School of Chemical Engineering- Dr. Baradaran.Soroush
Dr. Baradaran.Soroush Dr. Baradaran.Soroush

Clear images and colors  | Post date: 2021/12/5 | 

           Academic Rank : Assistant Professor

           Major :Design , Simulation and  Process Control  

               Tel:+98(21)77240496

            Fax:+98(21)77240495 
            E-mail: Soroush_Baradaraniust.ac.ir 
             google scholar

Personal Information 
Education and Qualifications
  i) University Degrees 
  • Ph.D Chemical Engineering; Iran University of Science and Technology (IUST); 2014 - 2019
  • M.Sc. Chemical Engineering; Amirkabir University of Technology (AUT); 2011 - 2013
  • B.Sc. Chemical Engineering; University of Tehran (UT); 2006 - 2010
 
 Employment 
  • Assistant Professor; School of Chemical Engineering , Iran University of Science and Technology; Since 2021
  • Managing Director; Oil, Gas and Petrochemical Technical Centre of Tehran Branch of ACECR; 2013 –2021
  • Technical Consultant; Presidential Center for Progress and Development; 2016-2020
  • Risk & Reliability Advisor; ICARO srl; 2015 – 2020
  • Technical Consultant; Chagalesh Consulting Engineers; 2015-2019
 
 Teaching Experiences 
  • Process Safety In chemical Processes
  • Process simulation via HYSYS
  • Mass Transfer
  • Gas Process and Transmission
  • Introduction to Oil, Gas and Petrochemical industry 
 Selected Written Works
  • Introduction to Safety Integrity Level(SIL) according to IEC6108/511; 2019; ACECR Publication
 Refereed Journal Papers
 
 No Title Journal imprint Year
  1.  
Design and Optimization of a Cavitating Device  for Congo Red Decolorization: Experimental Investigation and CFD Simulation Ultrasonics Sonochemistry Elsevier 2020
  1.  
Desulfurization of Non-Hydrotreated Kerosene using Hydrodynamic Cavitation Assisted Oxidative Desulfurization (HCAOD) Process Journal of Environmental Chemical Engineering Elsevier 2020
  1.  
Decolorization of Congo red via hydrodynamic cavitation in combination with Fenton’s reagent Chemical Engineering and Processing-Process Intensification Elsevier 2020
  1.  
Coomassie Brilliant Blue (CBB) Degradation using Hydrodynamic Cavitation, Hydrogen Peroxide and Activated Persulfate (HC-H2O2-KPS) Combined Process Chemical Engineering and Processing -Process Intensification Elsevier 2019
  1.  
Intensification of Diesel Oxidative Desulfurization via Hydrodynamic Cavitation Ultrasonics Sonochemistry Elsevier 2019
  1.  
A Review on Leak Detection Methods from Natural Gas Facilities and Pipelines Iranian Chemical Engineering Journal ICHE 2018
  1.  
Isobutane aromatization in the presence of propane as a co-reactant over H-ZSM-5 catalysts using different crystallization times Journal of Industrial and Engineering Chemistry Elsevier 2016
  1.  
Investigation on aromatization of isobutane over H-ZSM-5 catalyst Petroleum Science and Technology Taylor & Francis 2015
  1.  
Experimental and modeling study of propane aromatization over H-ZSM-5 catalysts prepared by different silica sources Canadian Journal of Chemical Engineering Wiley 2014
 
  Patents
 ZSM-5 Catalyst preparation for LPG aromatization; 2014
 
 Conference Attendance
  • Comparative Study on the Major Safety Consequences of Pressurized and Refrigerant LPG Storage Tanks;The 11th International Chemical Engineering Congress & Exhibition (IChEC 2020); Iranian Association of Chemical Engineers (IAChE)
  • Removal of Naphthalene from Wastewater Using Hydrodynamic Cavitation; The 11th International Chemical Engineering Congress & Exhibition (IChEC 2020); Iranian Association of Chemical Engineers (IAChE)
  • F&G mapping investigation using Detect3D software based modelling method: Case study of an Oil Platform; The16th Iranian National Congress of Chemical Engineering
  • CFD analysis on the effect of inlet pressure in slit and circular venturi utilized for hydrodynamic cavitation; The 16th Iranian National Congress of Chemical Engineering
  • Effect of pH on the synthesis of ZSM-5 zeolite using TEOS and performance of H-ZSM-5 catalyst in propane aromatization; The 15th Iranian National Congress of Chemical Engineering
  • Preparation of a H-ZSM-5 zeolite and its application in the propane aromatization; The 16th Iranian National Congress of Chemistry
 
