Davood Iranshahi

Davood Iranshahi    (FA Page)

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• Articles And Books

Articles

• Davood Iranshahi ,Modeling of an axial flow spherical packed-bed reactor for naphtha reforming process in the presence of the catalyst deactivationn ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 12784-12799 ,
• Seyyed Shahab Eddin Amirabadi_sedigheh kabiri_reza vakili_Davood Iranshahi_Mohammad Reza Rahimpour , Differential evolution strategy for optimization of hydrogen production via coupling of methylcyclohexane dehydrogenation reaction and methanol synthesis process in a thermally coupled double membrane reactor ,Industrial and Engineering Chemistry Research ,vol. 0 ,2012 ,pp. 1508-1522 ,
• abdonnabi goosheneshin_reza maleki_Davood Iranshahi_Mohammad Reza Rahimpour_Jahanmiri Abdolhossein ,Simultaneous production and utilization of methanol for methyl formate synthesis in a looped heat exchanger reactor configuration ,Journal of Natural Gas Chemistry ,vol. 0 ,2012 ,pp. 661-672 ,
• mitra jafari_Raziyeh Rafiyee_shahram amiri_mohsen karimi_Davood Iranshahi_Mohammad Reza Rahimpour_Hojat Mahdiyar ,Combining continuous catalytic regenerative naphtha reformer with thermally coupled concept for improving the process yield ,International Journal of Hydrogen Energy ,vol. 0 ,2013 ,pp. 10327-10344 ,
• Davood Iranshahi ,A novel dynamic radial-flow spherical-bed reactor concept for naphtha reforming in the presence of catalyst deactivation ,International Journal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 6261-6275 ,
• Davood Iranshahi ,Dynamic optimization of a multi-stage spherical radial flow reactor for the naphtha reforming process in the presence of catalyst deactivation using differential evolution (DE) method ,International Jornal of Hydrogen energy ,vol. 0 ,2010 ,pp. 7498-7511 ,
• Davood Iranshahi ,Mathematical modeling of a multi-stage naphtha reforming process using novel thermally coupled recuperative reactors to enhance aromatic production ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 10984-10993 ,
• Davood Iranshahi ,A comparative study on a novel combination of spherical and membrane tubular reactors of the catalytic naphtha reformingprocess ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 505-517 ,
• Davood Iranshahi ,Enhancement of aromatic production in naphtha reforming process by simultaneous operation of isothermal and adiabaticreactors ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 2076-2085 ,
• Davood Iranshahi ,A novel integrated thermally coupled fluidized bed configuration for catalytic naphtha reforming to enhance aromatic and hydrogen productions inrefineries ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 2979-2991 ,
• Davood Iranshahi ,The Aromatic Enhancement in the Axial-Flow Spherical Packed-Bed Membrane Naphtha Reformers in the Presence of CatalystDeactivation ,AIChE Journal ,vol. 0 ,2011 ,pp. 3182-3198 ,
• Davood Iranshahi ,A comparison of two different flow types on performance of a thermally coupled recuperative reactor containing naphtha reforming process and hydrogenation ofnitrobenzene ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 3483-3495 ,
• Davood Iranshahi ,Evaluation of Optimum Design Parameters and Operating Conditions of Axial- and Radial-Flow Tubular Naphtha Reforming Reactors Using the Differential Evolution Method Considering CatalystDeactivation ,Energy&Fuel Journal ,vol. 0 ,2011 ,pp. 762-772 ,
