Green and tough eutectogel from demethylated lignin: bridging renewable biomass and harsh-environment sensing
Jinwen Hu, Yueying Zhao, Tingjun Song, Bo Pang, Tingting Wang, Siying Zhou, Jian Du, Yanna Lv, Yehan Tao, Jie Lu, Chenglong Fu, Haisong Wang
Abstract
A green and tough lignin-based eutectogel is prepared by copolymerization of demethylated lignin, polymerizable deep eutectic solvent and dodecyl acrylate, which can output signals sensitively, accurately, and stably in harsh environments.
Topics & Concepts
Bridging (networking)Renewable energySolventDeep eutectic solventBiomass (ecology)ChemistryCopolymerEutectic systemPulp and paper industryRenewable resourceChemical engineeringGreen chemistryMaterials scienceOrganic chemistryWaste managementEnvironmentally friendlyVegetable oil refiningProcess engineeringCompatibility (geochemistry)Energy conversion efficiencyEnvironmental scienceNanotechnologyOrganic solventProcess (computing)Lignin and Wood ChemistryIonic liquids properties and applicationsAdvanced Cellulose Research Studies