Effects of the extraction solvents in hydrothermal liquefaction processes: Biocrude oil quality and energy conversion efficiency

Keyphrases

• Acetone 50%
• Agent Impact 25%
• Ash Content 25%
• Biocrude Oil 100%
• Carbohydrate Content 25%
• Chemical Composition 25%
• Chemical Compounds 25%
• Chemical Structure 25%
• Chlorella 50%
• Dichloromethane 100%
• Dipole-dipole Interaction 25%
• Dry Biomass 25%
• Efficiency Value 25%
• Energy Consumption Ratio 25%
• Energy Conversion Efficiency 100%
• Energy Efficiency 50%
• Energy Recovery 25%
• Enteromorpha 50%
• Extraction Agent 25%
• Extraction Solvent 100%
• Fossil Energy Ratio 25%
• High Ash 25%
• High Carbohydrate 25%
• High Energy 25%
• High Protein 25%
• Hydrogen Bonds (H-bonds) 25%
• Hydrothermal Liquefaction 100%
• Liquefaction Process 100%
• Liquefaction Products 25%
• Low Power Consumption 25%
• Maximum Variation 25%
• Nannochloropsis 50%
• Net Energy Value 25%
• Oil Energy 100%
• Oil Quality 100%
• Oil Yield 50%
• Output Parameters 25%
• Product Efficiency 25%
• Product Separation 25%
• Selective Extraction 25%
• Selective Isolation 25%
• Solvent Polarity 25%
• Solvent Selection 50%
• Toluene 50%
• Yield Efficiency 25%

Chemical Engineering

• Dichloromethane 100%
• Solvent Extraction 100%