• Davood Iranshahi ,Enhancement of hydrogen production via coupling of MCH dehydrogenation reaction and methanol synthesis process by using thermally coupled heat exchanger-reactor ,International Jornal of Hydrogen Energy ,vol. 0 ,2010 ,pp. 3371-3383 ,
• Davood Iranshahi ,Methanol synthesis in a novel axial-flow spherical packed bed reactor in the presence of catalyst-deactivation ,Chemical Engineering Research and Design ,vol. 0 ,2011 ,pp. 2457-2469 ,
• Davood Iranshahi ,Utilizing differential evolution (DE) technique to optimize operating conditions of an integrated thermally coupled direct DME synthesis-reactor ,Chemical Engineering Journal ,vol. 0 ,2011 ,pp. 321-332 ,
• Davood Iranshahi ,Simultaneous hydrogen and aromatics enhancement by obtaining optimum temperature profile and hydrogen removal in naphtha reforming process; a novel theoretical-study ,International Jornal of Hydrogen Energy ,vol. 0 ,2011 ,pp. 8316-8326 ,
• Davood Iranshahi ,A Novel Dynamic Membrane Reactor Concept with Radial-Flow Pattern for Reacting Material and Axial-Flow Pattern for Sweeping Gas in Catalytic Naphtha-Reformers ,AIChE Journal ,vol. 0 ,2012 ,pp. 1230-1247 ,
• Davood Iranshahi ,A Comparative Study on Optimised and Non-Optimised Axial Flow Spherical Reactors in Naphtha Reforming-Process ,The Canadian Journal of Chemical Engineering ,vol. 0 ,2012 ,pp. 1102-1111 ,
• Davood Iranshahi ,A Dynamic Membrane Reactor Concept for Naphtha Reforming Considering Radial-Flow Patterns for both Sweeping Gas and Reacting-Materials ,Chemical Engineering Journal ,vol. 0 ,2011 ,pp. 264-275 ,
• Davood Iranshahi ,Theoretical investigation of aromatics production enhancement in thermal coupling of naphtha reforming and hydrodealkylation oftoluene , ,vol. 0 ,2011 ,pp. 893-903 ,
• Davood Iranshahi ,Utilizing DE optimization approach to boost hydrogen and octane number in a novel radial-flow assisted membrane naphtha reactor ,Chemical Engineering Science ,vol. 0 ,2011 ,pp. 236-249 ,
• Davood Iranshahi ,Optimal Design of a Thermally Coupled Fluidized bed Heat Exchanger Reactor for Hydrogen Production and Octane Improvement in the Catalytic Naphtha Reformers ,The Canadian Journal of Chemical Engineering ,vol. 0 ,2013 ,pp. 54-65 ,
• Davood Iranshahi ,Enhancement in Gasoline Research Octane Number (RON) and Hydrogen Production by Dynamic Optimization of a Novel Spherical Axial-Flow Membrane Naphtha Reactor via DE Optimization Strategy ,Industrial & Engineering Chemistry Research ,vol. 0 ,2011 ,pp. 398-409 ,
• Davood Iranshahi ,Incorporating multi-membrane tubes for simultaneous management of H2/HC and hydrogenation of nitrobenzene to aniline in naphtha heat exchanger-reactor ,Chemical Engineering Journal ,vol. 0 ,2011 ,pp. 286-297 ,
• Davood Iranshahi ,Boosting the Gasoline Octane Number in Thermally Coupled Naphtha Reforming Heat Exchanger Reactor Using DE Optimization-Technique ,Journal of Fuel ,vol. 0 ,2012 ,pp. 109-118 ,
• Davood Iranshahi ,Utilization of Cyclohexanol dehydrogenation in a novel thermally coupled reactor for Fischer-Tropsch synthesis in gas to liquid technology ,Journal of Natural Gas Science & Engineering ,vol. 0 ,2012 ,pp. 138-148 ,
• Davood Iranshahi , hydrogen and octane boosting through a novel configuration consists of isothermal and membrane naphtha reforming reactors -a comparative study ,Petroleum & Coal ,vol. 0 ,2012 ,pp. 157-173 ,
• Davood Iranshahi ,Assessment and comparison of different catalytic coupling exothermic and endothermic reactionsA review ,Applied Energy journal ,vol. 0 ,2012 ,pp. 496-512 ,
• Davood Iranshahi ,Decalin Loop in an Optimized Thermally Coupled Dual Methanol Reactor Using Differential Evolution (DE)Strategy ,Energy and Fuels ,vol. 0 ,2012 ,pp. 5858-5871 ,
