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Abdolaziz Edrisi
Abdolaziz Edrisi
Department of Chemical Engineering, Faculty of Engineering, University of Isfahan
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Urea synthesis using chemical looping process–Techno-economic evaluation of a novel plant configuration for a green production
A Edrisi, Z Mansoori, B Dabir
International Journal of Greenhouse Gas Control 44, 42-51, 2016
732016
Using three chemical looping reactors in ammonia production process–A novel plant configuration for a green production
A Edrisi, Z Mansoori, B Dabir
International journal of Hydrogen energy 39 (16), 8271-8282, 2014
642014
Hydrogen, nitrogen and carbon dioxide production through chemical looping using iron-based oxygen carrier – A Green plant for H2 and N2 production
A Edrisi, Z Mansoori, B Dabir, A Shahnazari
International Journal of Hydrogen Energy 39 (20), 10380–10391, 2014
382014
A novel experimental procedure to measure interfacial tension based on dynamic behavior of rising bubble through interface of two immiscible liquids
A Edrisi, M Dadvar, B Dabir
Chemical Engineering Science 231, 116255, 2021
142021
Investigation of the chemical-looping systems for hydrogen production with inherent CO2 separation and feasibility study of using this system in urea production process
A Edrisi
Chemical Engineering. Amirkabir University of Technology (Tehran Polytechnic), 2013
32013
Introduction of New Cell of Graphite-Mg with HCl-KMnO4 Electrolyte and Analyzing Effective Experimental Factors on the Cell
A Edrisi, A Bahlake, B Dabir
The 7th International Chemical Engineering Congress and Exhibition (IChEC …, 2011
22011
Predicting Interfacial Tension via the Entrainment Master Curve of a Bubble Rising through the Immiscible Liquids Interface
A Edrisi, M Dadvar, B Dabir
Chemical Engineering & Technology 45 (12), 2150-2158, 2022
12022
Bubble Induced Entrainment between Stratified Liquids Visual Description of Bubble Size Effect on Interfacial Phenomena
A Edrisi, M Salehi, B Dabir, M Dadvar
The 11th International Chemical Engineering Congress & Exhibition (IChEC 2020), 2020
12020
Optimization of Produced Voltage of an Electrochemical Cell Applying the Response Surface Methodology (RSM)
H Ghahremani, A Bahlake, A Edrisi, SM Hassani
Optimization 4 (2), 584-592, 2012
2012
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