0000000001198306

AUTHOR

T. (Tero) Luukkonen

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Characterization of lignin enforced tannin/furanic foams

2020

Worldwide, tons of lignin is produced annually in pulping plants and it is mainly considered as a waste material. Usually lignin is burned to produce energy for the pulping reactors. The production of value-added materials from renewable materials like lignin, has proved to be challenging. In this study, the effects of addition of three different types of lignin in the production of tannin/furanic foams is investigated. The foams were matured, first at 373 K and finally carbonized at 1073 K and the properties of them including mechanical strength, specific surface area and pore development are investigated before and after thermal treatment. According to the results, higher mechanical stren…

tanniinitTanninPore developmentOrganic chemistryligninligniinimateriaalitmechanical strengthphysical activationLigninmaterials chemistryArticleorganic chemistrytanninfysikaaliset ominaisuudetvaahdotPhysical activationlcsh:H1-99Materials chemistrylcsh:Social sciences (General)pore developmentlcsh:Science (General)Mechanical strengthlujuuslcsh:Q1-390
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