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Methods for synthesis of chemical compounds by catalytic transfer hydrogenation comprise forming a mixture of a starting material, a hydrogen donor material and a catalyst. The catalyst is selected from a catalytic form of carbon, a polyethylene glycol phase transfer agent, and mixtures thereof. The

Methods for synthesis of chemical compounds by catalytic transfer hydrogenation comprise forming a mixture of a starting material, a hydrogen donor material and a catalyst. The catalyst is selected from a catalytic form of carbon, a polyethylene glycol phase transfer agent, and mixtures thereof. The mixture is heated at a temperature of from 30°to 400°C. in the presence of at least one alkali or alkaline earth metal compound to cause reduction of the starting material by catalytic transfer hydrogenation and form the desired chemical compound product.

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A method for the synthesis of a fully dehalogenated chemical compound by catalytic transfer hydrogenation, comprising (a) providing a mixture of a starting material comprising a halogenated aliphatic compound, a hydrogen donor material comprising a hydrocarbon, and a catalyst selected from the group

A method for the synthesis of a fully dehalogenated chemical compound by catalytic transfer hydrogenation, comprising (a) providing a mixture of a starting material comprising a halogenated aliphatic compound, a hydrogen donor material comprising a hydrocarbon, and a catalyst selected from the group consisting of a catalytic form of carbon, a polyethylene glycol phase transfer agent, and mixtures thereof; and (b) heating the mixture at a temperature of from 30°to 400°C. in the presence of at least one alkali or alkaline earth metal compound to cause reduction of the starting material by catalytic transfer hydrogenation and form the fully dehalogenated chemical compound.