Lignin — a promising biomass resource, TAPPI JOURNAL March 2018



ABSTRACT: Lignin, the second most abundant component in plants, is a class of complex aromatic polymer. Industrial lignin is a major byproduct of pulp and paper production and biorefineries, with more than 50 megatons generated annually. However, more than 98% of industrial lignin is either burned as fuel or discharged as wastewater, causing serious environmental pollution. From a sustainable feedstock perspective, finding additional high-volume and high-value applications for lignin is an extremely important and long-term pursued objective. Thus, lignin resources deserve to be further exploited as biorenewable raw materials for energy-saving and low-carbon polymer production. Inspired by the natural three-dimensional structure, excellent ultraviolet-blocking and antioxidant properties of lignins, the authors have focused their research on lignin-based biorenewable resources. This review summarizes research achievements of the recent decade. Progress has been made in several aspects, such as nonionic and amphoteric lignin-based surfactants, lignin-based functional materials, lignin-based photoelectric materials, lignin-based resins and polymer composites, and catalytic depolymerization of lignin.

Application: This review summarizes recent research and provides some novel strategies for the application and understanding of lignin.

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Author: Y. Qian, H. Lou, W. Liu, D. Yang, X. Ouyang, Y. Li, and X. Qiu
Lignin — a promising biomass resource, TAPPI JOURNAL March 2
Lignin — a promising biomass resource, TAPPI JOURNAL March 2018
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