How can we responsibly develop hydrocarbon energy?

Hydrocarbon energy will continue to be part of our society for decades...

For centuries, hydrocarbons have provided the majority of the world’s energy. More recently we’ve come to realize the unintended consequences of emitting carbon dioxide to the atmosphere in affecting the global climate. These emerging affects are creating increasing worldwide pressure to reduce the amount of new carbon introduced into the atmosphere.  Since the timelines needed to significantly reduce our dependence on hydrocarbons are measured in decades, it remains important to be increasingly responsible in how these resources are developed and used.  The projects in these three themes focus on supply-side activities of Canada's key hydrocarbon resources.

Themes

Heavy Oil - In-Situ

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Heavy Oil - Non-Aqueous Recovery

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Heavy Oil - Partial Upgrading

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Projects

Advanced Electromagnetic Heating Modeling for Eco-Friendly Oil Production

Heavy Oil - In-Situ

Asphaltene Behaviors and Models

Heavy Oil - Non-Aqueous Recovery

Bitumen-­Solvent Product Cleaning

Heavy Oil - Non-Aqueous Recovery

Computational Seismic Full Waveform Inversion

Heavy Oil - In-Situ

Developing Microwave Sensor Technology

Heavy Oil - In-Situ

Dynamics of colloids in phase separation

Heavy Oil - Non-Aqueous Recovery

Geophysical investigation of Peace River induced earthquakes associated with local bitumen recovery

Heavy Oil - In-Situ

How can passive seismic imaging techniques be used to monitor temporal variations in structures at CO2 sequestration sites?

Heavy Oil - In-Situ

Low-cost catalysts and methodologies for partial upgrading of bitumen

Heavy Oil - Partial Upgrading

Reservoir Engineering and Enhanced Oil Recovery

Heavy Oil - In-Situ

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

Heavy Oil - In-Situ

Solvent Recovery and Removal from NAE Extraction Gangue

Heavy Oil - Non-Aqueous Recovery

Thermal Well Design and Testing

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

Use of Electrical Heating to Remove Condensate Banking in the Near-Wellbore Region of Shale Condensate Reservoirs

Heavy Oil - In-Situ

Wireless Communication And Power Delivery

Heavy Oil - In-Situ

Developing Hydrocarbons Responsibly News

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Researchers on Developing Hydrocarbons Responsibly

Over seven years, Future Energy Systems plans to support more than 100 researchers and up to 1,000 Highly Qualified Personnel (HQP), including graduate students and post-doctoral fellows. To learn more about our researchers, visit the Researcher Directory.

Directory