35 Qinghua E Rd.
WuDaoKou
Beijing, 100085
China
Beijing Forestry University
Catechyl lignin, Catechols, life cycle assessment, Economic analysis, Carbon footprint, Sensitivity analysis
fatty alcohols, carbon-encapsulated, hydrogenation, palmitic acid, hydrothermal stability
high-temperature gas-cooled reactors, hydrogen and electricity co-generation, hybrid-sulfur cycle hydrogen production, iodine-sulfur cycle hydrogen production, Life Cycle Assessment
Coal-derived sludge, Low-rank coal, Life Cycle Assessment, energy conversion
Biomass types, Pyrolysis temperature, Biochar, Plant, Soil amendment
biomass, Environmental Impact, Process Optimization, Sustainability Assessment, Energy efficiency
Guaiacol, cyclohexanol, HDO, CeO2, Support morphology, stability
Bio-oil, Hydrothermal, Transfer hydrogenation, Palmitic acid, Pt/C catalyst, Methyl palmitate
Furfural, Life cycle assessment, Lignocellulosic biomass, Solid acid
Bio-Oil, Palmitic acid, Graphitic layer, Hydrothermal Stability, Deoxygenation
Sludge, Multi-stage hydrothermal process, Pyrolysis, Life cycle assessment, Economic analysis.
Bio-oil, hydrogenation, Temperature-controlled, ZIF-67, hydrothermal stability
bio-oil, Palmitic acid, Hydrothermal, crystal structure, SMSI.
Coal and Biomass, AAEMs, pyrolysis characteristics, Product Distribution, Decarboxylation, Dehalogenation
Guaiacol, Cyclohexanol, Hydrodeoxygenation, Bimetallic catalyst, Synergistic effect
Palmitic acid, Methanol, In-situ transfer hydrogenation, Solid solutions, Oxygen vacancy.
Torrefaction, Multistage pyrolysis, Life cycle assessment, Economic and technical analysis, Carbon footprint
Bio-oil, Palmitic acid, Deoxygenation, Defect sites, Oxygen vacancies
Guaiacol, Cyclohexanol, Hydrogen transfer, Pt-Ni alloys, In-situ synthesis