Heavy aromatics come from catalytic reforming, ethylene cracking and coal high-temperature coking. The supply and demand balance between benzene, toluene, xylene and C9+aromatics can be adjusted through alkyl transfer technology; Convert heavy aromatics into BTX, gasoline blending component with high octane number, liquefied gas and other petrochemical products with high added value

Heavy aromatics come from catalytic reforming, ethylene cracking and coal high-temperature coking. The supply and demand balance between benzene, toluene, xylene and C9+aromatics can be adjusted through alkyl transfer technology; Convert heavy aromatics into BTX, gasoline blending component with high octane number, liquefied gas and other petrochemical products with high added value

Heavy aromatics come from catalytic reforming, ethylene cracking and coal high-temperature coking. The supply and demand balance between benzene, toluene, xylene and C9+aromatics can be adjusted through alkyl transfer technology; Convert heavy aromatics into BTX, gasoline blending component with high octane number, liquefied gas and other petrochemical products with high added value

Heavy aromatics come from catalytic reforming, ethylene cracking and coal high-temperature coking. The supply and demand balance between benzene, toluene, xylene and C9+aromatics can be adjusted through alkyl transfer technology; Convert heavy aromatics into BTX, gasoline blending component with high octane number, liquefied gas and other petrochemical products with high added value