Study on the deactivation mechanism of HZSM-5 in the process of catalytic cracking of n-hexane

Engineering & Materials Science

• Hexane 100%
• Catalytic cracking 99%
• Coke 80%
• Zeolites 62%
• Xylene 42%
• Toluene 37%
• Benzene 37%
• Catalyst activity 25%
• Molar ratio 24%
• Acids 18%
• Catalysts 17%
• Catalyst regeneration 16%
• Aromatic compounds 16%
• Microporosity 15%
• Coking 13%
• Paraffins 11%
• Graphite 10%

Chemistry

• Catalytic Cracking 89%
• Zeolite 55%
• Xylene 45%
• Toluene 32%
• Benzene 30%
• Decoking 26%
• Catalyst Regeneration 21%
• Coking 17%
• Aromatic Compound 14%
• Alkane 12%
• Catalyst 12%
• Acid 10%
• Volume 8%
• Amount 6%

Earth & Environmental Sciences

• coke 72%
• zeolite 51%
• xylene 34%
• toluene 30%
• benzene 29%
• catalyst 27%
• acid 13%
• aromatic compound 11%
• graphite 10%
• alkane 10%
• regeneration 9%
• product 5%