serve as self‐supporting solid carriers and provide abundant
coordination or charged sites for single‐site metals, and thus are emerging as advanced …

A process for the hydroformylation of relatively low volatility alkenes (demonstrated for 1-
dodecene) in a continuous flow system is described. The catalyst is dissolved in an ionic …

An amorphous nickel catalyst stabilized by poly (N-vinyl-2-pyrrolidone)(PVP) was
synthesized by reduction in an aqueous NaBH4/NH3BH3 solution. Both the bare nickel …

A novel Rh based porous composed N polymer with hierarchical pore, high surface area
and high thermal stability (Rh-POL-2BPY) was successfully obtained by impregnation of Rh …

Research on heterogenized metal complex catalysts has been carried out for 40 years.
Despite thousands of published catalysts, there are only two significant commercial …

The carbonylation of methanol to acetic acid is established as one of the major industrial
applications of homogeneous catalysis. Since the introduction of a rhodium-catalyzed …

The declining petroleum resource and deteriorating environmental issues caused by the
excessive consumption of primary energy resources have stimulated the exploration of …

First application of supported ionic liquid phase (SILP) catalysis for continuous methanol
carbonylation - Chemical Communications (RSC Publishing) DOI:10.1039/B516314E Royal …

Acetic acid synthesis via the carbonylation of methanol is one of the most important
industrial applications of catalysis using organometallic compounds. All the group 9 metals …