Hydrothermal reforming of bio-diesel plant waste: Products distribution and characterization

Engineering & Materials Science

• Reforming reactions 100%
• Biodiesel 94%
• Glycerol 88%
• Esters 58%
• Oils 57%
• Reaction products 47%
• Fatty acids 44%
• Hydrogen 42%
• Sodium hydroxide 40%
• Carbon dioxide 33%
• Saturated fatty acids 31%
• Unsaturated fatty acids 30%
• Gaseous effluents 30%
• Saponification 29%
• Soaps (detergents) 25%
• Organic compounds 24%
• Sodium Carbonate 24%
• Water gas shift 24%
• Batch reactors 23%
• Waxes 21%
• Carbon monoxide 19%
• Water 19%
• Methanol 18%
• Gasification 18%
• Methane 16%
• Hydrocarbons 15%
• Viscosity 14%
• Temperature 14%
• Decomposition 12%
• Chemical analysis 11%
• Experiments 6%

Chemistry

• Biodiesel 94%
• Product Distribution 92%
• Glycerol 76%
• Fatty Acid Methyl Ester 52%
• Sodium Hydroxide 41%
• Carbon Dioxide 34%
• Hydrogen 33%
• Water Gas Shift 28%
• Fatty Acid Ester 27%
• Saturated Fatty Acid 27%
• Saponification 25%
• Unsaturated Fatty Acid 25%
• Gasification 25%
• Sodium Carbonate 25%
• Wax 24%
• Batch Reactor 24%
• Carbon Monoxide 19%
• Methane 17%
• Hydrocarbon 15%
• Decomposition 14%
• Methanol 13%
• Pressure 12%
• Volume 12%
• Amount 9%