Recent Developments on the Use of Group 13 Metal Complexes in Catalysis

Samuel Dagorne; Rudolf Wehmschulte

Index: 10.1002/cctc.201800045

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Abstract

The present contribution highlights the most representative and emerging developments reported since 2012 on the use of well‐defined group 13 metal species in homogeneous catalysis. Apart from their use in polymerization catalysis, group 13 metal catalysts have primarily been developed for the functionalization of polar/unsaturated small molecules, with most reactions involving C‐C, C‐O or C‐N double or triple bonds functionalization (most frequently (C6F5)3Al and low‐coordinate Al cations). The exploitation of group 13 catalysts for CO2 functionalization chemistry has made remarkable advances over the past five years, including the development of Al‐ and Ga‐based complexes for CO2 hydrosilylation/hydroboration. Highly effective Al catalysts for the production of cyclic carbonates via CO2/epoxide coupling are also discussed. The emerging use of simple Group 13 metal Lewis pairs for the controlled polymerization of polar monomers is also reviewed.