Co-processing of upgraded bio-liquids in standard refinery units - fundamentals

Keyphrases

• Biofuel 100%
• Bio-oil Upgrading 100%
• Pyrolysis Liquid 100%
• Co-processing 100%
• Bio-oil 100%
• Fast Pyrolysis 100%
• FCC Unit 100%
• Co-feeding 100%
• Hydrotreating 100%
• Bioliquid 100%
• Refinery Units 100%
• Hydrocarbons 50%
• High Temperature 50%
• Oil Fraction 50%
• Aluminum Oxide 50%
• Product Distribution 50%
• Thermal Stability 50%
• Transportation Fuels 50%
• High Pressure 50%
• Operating Conditions 50%
• Chemical Structure 50%
• Catalyst Stability 50%
• Sulfur Compounds 50%
• Refinery 50%
• Catalytic Cracking 50%
• Biomass Feedstock 50%
• Oil Refinery 50%
• Complex Mixtures 50%
• Hydrogenation 50%
• Lower Heating Value 50%
• High Viscosity 50%
• Hydrodeoxygenation 50%
• NiMo Catalyst 50%
• Corrosivity 50%
• Unconventional Oil 50%
• Conversion Products 50%
• Liquid Oil 50%
• Cracking Reaction 50%
• Oxygenated Compounds 50%
• High Oxygen Content 50%
• Total Conversion 50%
• FCC Catalyst 50%
• Microscale Testing 50%
• Hydrocarbon Conversion 50%
• Feeding Model 50%
• CoMo Catalyst 50%
• Stability of Distributions 50%
• Straight Run Gas Oil 50%

INIS

• processing 100%
• oils 100%
• liquids 100%
• units 100%
• catalysts 80%
• chains 60%
• oxygen 60%
• fcc lattices 60%
• mixtures 40%
• hydrocarbons 40%
• biomass 40%
• stability 40%
• conversion 40%
• pyrolysis 40%
• biofuels 40%
• values 20%
• simulation 20%
• performance 20%
• viability 20%
• heating 20%
• energy 20%
• hydrogenation 20%
• fuels 20%
• operation 20%
• distribution 20%
• cracking 20%
• range 20%
• aluminium oxides 20%
• viscosity 20%
• feeding 20%
• procurement 20%
• sulfur compounds 20%
• catalytic cracking 20%
• gas oils 20%

Chemical Engineering

• Fast Pyrolysis 100%
• Hydrotreating 100%
• Hydrodeoxygenation 50%
• Sulfur Compounds 50%
• Hydrogenation 50%
• Catalytic Cracking 50%
• Transportation Fuels 50%
• Cracking Reaction 50%