Trends in the shale gas revolution and catalyst technology, future prospects in the petrochemical field.
S30844
A thorough explanation of the knowledge essential for catalysts in chemical manufacturing!
Shale Gas Revolution: The Technical Shift of Petrochemical Manufacturing Processes, the Catalyst, the Future, etc. ★ Full-scale utilization of shale gas is predicted to begin in a few years! ★ How will processes and catalysts change with the reorganization of materials!? 【Speaker】 Takaki Muroi, Representative of IC Lab 【Venue】 Tekuno Kawasaki, 1F, Room 1【Kanagawa, Kawasaki】 【Date and Time】August 26, 2013 (Monday) 13:30-16:30
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**Keywords** 1. Shale gas revolution 2. Catalyst 3. Synthesis of chemicals from shale gas **Lecture Summary** The shale gas revolution that began in the United States is starting to have a significant impact on the global petrochemical industry, particularly in Japan, at an unexpectedly rapid pace. The price of ethylene derived from shale gas is estimated to be about one-fifth of the price of ethylene derived from naphtha. In a few years, when full-scale utilization of shale gas begins in the United States, naphtha-based ethylene centers will be forced to reorganize. When the raw materials change, the processes and catalysts used will inevitably have to change significantly.
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37800
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P2
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P2
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**Program** 1. Global Environmental Changes in Energy and Petrochemical Raw Materials 1.1 Operation of Large Ethylene Plants in the Middle East and China 1.2 Shale Revolution 1.3 Potential for Exporting Shale Gas and Petrochemical Raw Material NGL to Japan 1.4 Possibility of Reducing or Withdrawing Naphtha Crackers 2. Gasification of Shale Gas 2.1 Steam Reforming 2.2 Latest Gasification Processes 3. Synthesis of Fuels from Shale Gas 3.1 FT Synthesis Process and Catalysts 3.2 Synthesis of Methanol, Ethanol, and Gasoline 4. Synthesis of Ethylene and Propylene from Shale Gas (NGL) 4.1 Direct Utilization of Ethane and Propane 4.2 Synthesis of Propylene from Non-Shale Gas Raw Materials 4.3 MTO Process and Catalysts 4.4 MTP Process and Catalysts 5. Catalysts for Direct Utilization of Methane 5.1 Dimerization of Methane 5.2 Synthesis of Methanol from Methane 5.3 Synthesis of Propylene from Methane 6. Catalysts for Direct Utilization of Ethane 7. New Synthesis Catalysts for Butadiene 8. Catalysts for Synthesis of Aromatics from Natural Gas 9. Future of Petrochemicals in Japan **Q&A**
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