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Skip to Search Results- 6Sego, D. C.
- 4Beier, Nicholas A
- 4Wilson, G. Ward
- 1Balaberda, Amy-lynne
- 1Beier, Nicholas A.
- 1Chen, Xiangyu
- 25Graduate and Postdoctoral Studies (GPS), Faculty of
- 25Graduate and Postdoctoral Studies (GPS), Faculty of/Theses and Dissertations
- 6Geotechnical and Geoenvironmental Engineering Program
- 6Geotechnical and Geoenvironmental Engineering Program/Conference Proceedings (Geotechnical & Geoenvironmental Engineering)
- 1Agricultural, Life, and Environmental Sciences, Faculty of
- 1Agricultural, Life, and Environmental Sciences, Faculty of/Journal Articles (Agricultural, Life, & Environmental Sciences)
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2016-12-04
Sego, D. C., Wilson, G. Ward, Beier, Nicholas A
Bringing together experts and interested individuals to address tailings technology and management in Alberta's Oil Sands Industry, the International Oil Sands Tailings Conference (IOSTC) offers the most recent developments in oil sands tailings and management to the international community...
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2018-12-09
Beier, Nicholas A, Wilson, G. Ward, Sego, D. C.
Bringing together experts and interested individuals to address tailings technology and management in Alberta's Oil Sands Industry, the International Oil Sands Tailings Conference (IOSTC) offers the most recent developments in oil sands tailings and management to the international community...
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Proceedings of the International Oil Sands Tailings Conference 2022 (IOSTC 2022)
2022-12-04
Beier, Nicholas A., Wilson, G. Ward, Sego, D. C.
Bringing together experts and interested individuals to address tailings technology and management in Alberta's Oil Sands Industry, the International Oil Sands Tailings Conference (IOSTC) offers the most recent developments in oil sands tailings and management to the international community...
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Fall 2022
The extraction of bitumen from oil sands using non-aqueous extraction (NAE) techniques has the potential to replace currently used water-based extraction techniques. High bitumen recovery rates, lower freshwater requirements, and elimination of afterward tailing ponds are all advantages of...
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Fall 2019
Fines , especially clays, in oil sands ores have a significant impact on the processability of the ore, or performance of bitumen extraction from the ore. The main focus of this research is to understand the effects of the type and wettability of clays on the performance of bitumen extraction...
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Role of the Composition of Cyclohexane-extracted gangue on its drying at ambient conditions
DownloadSpring 2020
Non-aqueous extraction (NAE) of bitumen from oil sands has recently regained interest as a replacement for the commercial, water-based extraction method. NAE has the potential to alleviate all the current water-induced extraction challenges such as high fresh water consumption, high heat...
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Spring 2022
Managing fluid fine tailings (FFT) is a defining challenge of the oil sands industry in Alberta due to low solids content, and extremely slow self-weight consolidation. One technology to increase the solids content of these tailings is centrifugation to produce centrifuged fluid fine tailings...
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Study of Thin Liquid Film Drainage and Interaction Forces in Organic Solvent for Liquid/Solid and Liquid/Liquid Interactions Using Dynamic Force Apparatus (DFA)
DownloadFall 2021
Properties of thin liquid films between two approaching droplets or between a droplet and a solid surface are critical for emulsion stability and for mineral flotation. If the thin liquid film is stable, no coalescence occurs, while an unstable film will lead to rupture and coalescence or the...
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Spring 2021
Oil sands account for over 98% of Canada’s oil reserves and current commercial extraction methods have several shortcomings, including significant water and energy consumption, accumulation of tailings ponds, being impractical for low grade ores, and substantial greenhouse gas emissions....
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The Impact of Reclamation and Vegetation Removal on Compositional and Functional Attributes of Soil Microbial Communities in the Athabasca Oil Sands Region
DownloadSpring 2021
Large-scale mining for oil extraction in the boreal forests of Northern Alberta has led to a disturbance footprint of ~ 900 km2 of land; which, under regulations from the government of Alberta, must be reclaimed to equivalent land capabilities using soil materials salvaged and conserved during...