Production of Biofuels and Numerical Modeling of Chemical Combustion Systems
Production of Biofuels and Numerical Modeling of Chemical Combustion Systems
English[eng]
9783040000000
microalgae||hydrothermal liquefaction||pretreatment||low O and N biocrude||biodiesel||esterification||free fatty acids||glycerol||waste cooking oil||Computational Fluid Dynamics||two-stroke||dual-fuel engine||simulation||pre-combustion chamber||internal combustion engine||particulate matter emissions||biomorphic silicon carbide||vegetal waste||diesel particulate filter||biocrude||metal-oxide catalyst||bioethanol||dilute acid pretreatment||enzymatic hydrolysis||olive stones||Pachysolen tannophilus||response surface methodology||compression ignition||direct injection||cryogenic gas||diesel engines||dual fuel engines||natural gas||greenhouse gas emissions||particulate matter||carotenoids||extremophiles||microalgal biotechnology||eucalyptus kraft lignin||tree leaf||pellet||additive||biofuel||circular economy||piston bowl||alternative fuel||vanes||emulsified biofuel||combustion||gasification||olive||olive oils||olive-pruning debris||olive pomaces||pyrolysis||biogas||environmental impact||life cycle assessment||olive pomace||sustainability||TGA||hemicellulose||cellulose||lignin||pseudocomponent kinetic model||biomass||culture||scale-up||Phaeodactylum tricornutum||burning characteristics||fatty acid methyl ester||added water content||fuel structure||distillation temperature||layered double hydroxide||toluene steam reforming||tar||Ni-based catalyst||hydrotalcite||hydrogen production||n/a
English[eng]
9783040000000
microalgae||hydrothermal liquefaction||pretreatment||low O and N biocrude||biodiesel||esterification||free fatty acids||glycerol||waste cooking oil||Computational Fluid Dynamics||two-stroke||dual-fuel engine||simulation||pre-combustion chamber||internal combustion engine||particulate matter emissions||biomorphic silicon carbide||vegetal waste||diesel particulate filter||biocrude||metal-oxide catalyst||bioethanol||dilute acid pretreatment||enzymatic hydrolysis||olive stones||Pachysolen tannophilus||response surface methodology||compression ignition||direct injection||cryogenic gas||diesel engines||dual fuel engines||natural gas||greenhouse gas emissions||particulate matter||carotenoids||extremophiles||microalgal biotechnology||eucalyptus kraft lignin||tree leaf||pellet||additive||biofuel||circular economy||piston bowl||alternative fuel||vanes||emulsified biofuel||combustion||gasification||olive||olive oils||olive-pruning debris||olive pomaces||pyrolysis||biogas||environmental impact||life cycle assessment||olive pomace||sustainability||TGA||hemicellulose||cellulose||lignin||pseudocomponent kinetic model||biomass||culture||scale-up||Phaeodactylum tricornutum||burning characteristics||fatty acid methyl ester||added water content||fuel structure||distillation temperature||layered double hydroxide||toluene steam reforming||tar||Ni-based catalyst||hydrotalcite||hydrogen production||n/a