Reza Esfilar

Reza received his master’s degree in chemical engineering with a focus on energy analysis and process design from the University of Tehran. His research interests include process integration, waste-to-energy systems, renewable energies, and exergy analysis, in addition to his research on applied aspects of economics and environmental engineering. He has over seven years of research and development experience in a company and academia. Iran’s National Elites Foundation introduced him to Water and Wastewater Company for optimizing water filtration process based on CFD methods. Also, Reza was telecommute research assistant in conjunction with the University of Victoria and participated in multidisciplinary projects in areas such as technoeconomic feasibility of hybrid waste-to-energy systems, HHV prediction of various municipal wastes, and reducing greenhouse gas emissions.

Living in : Iran

Gender : MaleRace : East Asian

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Academic Profile

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Contact Information

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Educations

Chemical EngineeringMaster'sUniversity of Tehran2016-08-27 Iran

Supervisor's name :Professor Seyed Mohammad Ali Moosavian

Title :

Optimal Design and Exergy Analysis of Combined Air Separation Process, Fuel Gasification, and LNG Vaporization

Chemical EngineeringBachelor'sBabol Noshirvani University of Technology2013-09-21 Iran

Supervisor's name :Professor Kamyar Movagharnejad

Title :

Design and Simulation of Carbonate Looping Process for CO2 Capture and Storage

Work Experiences

Research Associate

at SOLICO GROUP, KALLEH COMP

I am currently working in this role

Teaching Assistant

at NOSHIRVANI UNIVERSITY

Start : 22-Sep-2010

End : 17-Feb-2013

Graduate Mentor

at AMOL UNIVERSITY

Start : 20-Mar-2018

End : 21-Sep-2018

Remote Research Associate

at UNIVERSITY OF VICTORIA

Start : 31-Oct-2017

End : 31-Oct-2018

Research Assistant

at AMOL UNIVERSITY OF SPECIA

Start : 29-Jul-2018

End : 11-Feb-2019

Research and Development

at WATER AND WASTEWATER COMP

Start : 28-May-2019

End : 13-Sep-2020

Research and Development

at AIRCO+ GROUP

Start : 30-Sep-2020

End : 31-Oct-2022

English Scores

TOEFL20-Nov-2021

110/120Total

Reading :

28/30

Listening :

30/30

Speaking :

22/30

Writing :

30/30

Conferences

Your Presentation Title :

Introducing a triple-media rapid sand filter for optimization of inline filtration system in turbidity removal (in Persian)

Conference Name :The 3rd Iran Water and Wastewa

Iran

2020

Your Presentation Title :

Thermodynamic analysis of integrated rice husk gasification process and power generation cycle plant (in Persian)

Conference Name :The 2nd International Conferen

Iran

2019

Your Presentation Title :

Design of cryogenic air separation process with LNG cold energy recovery and supercritical CO2 power generation

Conference Name :The 9th International Chemical

Iran

2015

Your Presentation Title :

Parametric analysis of synthesis gas production in coal gasification process integrated with cryogenic air separation

Conference Name :The 9th International Chemical

Iran

2015

Your Presentation Title :

Simulation of carbonate looping process for CO2 capture

Conference Name :The 8th International Chemical

Iran

2014

Journal Publications

Publication Title :

Thermodynamic assessment of an integrated biomass and coal co-gasification, cryogenic air separation unit with power generation cycles based on LNG vaporizationFirst author

Journal :

Energy Conversion and Management

Link :

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Publication Title :

A comparative data mining approach for the prediction of energy recovery potential from various municipal solid wasteSecond author

Journal :

Renewable and Sustainable Energy Reviews

Link :

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Publication Title :

Towards a circular economy: A comprehensive study of higher heat values and emission potential of various municipal solid wastesSecond author

Journal :

Waste Management

Link :

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Publication Title :

Technoeconomic feasibility review of hybrid waste to energy system in the campus: A case study for the University of VictoriaFirst author

Journal :

Renewable and Sustainable Energy Reviews

Link :

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Publication Title :

Comparative study of seven agricultural wastes for renewable heat and power generation using integrated gasification combined cycle based on energy and exergy analysesSecond author

Journal :

Fuel

Link :

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Publication Title :

Optimization and technical parametric assessment of a novel triple media rapid sand filter: The effect of height of beds and size of particlesFirst author

Journal :

Chemical Engineering Research and Design

Link :

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Publication Title :

Introducing a novel air separation process based on cold energy recovery of LNG integrated with coal gasification, transcritical carbon dioxide power cycle and cryogenic CO2 captureSecond author

Journal :

Energy Conversion and Management

Link :

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References

Seyed Mohammad Ali Moosavian

moosavian@ut.ac.ir

Mehdi Mehrpooya

mehrpoya@ut.ac.ir

Mehdi Bagheri

Mbagheri@uvic.ca

Kamyar Movagharnejad

movagharnejad@yahoo.com