Publications, Activities, and Awards
- Alteration and Impact of Mineral Solids in Hydrothermal Treatment of Bitumen Froth
- Free Radical and Cationic Addition due to Clay Minerals Found in Bitumen Froth at 250 °C Probed with Use of α-Methylstyrene and 1-Octene
- Hydrogen transfer activity in bitumen froth: effect of temperature
- Hydrothermal treatment of bitumen froth between 200 and 300 ºC
- Hydrothermal treatment of bitumen froth diluted with kerosene
- Hydrothermal Treatment of Bitumen Froth: Impact of Mineral Solids and Water on Bitumen Properties
- Hydrothermal Treatment of Oilsands Bitumen Froth at 400 °C: Influence of Minerals and Water on Hydrogen Transfer, Cracking, and Addition Reactions
- Impact of Mineral Solids on Thermal Treatment of Bitumen Froth: A Literature Review
- Impact of Solids on Bitumen Properties in Hydrothermal Treatment of Bitumen Froth
- Partial Upgrading During Froth Treatment: A Possible Dream?
- Potential for Partial Upgrading by Thermal Treatment of Bitumen Froth
- Researching hydrothermal treatment of bitumen froth: A three phase system challenge
- Thermal Treatment of Bitumen Froth at a Temperature of 250 °C and the Role of Clay Minerals in this Process
- Visbreaking of Bitumen Froth: Influence of Minerals, Water, and Solvent on the Physicochemical Changes in the Bitumen Phase
- Viscosity Mixing Rules for Bitumen at 1-10 wt % Solvent Dilution When Only Viscosity and Density Are Known