Catalytic hydrocracking of petroleum-derived asphaltenes by transition metal-loaded zeolite catalysts

Keyphrases

• Metal-zeolite 100%
• Zeolite Catalyst 100%
• Petroleum-derived 100%
• Asphaltene 100%
• Catalytic Hydrocracking 100%
• Hydrocracking 50%
• Indonesian 33%
• Natural Asphalt 33%
• Structural Features 16%
• Spectroscopic Analysis 16%
• Structural Information 16%
• Palladium 16%
• Atomic Ratio 16%
• Aromaticity 16%
• Reaction Temperature 16%
• Elemental Analysis 16%
• Y-type Zeolite 16%
• Average Molecular Weight 16%
• Hydrocracking Reaction 16%
• Heteroatom 16%
• Aromatic Cluster 16%
• Hydrocarbon Gases 16%
• Naphtha 16%
• H2 Pressure 16%
• Tetralin 16%
• Light Medium 16%
• Molecular Nitrogen 16%
• H 2 S 16%
• Medium Mixture 16%
• Number Average Molecular Weight 16%
• Nitrogen Content 16%
• Crude Oil 16%
• C1-C4 Hydrocarbons 16%
• Co-load 16%
• Gas Oil 16%

Chemistry

• Hydrocracking 100%
• Transition Metal 100%
• Palladium 20%
• Spectroscopic Analysis 20%
• Molecular Mass 20%
• Elemental Analysis 20%
• Heteroatom 20%
• Tetralin 20%
• Petroleum 20%
• Number Average Molar Mass 20%
• aromaticity 20%

Chemical Engineering

• Hydrocracking 100%
• Transition Metal 100%
• Chemical Element 20%