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Noble metal catalyst

Noble metal catalyst
Organic synthesis
Pd/C
Pt/C
Pt-Pd/C
Ru/C
Aromatics saturation




Acetylene is hydrogenated to produce alkanes




Fatty aldehydes form fatty alcohols




Aromatic aldehydes form aromatic alcohols




Aromatic aldehydes are hydrogenated to form aromatic hydrocarbons




Aniline is hydrogenated to dicyclohexylamine




Hydrogenation of carbon - cyclic aromatic hydrocarbons to cycloalkanes




Hydrogenation of benzyl compounds to aromatic hydrocarbons




Reduced alkylation




Reduction alkylation of chloroaniline




Reduction alkylation of chloronitroaromatic hydrocarbons




Fat and aromatic halides dehalogenated to replace hydrogen




Hydrazone is hydrogenated to form hydrazine




The hydrogenation of imines to amines




Aromatic ketone is hydrogenated to form aromatic alcohol




The hydrogenation of aromatic ketones produces aromatic hydrocarbons




Hydrogenation of aliphatic nitrile to primary amine




Hydrogenation of aliphatic nitrile to tertiary amine




Hydrogenation of aromatic nitrile to benzylamine




Aromatic nitrile hydrogenated aldehyde




Hydrogenation of aromatic nitrile to dibenzylamine




Nitroaromatic compounds are hydrogenated to aniline




Nitroaromatic compounds are hydrogenated to form aromatic hydroxylamine




Nitroaromatic compounds are hydrogenated to form aminophenol




Nitroso aromatic compounds are hydrogenated to aniline




The hydrogenation of alkenes produces alkanes




Hydrogenation of oxime to secondary amine




Oxime is hydrogenated to hydroxylamine




Hydrolysis of ethylene oxide




Hydrogenation of phenol




Pyridine is hydrogenated to form piperidine




The aromatic ketone is hydrogenated to form a fatty alcohol




Fatty acid hydrogenation




Hydroxylamine synthesis




Aliphatic ketone is hydrogenated to an alcohol




Halovinyl compound saturated




Acrylated compound saturated