Shima is an engineer with nine years of experience in petroleum engineering, research & development, techno-economic analysis of energy systems, and subsurface modeling and characterization. In her PhD research, she investigates the Life Cycle Assessment (LCA) of a Negative Emission Technology (NET) that integrates Direct Air Capture (DAC) of CO2 with its sequestration through underground energy recovery.
Shima Bashti
Ph.D. candidate
Shima is an engineer with nine years of experience in petroleum engineering, research & development, techno-economic analysis of energy systems, and subsurface modeling and characterization.
Specialties
Environmental and chemical engineering, carbon capture utilization and storage (CCUS) systems, Direct Air CO2 Capture (DAC), CO2–Enhanced Oil Recovery (EOR) and geothermal modelling, and energy/carbon analysis and life cycle assessment (LCA)
Education
- University of Calgary, Calgary, Alberta, Canada (2019-)
Ph.D. student, Chemical Engineering
- Science and Research University, Tehran, Iran (2010-2013)
Master of Science, Reservoir Engineering
- Petroleum University of Technology, Ahwaz, Iran (2004-2008)
Bachelor of Science, Petroleum Engineering
Detailed information
Shima is an engineer with nine years of experience in petroleum engineering, research & development, techno-economic analysis of energy systems, and subsurface modeling and characterization. In her PhD research, she investigates the Life Cycle Assessment (LCA) of a Negative Emission Technology (NET) that integrates Direct Air Capture (DAC) of CO2 with its sequestration through underground energy recovery.
Publications and presentations
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Bashti, Sh., Sadeghi, A., McCoy, S., Mahinpey, N. 2023, Could the post-SAGD heat recovery supply the Direct Air CO2 Capture (DAC) energy in a net negative carbon emission environment? SPE-212816-MS, SPE Canadian Energy Technology Conference and Exhibition, doi:10.2118/212816-MSBashti, Sh., Sadeghi, A., McCoy, S., Mahinpey, N. 2023, Could the post-SAGD heat recovery supply the Direct Air CO2 Capture (DAC) energy in a net negative carbon emission environment? SPE-212816-MS, SPE Canadian Energy Technology Conference and Exhibition, doi:10.2118/212816-MS
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Bashti, Sh., Nader Mahinpey, Sean T. McCoy (2023), Assessing the Sustainability of Direct Air Capture (DAC) of CO2 through Underground Energy Recovery for Achieving Net-Zero Emissions presented at Canadian Chemical Engineering Conference (CSChE), Canada.Bashti, Sh., Nader Mahinpey, Sean T. McCoy (2023), Assessing the Sustainability of Direct Air Capture (DAC) of CO2 through Underground Energy Recovery for Achieving Net-Zero Emissions presented at Canadian Chemical Engineering Conference (CSChE), Canada.
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Bashti, Sh., Farooqui, A., McCoy, S., Mahinpey, N., 2022, Carbon and energy analysis of coupled direct air capture of CO2 with underground energy recovery. Greenhouse Gas Emissions Control Technology, SSRN Electronic Journal, doi:10.2139/SSRN.4286560.Bashti, Sh., Farooqui, A., McCoy, S., Mahinpey, N., 2022, Carbon and energy analysis of coupled direct air capture of CO2 with underground energy recovery. Greenhouse Gas Emissions Control Technology, SSRN Electronic Journal, doi:10.2139/SSRN.4286560.
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Shima Bashti, Azharuddin Farooqui, Sean T. McCoy, Nader Mahinpey (2021), Energy analysis of coupled Direct Air Capture (DAC) of CO2 with underground energy recovery presented in CCEC on Oct. 24th, 2021, CanadaShima Bashti, Azharuddin Farooqui, Sean T. McCoy, Nader Mahinpey (2021), Energy analysis of coupled Direct Air Capture (DAC) of CO2 with underground energy recovery presented in CCEC on Oct. 24th, 2021, Canada
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Sadeghi, A., Hassanzadeh, H., Harding, T.G., MacFarlane, B., Bashti, S., Haghighat, P., 2020. Numerical modeling of electromagnetic-based thermal recovery techniques combined with solvent injection. Int. J. Heat Mass Transf. 151, 119393Sadeghi, A., Hassanzadeh, H., Harding, T.G., MacFarlane, B., Bashti, S., Haghighat, P., 2020. Numerical modeling of electromagnetic-based thermal recovery techniques combined with solvent injection. Int. J. Heat Mass Transf. 151, 119393
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Shima Bashti, Sean T. McCoy, Nader Mahinpey (2020), Exergy Analysis of CO2-Enhanced Oil Recovery with the Integration of Captured CO2 from Air, presented in CCEC on Oct. 26th, 2020, CanadaShima Bashti, Sean T. McCoy, Nader Mahinpey (2020), Exergy Analysis of CO2-Enhanced Oil Recovery with the Integration of Captured CO2 from Air, presented in CCEC on Oct. 26th, 2020, Canada
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Bashti Sh. and Sadeghi A. (2016). Mathematical modeling (numerical or analytical) of novel thermal/solvent coupled recovery methods including the dilution effect of solvent in ES-SAGD, presented at 20th International Petroleum, Gas and Petrochemical Conference and Exhibition, Tehran, Iran.Bashti Sh. and Sadeghi A. (2016). Mathematical modeling (numerical or analytical) of novel thermal/solvent coupled recovery methods including the dilution effect of solvent in ES-SAGD, presented at 20th International Petroleum, Gas and Petrochemical Conference and Exhibition, Tehran, Iran.
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Bashti Sh., Gerami Sh., and Masihi M. (2013). Comparative Study on Analytical Approaches for Modelling of Spontaneous Imbibition in Naturally Fractured Reservoirs, presented at 4th Naturally Fractured Reservoirs (NFR) Novelties Conference, Ahwaz, Khuzestan, IranBashti Sh., Gerami Sh., and Masihi M. (2013). Comparative Study on Analytical Approaches for Modelling of Spontaneous Imbibition in Naturally Fractured Reservoirs, presented at 4th Naturally Fractured Reservoirs (NFR) Novelties Conference, Ahwaz, Khuzestan, Iran
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Bashti Sh. and Ashoori S. (2010). Fault detection in Mansouri Oil Field, presented at 14th International Petroleum, Gas and Petrochemical Conference and Exhibition, Tehran, Iran.Bashti Sh. and Ashoori S. (2010). Fault detection in Mansouri Oil Field, presented at 14th International Petroleum, Gas and Petrochemical Conference and Exhibition, Tehran, Iran.