Catalytic Pyrolysis/Gasification of Refuse Derived Fuel for Hydrogen Production and Tar Reduction: Influence of Nickel to Citric Acid Ratio Using Ni/SiO2 Catalysts

Engineering & Materials Science

• Refuse derived fuels 84%
• Citric acid 81%
• Tar 66%
• Hydrogen production 61%
• Gasification 55%
• Pyrolysis 51%
• Nickel 50%
• Catalysts 46%
• Pore size 15%
• Sand 12%
• High resolution electron microscopy 11%
• Hydrogen 10%
• Naphthalene 9%
• Municipal solid waste 8%
• Mass spectrometry 8%
• Phenols 8%
• Gas chromatography 8%
• Solid wastes 8%
• Oxidation 6%
• Heat treatment 5%
• Scanning electron microscopy 5%
• Gases 3%
• Temperature 2%
• Experiments 2%

Earth & Environmental Sciences

• refuse derived fuel 79%
• citric acid 65%
• tar 62%
• gasification 57%
• pyrolysis 49%
• catalyst 49%
• nickel 47%
• hydrogen 42%
• surface area 10%
• sand 8%
• thermal treatment 7%
• phenanthrene 7%
• naphthalene 7%
• municipal solid waste 6%
• phenol 6%
• solid waste 6%
• gas chromatography 6%
• mass spectrometry 5%
• scanning electron microscopy 4%
• oxidation 4%
• gas 3%
• energy 3%
• experiment 2%
• temperature 2%
• effect 1%
• method 1%

Chemistry

• Refuse Derived Fuel 100%
• Catalytic Pyrolysis 76%
• Gasification 63%
• Citric Acid 52%
• Reduction 25%
• Catalyst 22%
• Solid Waste 16%
• Pore Size Distribution 13%
• Solgel Method 10%
• Pyrolysis 9%
• Cresol 8%
• Surface Area 8%
• Phenanthrene 7%
• Fluorene 7%
• Calorific Value 7%
• Hydrogen 6%
• Naphthalene 6%
• Gas Chromatography Mass Spectrometry (GCMS) 5%
• Phenol 5%
• Scanning Electron Microscopy 4%
• Gas 3%
• Oxidation Reaction 3%