Structural reconstruction of lignin by mild and efficient dissolution: A strategy for the fabrication of mechanically strong carbon fiber precursors
R Che, H Zhao, X Li, D Li, H Nawaz, F Xu - Chemical Engineering Journal, 2024 - Elsevier
The complex three-dimensional structure and fine stability of industrial alkali lignin (AL)
resists the infiltration of chemical reagents, challenging the conversion of AL into high-value …
resists the infiltration of chemical reagents, challenging the conversion of AL into high-value …
Sustainable polar aprotic/poly-deep eutectic solvent systems for highly efficient dissolution of lignin
Developing green and effective solvents is of significant importance for the utilization of
lignin. Here, we demonstrated that biomass-derived polar aprotic solvents can serve as co …
lignin. Here, we demonstrated that biomass-derived polar aprotic solvents can serve as co …
[HTML][HTML] Characterization and structural analysis of alcohol-fractionated lignin biofuels processed at ambient temperature
This study introduces Cold-processed Lignin in (M) ethanol Oil (CLEO/CLiMO), a novel
biofuel technology derived from the alcohol-fractionation of lignin at ambient temperatures …
biofuel technology derived from the alcohol-fractionation of lignin at ambient temperatures …
Improving the production efficiency and sustainability of lignin-alcohol fuel processed at ambient temperature
TI Simonsen, DT Djajadi, H Montanvert, M Sgarzi… - Bioresource …, 2024 - Elsevier
Lignin represents a promising source of renewable energy. The development of CLEO (Cold
processed Lignin Ethanol Oil) fuel introduces a novel lignin valorization approach …
processed Lignin Ethanol Oil) fuel introduces a novel lignin valorization approach …
Experimental Study of Lignin Fuels for CI Engines
M Terauchi, T Simonsen, S Mortensen, J Schramm… - 2024 - sae.org
This study explores the feasibility of using a sustainable lignin-based fuel, consisting of 44%
lignin, 50% ethanol, and 6% water, in conventional compression ignition (CI) marine …
lignin, 50% ethanol, and 6% water, in conventional compression ignition (CI) marine …
リグニンを用いたバイオ燃料の船舶用エンジンへの適用
寺内幹 - 自動車技術会論文集, 2025 - jstage.jst.go.jp
抄録 エタノールとリグニンを主成分とする, 船舶用エンジンを主な対象としたバイオ燃料に対し,
小型ディーゼルエンジンを用いて実験的評価を行った. 粘度や沸点等の物性が大きく異なる物質 …
小型ディーゼルエンジンを用いて実験的評価を行った. 粘度や沸点等の物性が大きく異なる物質 …