Linked from

The 11 pages that link to Hydroformylation, each with the reason it gives.

• Organometallic chemistryBroader topic: Cobalt and rhodium catalysts use metal–alkyl and metal–acyl steps to make aldehydes.

• RegioselectivityBroader topic: Catalyst and substrate choices control which aldehyde regioisomer predominates.

• PropyleneRelated: Propylene undergoes hydroformylation to produce butyraldehydes.

• RhodiumRelated: Rhodium complexes catalyze this reaction selectively in important chemical processes.

• Metal carbonylRelated: Cobalt and rhodium carbonyl species catalyze this major route to aldehydes.

• 1-ButanolBroader topic: This reaction extends propene's carbon chain to the four-carbon aldehyde precursor of 1-butanol.

• Wacker processCompared with: It offered a different catalytic route from alkenes to aldehydes, using syngas rather than water and oxygen.

• Geoffrey WilkinsonRelated: Wilkinson’s rhodium chemistry contributed to the development of homogeneous catalysts for this reaction.

• ButyraldehydeRelated: Hydroformylation of propene is a major industrial route to butyraldehyde.

• PropionaldehydeRelated: Hydroformylation of ethylene is a major route to propionaldehyde.

• DodecanolCompared with: A related olefin-based route can make fatty alcohols, unlike direct reduction of natural fatty acids.