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Azad, Madhar

Program Alumni

Projects

CO2 Dissolution in Saline Pore Fluids and CO2 EOR

Carbon Capture, Utilization & Storage

Reservoir management and advanced optimization for thermal and thermal-solvent based recovery processes using fundamentals, scaled models, and machine learning

Heavy Oil - In-Situ

Unlocking the Physics and Chemistry of Bitumen, Water, Solvent, and Porous Media Interfaces- an Enabling Technology for New Production Process Development

Heavy Oil - In-Situ
Azad, Madhar
  • Title

    Post-Doctoral Fellow

  • Faculty

    Civil and Environmental Engineering

Publications, Activities, and Awards

  • A Novel Viscoelastic Model for Predicting the Viscoelastic Behavior of Synthetic Polymers using Direct Extensional Rheological Measurements
  • Does Polymer& rsquo$\mathsemicolon$s Viscoelasticity Influence Heavy-Oil Sweep Efficiency and Injectivity at 1 ft/D?
  • Does Polymer's Viscoelasticity Influence Heavy Oil Sweep Efficiency and Injectivity at 1ft/day?
  • Extensional Rheological Data from Ex-situ Measurements for Predicting Porous Media Behaviour of the Viscoelastic EOR Polymers
  • Extensional Rheological Role on the Viscoelastic Polymer Flooding: Unanswered Questions, Myth or Reality?
  • IFT or wettability alteration: What is more important for oil recovery in oil-wet formation?
  • Investigating the Viscoelastic Polymer’s Rheological Influences on the Sweep Efficiency and Injectivity During Heavy Oil Recovery Applications
  • Modelling Reduction in Residual Oil Saturation during Enhanced Oil Recovery Process
  • Novel Viscoelastic Model for Predicting the Synthetic Polymer’s Viscoelastic Behavior in Porous Media Without Core Flood
  • Quantification of Sor Reduction during Polymer Flooding Using Extensional Capillary Number
  • Quantification of the viscoelastic effects during polymer flooding: a critical review
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