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Login  | Password Recovery |
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Assistant Professor
| Specialty: |
Chemical Engineering |
| Department: |
Renewable Energies and Environmental Engineering |
| Research Interests: |
Design and optimization of energy systems, Exergy and Exergoeconomic analysis of chemical processes, Cryogenic natural gas processes, Process integration, Fuel cells |
| Email: |
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Assistant Professor
Faculty of New Science and Technologies, University of Tehran
Personal Details:
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Faculty of New Science and Technologies, University of Tehran, North Karegar Ave., Tehran, Iran |
Date of Birth |
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1981 |
Education:
2006 – 2010 |
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Ph.D. in Chemical Engineering
University College of Engineering, University of Tehran, Tehran, Iran
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2003-2005 |
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M.S. Chemical Engineering- Catalyst and reaction engineering
University College of Engineering, University of Tehran, Tehran, Iran
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1997-2002 |
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B.S., Chemical Engineering- Process design
University College of Engineering, University of Tehran, Tehran, Iran |
Research Interests:
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Mathematical Modeling |
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Dynamic & Static Process Modeling |
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Conceptual Process Design |
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Fuel Cells |
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Design and optimization of energy systems |
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Cryogenic processes
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Process integration
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Journal Papers:
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Vatani A, Mehrpooya M, Palizdar A, Advanced exergetic analysis of five natural gas liquefaction processes, Energy Conversion and Management 78(2014) 720-737 |
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Vatani A, Mehrpooya M, , Tirandazi H, Novel Process Configuration for Co-production of NGL and LNG with Low Energy Requirement. Chemical engineering and processing 63 (2013) 16-24 |
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Vatani A, Pakravesh H, Mehrpooya M, Modification of an Industrial Ethane Recovery Plant Using Mixed Integer Optimization and Shuffled Frog Leaping Algorithm.Arabian Journal of science and engineering 38 (2013) 439-455 |
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Mehrpooya M, Vatani A, Moosavian S.M.A, Optimum pressure distribution in design of cryogenic NGL recovery processes. Iranian journal of chemistry and chemical engineering 31(2012) |
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Mehrpooya M, Vatani A, Mousavian S.MA, Introducing a New Parameter for Evaluating the Degree of Integration in Cryogenic Liquid Recovery Processes. Chem. Eng. processing 50 (2011) 916– 930. |
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Mehrpooya M, Vatani A., Mousavian S.MA, Tirandazi B., Exergy analysis of C2 + Recovery plants refrigeration cycle,chemical engineering research and design. Chem. Eng. research and design. 89 (2011) 676–689. |
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Mehrpooya M, Vatani A, Mousavian S.MA, Optimum design of integrated liquid recovery Plants by Variable Population size Genetic Algorithm. The Canadian Journal of Chemical Engineering. VOLUME 88, DECEMBER 201,2010. |
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Mehrpooya M, Vatani A, Mousavian S.M.A., Introducing a novel integrated NGL recovery process configuration (with a self refrigeration system (open-closed cycle)) with minimum energy requirement. Chem. Eng. processing 49, 376-388, 2010. |
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Mehrpooya M, A molecular approach for prediction of Sulfur Compounds solubility parameters, Phosphorus, Sulfur, and Silicon, 185:1–7, 2010. |
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Mehrpooya M., Mohammadi A.H. and Richon D., Extension of an Artificial Neural Network Algorithm for Estimating Sulfur Content of Sour Gases at Elevated Temperatures and Pressures, Ind. Eng. Chem. Res. 2010, 49, 439–442. |
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Mehrpooya M., Vatani A and Gharagheizi F, Thermoeconomic analysis of a large industrial refrigeration cycle used in NGL recovery plant. Int. J. Energy Res. 2009; 33:960–977. |
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Mehrpooya M, Gharagheizi F., A QSPR model for prediction of physicals properties of Sulfur Compounds, Mol Divers (2008) 12:143–155. |
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Vatani A., Mehrpooya M. and Gharagheizi F, Prediction of standard enthalpy of formation by a QSPR model, Int. J. of Molecular Science. 2007, 8, 407-432. |
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Gharagheizi F. and Mehrpooya M., Prediction of Standard Chemical Exergy by a Three-Descriptors QSPR Model, Energy conversion and management.48 (2007) 2453–2460. |
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Mehrpooya M, Vatani A و Gharagheizi F., Modification of Sako-Wu-Prausnitz equation of state for fluid phase equilibria in polyethylene-ethylene systems at high pressures, Brazilian Journal of Chemical Engineering. 2006, 23, No. 03, 38 –394. |