 Research Projects 
  • HAZOP Study for compressor testing systems, MAPNA Turbine Engineering, 2021
  • HAZOP and HAZID Study for Bitumen transport and Storage terminal in Chabahar, 2021
  • HAZOP Study for Ammonia and Argon plant at Shiraz Petrochemical Complex, 2021
  • HAZOP Study for the Persian Gulf Desalination Plant, 2021
  • Risk Survey for Masjed Soleyman Petrochemical Company (MIS), 2021
  • HAZID Study for Methane Purification Unit (MPU) and Ethylene Recovery Unit (ERU), Farsa Chimi Petrochemical Plant, 2021
  • Incident Investigation system gap analysis, method selection and procedure review for the NIGC, 2021.
  • HAZID and HAZOP study for the Neyzar-Polkalleh Gas transmission pipeline, 2021.
  • HAZOP and HAZID study for the PERED plant at Miyane Steel Complex, 2021.
  • HAZOP and HAZID for the Mansouri production unit revamp, 2021.
  • HAZOP, HAZOP, SIL Allocation for the HOSCO industrial gases plant, 2021
  • HAZOP Study, SIL Allocation and verification for the Gurreh-Jask pump stations 3 and 1, 2020.
  • HAZID Study for the ILPC polypropylene offsite facilities, 2020.
  • HAZD study for the Assaluye styrene park of GOPC, 2020.
  • HAZOP and SIL allocation study for APTZ electro chlorination package, 2020
  • FMEA Study and consequence modelling for the turbine hydrogen fuel skid of TUGA, 2020
  • Pre-Startup Safety Revewi (PSSR) for Ilam Petrochemical Olefin Plant, 2020~2021.
  • HAZOP Study for Kangan Gas Compression Station, 2020.
  • HAZOP and HAZID study for 16” Transmission Pipeline from BIPC to RPC, 2020.
  • RAM and Risk assessment for Renovation /Revamping/Modification of Surface Facilities of National Iranian South Oil Company (NISOC), 2020.
  • HAZOP and HAZID study for Mohamadieh (Qom) – Parchin 56” Transmission Pipeline, 2019.
  • Hazard identification & risk assessment (HAZOP-HAZID) for the new ethylene pipeline from Miyandoab to Tabriz Petrochemical Complex,2019.
  • Gap Analysis for PSM implementation in Zagros Petrochemical Complex based on CCPS RB-PSM, 2019-Continued.
  • Safety and Fire Fighting Audit and Assessment for South Pars Gas Plants Phases 6,7 & 8, 15 & 16, 19 and Subsidiary Facilities, 2018-2019.
  • HAZOP and SIL allocation Study for production of Maleic Anhydride, iso-butane and normal butane Ibne Sina Petrochemical Plant, 2019.
  • HAZID & Bowtie Study for Ilam Gas Refinery, 2019.
  • HAZOP, SIL Allocation and HAZID Study for Crude Oil Blending Unit and Transfer Station in Kharg Island, 2019.
  • Safety Gap Analysis Study for PSM implementation in Tabriz Refinery Co (TZORC), 2019.
  • HAZOP, HAZID Study for the new IGAT-6 branch to supply fuel gas for SPGC 4th gas refinery, 2019.
  • Safety Gap Analysis for PSM implementation in Shiraz Refinery Co (SORC), 2018.
  • HAZOP study for Oil Blending of Afrooz Ravan Farayand (ARF), 2018.
  • HAZOP and SIL Allocation Study of process and utility area in Mehr Petrochemical Co. Units, 2018.
  • RAMs, FMECA/FMEA analysis for 25 MW Mobile Power Plant of TUGA Company, 2018.
  • HAZOP, SIL Allocation and HAZID Study for 25 MW TurboGenerator, 2018.
  • Process Safety Management Implementation in Mehr Petrochemical Co., 2017.
  • HAZOP Study for Urea and Ammonia Units of Shiraz Petrochemical Co. 2017.
  • HAZOP / SIL Allocation Study for process area in Borzouyeh Petrochemical Co (BPC), 2017.
  • HAZOP Study of Esfahan Chemical Industries(ECI) chemical plants, 2017.
  • HAZID/HAZOP Study for BIBIHAKIME II Production Unit Refurbishment, 2017.
  • HAZID/HAZOP Study for RAMSHIR Production & Gas Compression Units Refurbishment, 2016.
  • HAZOP Study of wastewater treatment unit of Bushehr Petrochemical Company (BUPC), 2016.
  • HAZOP, SIL review and Consequence modelling of Morvarid Petrochemical Company (Ethylene Unit), 2016.
  • HAZOP, SIL and HAZID study of South & North Gas Oil Separation plant (N-GOSP & S-GOSP) and transfer lines to CTEP-South Azadegan Oil Field Development, 2016.
  • HAZID study of Utility and offsite units of Petrokangan Project, 2016.
  • HAZOP review of MEG, TEG and DEG plants of Farshacimie Petrochemical Company, 2016.
  • HAZOP, HAZID and SIL Study of Tank Farm Condensate in Assalouyeh for POGC., 2016.
  • HAZOP Study of Bioethanol Kermanshah Co., 2016.
  • HAZOP study of Condensate Demercaptanization Unit - Ilam Gas Refinery Company, 2015.
  • HAZOP/SIL study of TEG dehydration package, North Yaran Oil Field Development, 2015.
  • HAZOP and SIL Allocation review of Arya Sasol Petrochemical Company (Olefin Unit), 2015.
  • HAZOP Study of a new Vacuum Distillation Unit (VDU) - Lavan Oil Refinery Company, 2015.
  • Layer of Protection Analysis (LOPA) in East Azarbayjan Gas Company, 2015.
  • Comprehensive Plan of Identification, Assessment and Education of Hazards and Development of a Comprehensive Procedure for Crisis Management, According to Risk Assessment in East Azarbayjan Gas Company (HAZID, Consequence Modelling, Crisis Management), 2014-2016.
  • Evaluation of Emission Sources and Emission Rates and Studying the Emission Reduction Methods in Gas Transfer Facilities and Pipelines, 2014-2015.
  • Risk Assessment and Operational Hazards Identification in Guilan Gas Company Using HAZOP Technique, 2014.
  • SIL Determination and Verification Study for Flare Network of Gas Refineries of SPGC-Phase 1~10, 2012-2014.
  • Evaluating and calculating Methane emissions in Natural Gas Distribution Section in Khorasan Gas Company, 2011-2012
Topic URL in School of Chemical Engineering website:
http://idea.iust.ac.ir/find-15.19438.65610.en.html
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