The ever faster changing socioeconomic and environmental conditions require more than ever a proper valorisation of renewable biomass. Lignin, as one of the main components of land-based renewable biomass, is receiving ever more attention also as starting material for the production of monomeric value-added aromatic molecules, and/or fuels. While lignin depolymerisation, or degradation, can be done in form of a ‘black-box’ approach, a more reasonable and desirable fashion would be a structure-based approach. The presented overview presents the research field ‘lignin degradation’ starting from a short introduction regarding lignin and its structural understanding, to then enter the traditional area of wet-chemical lignin degradation. Discussion is then expanded to catalytic conversion processes and biotechnological depolymerisation approaches. The chapter will finish with a hint on thermal and electrochemical methods for lignin degradation.
Borsella, E., Colucci, P., Lembo, G., Lange, H. (2024). Degradative methods for lignin valorisation. In Y. Liao, B. Sels (a cura di), Lignin Chemistry - Characterization, Isolation, and Valorization (pp. 85-138). Wiley-VCH.
Degradative methods for lignin valorisation
Lembo, G;Lange, H
2024
Abstract
The ever faster changing socioeconomic and environmental conditions require more than ever a proper valorisation of renewable biomass. Lignin, as one of the main components of land-based renewable biomass, is receiving ever more attention also as starting material for the production of monomeric value-added aromatic molecules, and/or fuels. While lignin depolymerisation, or degradation, can be done in form of a ‘black-box’ approach, a more reasonable and desirable fashion would be a structure-based approach. The presented overview presents the research field ‘lignin degradation’ starting from a short introduction regarding lignin and its structural understanding, to then enter the traditional area of wet-chemical lignin degradation. Discussion is then expanded to catalytic conversion processes and biotechnological depolymerisation approaches. The chapter will finish with a hint on thermal and electrochemical methods for lignin degradation.File | Dimensione | Formato | |
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