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Photochemical organic transformations from small molecules to polymer recycling Photochemical reactions provide distinctive reactivity unattainable through conventional thermal methods, enabling sustainable synthesis under mild conditions. Light-Induced Organic Transformations: Applications in Synthesis, Biomass Conversion, and Polymer Recycling offers an in-depth treatment of recent advances. Assembled by an international team of experts, this reference covers foundational concepts, practical methodologies, and industrial applications. Volume 1 addresses light-induced carbonylation, carboxylation, and decarbonylation reactions of small molecules, alongside transformations of alkanes and other hydrocarbons. Volume 2 shifts focus to photochemical conversion of biomass into fine and bulk chemicals as well as transformations of polymers. Readers will also find: Detailed photocatalytic strategies for converting greenhouse gases into value-added organic products under environmentally favorable reaction conditions Coverage of light-driven C-H bond functionalization reactions relevant to pharmaceutical and fine chemical manufacturing process development Methods for depolymerizing waste plastics using photochemical approaches, contributing to circular economy and sustainable materials recovery efforts This reference serves organic chemists, catalytic chemists, polymer chemists, and chemical engineers working in sustainable synthesis, energy conversion, or polymer recycling. Researchers in both academia and the chemical industry will find targeted guidance for applying photochemical methods to current challenges in green and sustainable chemistry.
Photochemical organic transformations from small molecules to polymer recycling Photochemical reactions provide distinctive reactivity unattainable through conventional thermal methods, enabling sustainable synthesis under mild conditions. Light-Induced Organic Transformations: Applications in Synthesis, Biomass Conversion, and Polymer Recycling offers an in-depth treatment of recent advances. Assembled by an international team of experts, this reference covers foundational concepts, practical methodologies, and industrial applications. Volume 1 addresses light-induced carbonylation, carboxylation, and decarbonylation reactions of small molecules, alongside transformations of alkanes and other hydrocarbons. Volume 2 shifts focus to photochemical conversion of biomass into fine and bulk chemicals as well as transformations of polymers. Readers will also find: Detailed photocatalytic strategies for converting greenhouse gases into value-added organic products under environmentally favorable reaction conditions Coverage of light-driven C-H bond functionalization reactions relevant to pharmaceutical and fine chemical manufacturing process development Methods for depolymerizing waste plastics using photochemical approaches, contributing to circular economy and sustainable materials recovery efforts This reference serves organic chemists, catalytic chemists, polymer chemists, and chemical engineers working in sustainable synthesis, energy conversion, or polymer recycling. Researchers in both academia and the chemical industry will find targeted guidance for applying photochemical methods to current challenges in green and sustainable chemistry.
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