Synthesis of Acid Anhydrides via the Thermal or Photochemical Catalytic Hydrocarbonylation of Alkenes

The synthesis of symmetric aliphatic anhydrides with alkyl chains longer than C3 is typically accomplished by using traditional coupling methods, which often involve expensive and hazardous dehydrating agents with poor atom economy. A catalytic method for producing high-nuclearity (C3+) aliphatic an...

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Bibliographic Details
Main Author:	Alexander M. Veatch (20629299) (author)
Other Authors:	Shrabanti Bhattacharya (5587187) (author), Mason S. Faculak (11229855) (author), Drew W. Cunningham (3073092) (author), Jeffrey A. Bennett (6061055) (author), Malek Y. S. Ibrahim (3593765) (author), Mesfin E. Janka (9032822) (author), Dawn C. Mason (20629302) (author), Javier M. Grajeda (20629305) (author), Milad Abolhasani (1496650) (author), Nathan M. West (1234635) (author), Erik J. Alexanian (1429231) (author), Alexander J. M. Miller (7247360) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Biotechnology Immunology Chemical Sciences not elsewhere classified symmetric aliphatic anhydrides poor atom economy palladium catalyst system often involve expensive improved regioselectivities relative hazardous dehydrating agents alkyl chains longer acid anhydrides via photochemical catalytic hydrocarbonylation benzoyl chloride proved benzoyl chloride catalytic performance catalytic method typically accomplished producing high pd black mechanistic studies lower pressures crucial role carboxylic acids
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Synthesis of Acid Anhydrides via the Thermal or Photochemical Catalytic Hydrocarbonylation of Alkenes

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