Dr Gomari completed his MSc in Petroleum Engineering in 2003 from NTNU, Norway followed by his PhD at the University of Stavanger in 2006. He has gained 12 years of industrial experiences with the National Iranian Oil Company, and Statoil ASA ( Equinor ) before joining Teesside University as Senior Lecturer. From the time he has joined academia, he established his core analysis lab where it has been used by several PhD, and MSc students to complete their research on advanced oil recovery and porous media subjects. He has been as director of study for several PhD students, published several high impact factor journal papers, and has acted as assessor for several PhD and MSc thesis. He has awarded a fund from Royal Academy of Engineering (RAE) in 2016  to collaborate with Brazilian institutes on the subject of novel techniques on wettability quantification of challenging oil and gas reservoirs. His concern about environmental protection in oil and gas industry led him to propose several projects on wastewater treatments and management, CO2 capture and reuse as well as application of biomaterials. Currently he is chartered engineer of Energy Institute, Editor in Chief for Oil, Gas and Petrochemical Science, member of SPE and EAGE associations, and course leader for MSc Petroleum Engineering at Teesside University

Dr Gomari main research interests are:

• Hydraulic Fracturing . Risk evaluation of hydaulic fracturing.
• Shale Gas /Tight Sand
• Advanced EOR methods ( Smart water injection , Low salinity water injection , CO2 injection)
• Fluid Flow in Porous media
• Desalination , New methods in desalination
• Reservoir Rock/Fluid Interaction
• Polymer and Biopolymer application in oil and gas wells
• Oil and Gas Reservoir Modelling
• Rock Surface Characterization
• Carbonate rock /chalk reserviors
• Wettability alteration
• Carbon Capture , Storage and Utilitisation
• H2 Production with integreated CO2 capture
• H2 storage ( gelogical )
• Geothermal
• Nanotechnology application in oil and gas industry
• Electromagnetic EOR / Wetting concept

Graduated PhD students:

1) Dr Hadi Parvizi (2014-2018)

Project title: Hydraulic fracturing modelling and process optimisation in tight gas reservoirs

2) Dr Saifaddeen Sallam (2012-2018)

Project title: Predictive Production Modelling for Increasing Productivity of Oil Wells

3) Dr Kingsley Godwin Uranta (2015-2019)

Project title: Integration techniques for effective control of water in oil and gas wells

Current PhD students:

1) Benedicta Bilotu

Project title: The optimization and development of gas condensate field

2) Pranav Thoutam

Project title: Developing a hybrid desalination plant with Hydrate Based Desalination (HBD) and Multi Stage Flash (MSF)

3) Kamal Elyasi

Project title: New Insights into Polymer Flooding for Optimising the Microscopic and Marcroscopic Displacement Efficiency in Porous Media

4) Farida Amrouche

Project title: Innovative Technique to Alter and Control Wettability of Hydrocarbon Reservoir to Favourable Wettability Using Electrical Power (WALEP)

5) Mohammad Sadesgh Mirzakhani

Project title : Designing a novel framework for high risk project valuation

Over 12 years of professional experience in oil and gas industry.

• Charactrisation of Fracured Carbonate reservoirs
• Chalk reservoir (Application of Water Injection, Water weakening, Subsidence of Platform due to water injection, SCAL on chalk and its challenges)
• Fluid flow in Porous media
• Digital Core Anlaysis
• Expert in desiging core analysis
• Expert in Eclipse /Petrel and reservior modeling
• SCAL analysis on Oil and Gas (including conventional and unconventional reservoirs both NCS and internationally, more than 15 fields)
• Asset evaluation
• CO2 capture , reservior screeing and geological modelling
• Hydraulic Fracturing , Performance analysis of fracturing job
• Economic analysis of high risk projects
• Application of eco-friendly EOR methods
• Desalination , Modelling and lab facilities

At Teesside University we have established advanced core analysis lab which enabled us to provide service to oil and gas companies. Also, the high tech facilities at Petroluem labs enabled us to lead several PhD studies.

Project title: Introducing a new technique using powder in quantifying wettability in challenging oil reservoirs. 

International Collaboration project funded by Royal Academy of Engineering (London)