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Mehrpooya M, Gharagheizi F and Vatani A., An Optimization of Capital and Operating Alternatives in a NGL Recovery Unit, Chem. Eng. Technol. 2006, 29, No. 12, 1469–1480. |
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Mehrpooya M, Pishvaie M. R. and Jarrahian A., Simulation and exergy-method analysis of an industrial refrigeration cycle used in NGL recovery units, Int. J. Energy Res. 2006; 30:1336–1351. |
Conference Papers:
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Mehdi Mehrpooya, Ali Vatani, Exergy analysis of NGL recovery plant. 10th Iranian Chemical Engineering Congress, 23-25 November 2005, Zahedan. |
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Mehdi Mehpooya1, Sepideh Abedi, Samaneh Abedi, “Economic & Environmental Evaluation of Solid Oxide Fuel Cells Power Generation Plants: Life Cycle Analyze”, The second conference on hydrogen& Fuel Cell,Tehran, Iran, 2012. |
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Samaneh Daviaran, Mehdi Mehpooya, “Dynamic Modeling of a Hybrid Photovoltaic System with Hydrogen/Air PEM Fuel Cell”, The second conference on hydrogen& Fuel Cell,Tehran, Iran, 2012. |
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Giti Nouri, Mehdi Mehpooya, “An overview on developments made to MEA components in proton exchange membrane fuel cell systems (PEMs)”, The second conference on hydrogen& Fuel Cell,Tehran, Iran, 2012. |
Academic Appointments:
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Associate Professor of Faculty of New Sciences and Technologies, University of Tehran, 2011-present |
Teachings:
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University of Tehran, Faculty of new science and technology, “Renewable energy system design” Course, 2 Semesters. |
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University of Tehran, Faculty of new science and technology, “Renewable energy (II), fuel cells” Course, 1 Semesters. |
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University of Tehran, Faculty of new science and technology, “Engineering statistics” Course, 2 Semesters. |
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University of Tehran, Faculty of new science and technology, “Renewable energy systems design ” Course, 2 Semesters |
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Science& Research Azad University, Petroleum Engineering Department, “Natural gas processes (I)” Course, 8 Semesters. |
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Science& Research Azad University, Petroleum Engineering Department, “Natural gas processes (II)” Course, 8 Semesters. |
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Science& Research Azad University, Petroleum Engineering Department, “Unit Operation (I)” Course, 1 Semesters. |
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Science& Research Azad University, Petroleum Engineering Department, “Two Phase Flow Fluid Mechanics” Course, 8 Semesters. |
Industrial Appointments:
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Modification of Hashemi Nezhad natural gas refinery layout, 2012. |
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Desing and manufacturing of micro PEM fuel cell, 2012. |
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Renovation and optimization of ethane recovery plant of 4&5 phases South Pars natural gas refinery, 2009. |
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Simulation of odorant production plant, Jahan Pars Co. 2011. |
Master Thesis Supervised:
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Palizdar Ali, “Advanced exergy analysis and optimization of mixed refrigerant LNG processes” Department of Chemical Engineering, University of Tehran, 2011. |
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Sadeghian Farid, “” Department of Chemical Engineering, University of Tehran, 2011. |
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Hosseini Mohammah, “” Department of Chemical Engineering, University of Tehran, 2011. |
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Giti Nouri, “Construction of a polymer electrolyte fuel cell MEA and evaluation the effect of operating parameters on the performance of it” Renewable energy and environmental department, Faculty of new sciences and technologies, 2011…. |
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Akbarpour Sepide, “Modeling and optimization of solid oxide fuel cell (SOFC) hybrid power plant” Department of Chemical Engineering, University of Tehran 2011…. |
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Dehghani H, “optimization of integrated SOFC power plants and absorption refrigeration systems”, Department of Chemical Engineering, University of Tehran, 2012…. |
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Akhlaghi Mehdi “Optimaization of anano-structure Micro PEM Fuel Cell for use in Portable Equipment” Renewable energy and environmental department, Faculty of new sciences and technologies, 2012…. |
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Kheyruz Mehdi “Design and Fabrication of Flow-Field Channels for a Micro PEM Fuel Cell for use in Portable Equipment” 2012 … |
Patents:
2010 |
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Ethane recovery process configuration (with a self refrigeration system (open-closed cycle)) (Iranian Patent) |
2011 |
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A SYSTEM AND METHOD FOR RECOVERING NATURAL GAS LIQUIDS WITH AUTO REFRIGERATION SYSTEM. Filed in US patent. App No.13244489. |
2012 |
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Process for co production of NGL/LNG with minimum energy requirement. (Iranian Patent) |
2012 |
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A process for refining industrial stacks, venturi separators and spray column hybrid system. |
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