Biofuel and Bioenergy Technology
Lee, Keat Teong||Chen, Wei-Hsin||Ong, Hwai
Biofuel and Bioenergy Technology
English[eng]
equilibrium model||simulation||syngas||waste biomass||calcination||polymer electrolyte membrane||combined pretreatment||anaerobic digestion||alkali pretreatment||validation||biodiesel||synergistic effect||relative humidity||unbleached paper||synergistic effects||waste wood||RSM||stone fruit||corn stover||microbial community||fatty acid methyl ester||acid pretreatment||energy exchange||coal-fired flue-gas||bio-electro-Fenton microbial fuel cells (Bio-E-Fenton MFCs)||SOFC||lignocellulose||bio-oils||diesel||seed oil||Clostridiales||liquefaction||sewage sludge||counter-flow structure||lignin recovery||Vietnam||iodine value||hydrodynamic boundary layer||energy yield||second-generation biodiesel||CHO index||Jerusalem artichoke||Carica papaya||mass yield||biochemical methane potential||Chlorella||engine performance||emulsification||single cell oil||chemical oxygen demand (COD)||anaerobic fermentation||superabsorbent polymer||isopropanol||viscosity||esterification||mathematical modeling||charge transfer resistance||ball mill||Annona muricata||membrane bioreactors||ethanol organosolv||direct transesterification||Methanothermobacter||screening||Rhodotorula glutinis||pyrolytic oil||acetone||soursop||degradation||torrefaction||alcohols||electroactive biofilm||nitric acid||organosolv pretreatment||optimisation||digester performance||biodiesel production||air-steam gasification||acidity index||prairie cord grass||thermophoretic force||recirculation mode||wastewater||alkanes||tar||biogas production||two-step process||thermogravimetric analysis||electrochemical hydrogenation||enzymatic hydrolysis||herbaceous biomass||hydrogen/carbon monoxide ratio||solid biofuel||biodiesel testing||catalyst||exergy||membrane contamination||characterisation||Nejayote||methane||photo catalyst||gross calorific value||bioreactors||wastewater treatment||response surface methodology||MFC||redox potential reduction||microbial biofuel||ethanol fermentation||mechanical durability||Van Krevelen diagram||biodiesel property||direct interspecies electron transfer||lignocellulosic biomass||methane and carbon dioxide conversion||liquid lipase||non-premixed combustion||hydrogen-producing bacteria||surfactant||Taguchi method||shear rate||carbon dioxide||calorific value||biomass fuel||granular activated carbon||porosity||biogas||Miscanthus||mixotrophic cultivation||first-law/second-law efficiency||voltage||microbial community composition||small-scale biogas plants||mechanical pretreatment||developing countries||transesterification||process stability||co-surfactant||thermophilic anaerobic digestion||tri-reforming process||metabolic engineering||exergy efficiency
Biofuel and Bioenergy Technology
English[eng]
equilibrium model||simulation||syngas||waste biomass||calcination||polymer electrolyte membrane||combined pretreatment||anaerobic digestion||alkali pretreatment||validation||biodiesel||synergistic effect||relative humidity||unbleached paper||synergistic effects||waste wood||RSM||stone fruit||corn stover||microbial community||fatty acid methyl ester||acid pretreatment||energy exchange||coal-fired flue-gas||bio-electro-Fenton microbial fuel cells (Bio-E-Fenton MFCs)||SOFC||lignocellulose||bio-oils||diesel||seed oil||Clostridiales||liquefaction||sewage sludge||counter-flow structure||lignin recovery||Vietnam||iodine value||hydrodynamic boundary layer||energy yield||second-generation biodiesel||CHO index||Jerusalem artichoke||Carica papaya||mass yield||biochemical methane potential||Chlorella||engine performance||emulsification||single cell oil||chemical oxygen demand (COD)||anaerobic fermentation||superabsorbent polymer||isopropanol||viscosity||esterification||mathematical modeling||charge transfer resistance||ball mill||Annona muricata||membrane bioreactors||ethanol organosolv||direct transesterification||Methanothermobacter||screening||Rhodotorula glutinis||pyrolytic oil||acetone||soursop||degradation||torrefaction||alcohols||electroactive biofilm||nitric acid||organosolv pretreatment||optimisation||digester performance||biodiesel production||air-steam gasification||acidity index||prairie cord grass||thermophoretic force||recirculation mode||wastewater||alkanes||tar||biogas production||two-step process||thermogravimetric analysis||electrochemical hydrogenation||enzymatic hydrolysis||herbaceous biomass||hydrogen/carbon monoxide ratio||solid biofuel||biodiesel testing||catalyst||exergy||membrane contamination||characterisation||Nejayote||methane||photo catalyst||gross calorific value||bioreactors||wastewater treatment||response surface methodology||MFC||redox potential reduction||microbial biofuel||ethanol fermentation||mechanical durability||Van Krevelen diagram||biodiesel property||direct interspecies electron transfer||lignocellulosic biomass||methane and carbon dioxide conversion||liquid lipase||non-premixed combustion||hydrogen-producing bacteria||surfactant||Taguchi method||shear rate||carbon dioxide||calorific value||biomass fuel||granular activated carbon||porosity||biogas||Miscanthus||mixotrophic cultivation||first-law/second-law efficiency||voltage||microbial community composition||small-scale biogas plants||mechanical pretreatment||developing countries||transesterification||process stability||co-surfactant||thermophilic anaerobic digestion||tri-reforming process||metabolic engineering||exergy efficiency