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This post was last edited by jordan569 on 2013-1-6 at 22:06. Who can provide the process flow for the conversion of natural gas into ethylene and propylene using the UOP HYDROMTO process? I am currently working on a feasibility study related to the integrated utilization of dry gas, and I need this information for that project. Thank you very much. My email address is fxshy0225@tom.com. . Note $ # , $ $
This post was last edited by zzuwangshilei on 2009-10-24 at 12:01. There is a literature piece from 1997 on the conversion of natural gas into ethylene and propylene – the UOP/HYDRO MTO process. Although it’s old, it is still useful for reference. . \"Chemical Engineering of Oil and Gas\" Chemical Engineering of Oil and Gas Page range: 131-137 International Standard Serial Number: ISSN 1007-3426 Domestic Unified Serial Number: CN 51-1210 Conversion of Natural Gas into Ethylene and Propylene – The UOP/HYDRO MTO Process Vora., BV Kang Li Abstract: This article outlines the significance of converting natural gas into higher-value petrochemical products as well as the current state of development in this field. It focuses on introducing the UOP/HYDRO MTO process and the characteristics of the specially developed UOP MTO-100 catalyst ; It highlights the advantages of its application in remote gas-producing areas or the upgrading of existing naphtha cracking units. The operation results of the pilot plant and economic analysis show that it is economically attractive to produce high-value ethylene and propylene from inexpensive natural gas using UOP/HYDRO MTO reactors and regeneration, as well as UOP MTO-100 catalysts. Adjustment of the product structure between ethylene and propylene
Thank you, moderator; you are truly thoughtful.
Partial oxidation of natural gas to produce syngas, conversion of syngas to methanol, and production of low-carbon olefins from methanol