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Petroleum geology / Athabasca oil sands / Steam-assisted gravity drainage / Kearl Oil Sands Project / Canadian oil sands / Steam injection / Fossil fuel / Tailings / Petroleum / Soft matter / Oil sands


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Document Date: 2012-10-09 15:49:58


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File Size: 3,73 MB

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Company

ExxonMobil Canada / Oil / Cambridge Energy Research Associates / Imperial Oil / International Energy Agency / Ducks Unlimited Canada / /

Continent

North America / /

Country

Canada / Australia / Germany / Saudi Arabia / United States / /

Currency

USD / /

Event

Force Majeure / Reorganization / FDA Phase / Product Recall / Environmental Issue / Product Issues / /

Facility

University of British Columbia / University of Ottawa / Queen’s University / Fort McMurray / University of Victoria / Cold Lake facility / University of Toronto / University of Alberta / Cold Lake / /

IndustryTerm

energy demand / diluted bitumen product / energy demands / transportation / Energy audits / transportation fuels / greenhouse gas intensity / Natural gas / oil and gas / sands mining developers / energy-related technologies / lower energy / energy supply / energy research programs / natural gas condensates / sands mining operation / medical equipment / containment systems / energy / greenhouse gas emissions / energy markets / energy source / energy consumption / energy requirements / energy sector / energy efficiencies / technology projects / life-cycle greenhouse gas emissions / less energy / energy efficiency / in-situ technology / sound energy polices / natural gas production / steam-flooding technology / gas condensate / recovery technologies / produced water technology / sands mining operations / energy industry / energy needs / sands mining projects / energy security / surface-related technologies / oil and gas development / sands mining project / improved transportation / greenhouse gas / oil / paraffinic froth treatment technology / low-energy extraction process / energy resources / electricity / mine site / surface mining operations / sands mining sites / electricity production / tailings technologies / In-situ technologies / mining / energy-efficient / recovery technology / tailings management / /

NaturalFeature

Peace River / Athabasca River / Rocky Mountain region / Cold Lake / /

Organization

National Research Council / U.S. Petroleum Administration for Defense Districts / University of Ottawa / University of Alberta / Order-in Council / Alberta government / U.S. Energy Information Administration / University of Victoria / Centre for Oil Sands Innovation / Alberta’s Energy Resources Conservation Board / Organization of Petroleum-Exporting Countries / Queen’s University / University of British Columbia / University of Toronto / /

Product

percent of average total Athabasca River flows / water / Alberta / /

ProvinceOrState

Saskatchewan / British Columbia / Alberta / Victoria / /

Technology

steam-flooding technology / surface-related technologies / recovery technology / energy-related technologies / constantly evolving technology / in-situ technology / Cold Lake technologies / LASER technology / recovery technologies / produced water technology / tailings technologies / In-situ technologies / LASER / paraffinic froth treatment technology / SAGD technologies / CSS technology / /

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