Biography
Mahdi is a PhD student at Heriot-Watt University, specializing in the numerical modeling squeeze treatment processes in porous media. He holds a BSc and MSc in Petroleum Engineering from Iran. In addition, Mahdi has worked in industry for several years as a reservoir and production engineer providing him with a foundation in reservoir simulation and multiphase flow principals. He’s also been involved in developing several technical software in the field of reservoir and production engineering. His current research focuses on numerical modeling of coupled squeeze treatments in porous media.
Project Title
Coupled Adsorption and Precipitation Modelling of Scale Inhibitor Squeeze Treatments
Funding
James-Watt Scholarship
Supervisors
Dr. Oscar Vazquez
Prof. Ken Sorbie
Prof. Eric Mackay
Start Date
Sep 2021
Publications
1- A comprehensive equilibrium model for the phosphonate scale inhibitor-carbonate system including coupled adsorption/precipitation (Γ/Π)
2- Coupled adsorption/precipitation (Γ/Π) modelling of scale inhibitor transport in porous media using the coupled isotherm, AΓΠ(c)
Contact
Email: mk2039@hw.ac.uk
Mahdi is a PhD student at Heriot-Watt University, specializing in the numerical modeling squeeze treatment processes in porous media. He holds a BSc and MSc in Petroleum Engineering from Iran. In addition, Mahdi has worked in industry for several years as a reservoir and production engineer providing him with a foundation in reservoir simulation and multiphase flow principals. He’s also been involved in developing several technical software in the field of reservoir and production engineering. His current research focuses on numerical modeling of coupled squeeze treatments in porous media.
Project Title
Coupled Adsorption and Precipitation Modelling of Scale Inhibitor Squeeze Treatments
Funding
James-Watt Scholarship
Supervisors
Dr. Oscar Vazquez
Prof. Ken Sorbie
Prof. Eric Mackay
Start Date
Sep 2021
Publications
1- A comprehensive equilibrium model for the phosphonate scale inhibitor-carbonate system including coupled adsorption/precipitation (Γ/Π)
2- Coupled adsorption/precipitation (Γ/Π) modelling of scale inhibitor transport in porous media using the coupled isotherm, AΓΠ(c)
Contact
Email: mk2039@hw.ac.uk