• Davood Iranshahi ,Evaluation of maximum gasoline production of FischereTropsch synthesis reactions in GTL technologyA discretized approach ,Journal of Natural Gas Science and Engineering ,vol. 0 ,2012 ,pp. 209-219 ,
• Davood Iranshahi ,Simultaneous Production and Utilization of Methanol for Methyl Formate Synthesis in a Looped Heat Exchanger ReactorConfiguration ,Journal of Natural Gas Chemistry ,vol. 0 ,2012 ,pp. 661-672 ,
• Davood Iranshahi ,Differential Evolution Strategy for Optimization of Hydrogen Production via Coupling of Methylcyclohexane Dehydrogenation Reaction and Methanol Synthesis Process in a Thermally Coupled Double Membrane Reactor ,Industrial & Engineering Chemistry Research ,vol. 0 ,2012 ,pp. 1508-1522 ,
• Davood Iranshahi ,Modeling and Simulation of a Novel Membrane Reactor in Continuous Catalytic Regenerative (CCR) Naphtha Reformer Accompanied with Detailed Description of Kinetic ,Energy and Fuels ,vol. 0 ,2013 ,pp. 4048-4070 ,
• Davood Iranshahi ,Progress in catalytic naphtha reforming processA review ,Applied Energy journal ,vol. 0 ,2013 ,pp. 79-93 ,
• Davood Iranshahi ,Optimal design of a radial-flow membrane reactor as a novel configuration for continuous catalytic regenerative naphtha reforming process considering a detailed kinetic model ,International Jornal of Hydrogen Energy ,vol. 0 ,2013 ,pp. 8384-8399 ,
• Davood Iranshahi ,Applying New Kinetic and Deactivation Models in Simulation of a Novel Thermally Coupled Reactor in Continuous-Catalytic-Regenerative Naphtha Process ,Chemical Engineering Journal ,vol. 0 ,2013 ,pp. 153-176 ,
• Davood Iranshahi ,Utilizing DE optimization approach to boost hydrogen and octane numberthrough a combination of radial-flow spherical and tubular membrane reactors in catalytic naphtha reformers ,Journal of Fuel ,vol. 0 ,2013 ,pp. 1-11 ,
• Davood Iranshahi ,Combining continuous catalytic regenerative naphtha reformer with thermally coupled concept for improving the process yields ,International Jornal of Hydrogen Energy ,vol. 0 ,2013 ,pp. 10327-10344 ,
• Davood Iranshahi ,Modeling of Naphtha Reforming Unit Applying Detailed Description of Kinetic in Continuous Catalytic Regeneration Process ,Chemical Engineering Research and Design ,vol. 0 ,2013 ,pp. 0-0 ,
• mohsen karimi_Mohammad Reza Rahimpour_Raziyeh Rafiyee_mitra jafari_Davood Iranshahi_Alireza Shariati ,Reducing environmental problems and increasing saving energy by proposing new configuration for moving bed thermally coupled reactors ,journal of natural gas science and engineering ,vol. 0 ,2014 ,pp. 136-150 ,
• Davood Iranshahi_mohsen karimi_shahram amiri_mitra jafari_Raziyeh Rafiyee_Mohammad Reza Rahimpour ,Modeling of naphtha reforming unit applyning detailed description of kinetic in continuous catalytic regeneration process ,Chemical Engineering Research and Design ,vol. 0 ,2014 ,pp. 1704-1707 ,
• Reza Vakili_Payam Setoodeh_ehsan pourazadi_Davood Iranshahi_Mohammad Reza Rahimpour ,Utilizing differential evolution (DE) technique to optimize operating conditions of an integrated thermally-coupled direct DME synthesis reactor ,Chemical Engineering Journal ,vol. 0 ,2011 ,pp. 321-332 ,

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Conferences

• Davood Iranshahi ,بکارگیری همزمان تکنولوژی غشا و مفهوم کوپلینگ واکنشهای گرمازا و گرماگیر در فرآیند نفتا ریفرمینگ با احیای پیوسته کاتالیست برای افزایش میزان محصولات آروماتیکی ,اولین همیش ملی کاتالیستهای صنعتی ,

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