System-level analysis for continuous BTX production from shale gas over Mo/HZSM-5 catalyst: Promotion effects of CO₂ co-feeding on process economics and environment

Earth & Environmental Sciences

• xylene 82%
• shale gas 77%
• toluene 72%
• benzene 69%
• catalyst 65%
• economics 42%
• methanol 42%
• production cost 24%
• coke 20%
• analysis 19%
• effect 17%
• reactor 14%
• cost increase 14%
• zeolite 10%
• life cycle 8%
• shale 8%
• recycling 8%
• hydrocarbon 7%
• energy 5%

Engineering & Materials Science

• Xylene 100%
• Shale gas 94%
• Toluene 89%
• Benzene 89%
• Catalysts 62%
• Economics 47%
• Methanol 30%
• Coke 16%
• Naphthas 9%
• Steam reforming 8%
• Zeolites 8%
• Shale 8%
• Reforming reactions 8%
• Recycling 7%
• Hydrocarbons 6%
• Life cycle 6%
• Costs 5%

Chemical Compounds

• Xylene 77%
• Toluene 54%
• Benzene 51%
• Environment 41%
• Gas 38%
• Catalyst 30%
• Reforming Reaction 14%
• Recycling 9%
• Zeolite 7%
• Hydrocarbon 7%
• Methanol 6%
• Time 3%