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Valorisation of lignocellulosic (LC) biomass by catalytic hydrotreatment
Published on May 30, 2019173 Views
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Valorisation of lignocellulosic (LC) biomass by catalytic hydrotreatment00:00
Department of Catalysis and Chemical Reaction Engineering - 100:08
Department of Catalysis and Chemical Reaction Engineering - 201:10
SUBGROUP: BIOMASS-DERIVED BUILDING BLOCKS - 101:33
SUBGROUP: BIOMASS-DERIVED BUILDING BLOCKS - 202:24
PAST WORK: 2 ND GENERATION BIOFUELS02:43
BIOMASS TO FUELS: OIL REFINERY ANALOGY04:12
CONCEPT: BIOREFINERY05:18
LIGNO(HEMI)CELLULOSIC BIOMASS05:42
CELLULOSE AND HEMICELLULOSE VALORISATION: TOP – DOWN APPROACH - 107:12
CELLULOSE AND HEMICELLULOSE VALORISATION: TOP – DOWN APPROACH - 208:09
LEVULINIC ACID: PLATFORM CHEMICAL08:33
LEVULINIC ACID HDO: EXPERIMENTAL SET-UP - 110:25
LEVULINIC ACID HDO: EXPERIMENTAL SET-UP - 210:50
LEVULINIC ACID HDO: EXPERIMENTAL SET-UP - 311:20
LEVULINIC ACID HDO: ANALYTICS - 113:05
LEVULINIC ACID HDO: ANALYTICS - 213:20
LEVULINIC ACID HDO: ANALYTICS - 313:49
LEVULINIC ACID HDO: REACTION PATHWAY NETWORK14:06
LEVULINIC ACID HDO: MICROKINETIC MODEL15:31
KINETIC MODEL: DIFFERENTIAL EQUATIONS SOLVED NUMERICALLY IN MATLAB16:27
LEVULINIC ACID HDO: HOMOGENEOUS REACTIONS 16:34
LEVULINIC ACID HDO: CATALYST LOADING - 118:11
LEVULINIC ACID HDO: CATALYST LOADING - 219:13
LEVULINIC ACID HDO: TEMPERATURE19:17
LEVULINIC ACID HDO: H2 PRESSURE21:12
LEVULINIC ACID HDO: STIRRING SPEED21:43
LEVULINIC ACID HDO: CATALYST PARTICLE SIZE23:36
LEVULINIC ACID HDO: VALIDATION EXPERIMENT24:16
LEVULINIC ACID HDO: A LIST OF KINETIC PARAMETERS24:55
LEVULINIC ACID HDO: CONCLUSIONS25:32
LIGNIN VALORIZATION: BOTTOM-UP APPROACH26:45
AIM: UNDERSTANDING CATALYTIC HYDROTREATMENT THROUGH KINETIC MODELLING29:16
LIGNIN MONOMER MODEL COMPOUND: EUGENOL - 129:53
LIGNIN MONOMER MODEL COMPOUND: EUGENOL - 230:44
DENSITY FUNCTIONAL THEORY: Ru(0001)31:02
CATALYST CHARACTERISATION: Ru/C - 132:01
CATALYST CHARACTERISATION: Ru/C - 233:07
MICROKINETICS: MATLAB33:11
HOMOGENEOUS REACTIONS: ISOMERISATION AND HYDROGENATION - 133:22
HOMOGENEOUS REACTIONS: ISOMERISATION AND HYDROGENATION - 233:34
HOMOGENEOUS REACTIONS: ISOMERISATION AND HYDROGENATION - 334:21
CATALYTIC TESTING OF Ru/C: KINETIC PARAMETERS BY REGRESSION ANALYSIS - 136:06
CATALYTIC TESTING OF Ru/C: KINETIC PARAMETERS BY REGRESSION ANALYSIS - 237:08
EUGENOL HYDROTREATMENT: EXPERIMENTS WITH INTERMEDIATES (275 °C, 5 MPa) 37:25
EUGENOL HYDROTREATMENT: INFLUENCE OF PRESSURE (275 °C)38:05
EUGENOL HYDROTREATMENT: INFLUENCE OF Ru/C CATALYST LOADING (275 °C, 5 MPa)38:10
EUGENOL HYDROTREATMENT: KINETIC PARAMETERS BASED ON REGRESSION ANALYSIS38:16
DFT CALCULATION: ENERGY BARRIERS38:38
CATALYST SCREENING: VARIATION OF METALS ON CARBON39:23
CURRENT WORK: LINKING SCALES (DFT, KMC, MEAN-FIELD)39:58
LIGNIN VALORISATION: CONCLUSIONS41:02
OUR INVESTIGATION APPROACH GUIDELINES - 142:19
OUR INVESTIGATION APPROACH GUIDELINES - 242:44
TAKE-HOME MESSAGE: BIOMASS IS A SUSTAINABLE SOURCE OF CHEMICALS - 143:52
Thank you for your attention!44:18