Land Management Search Results
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Syncrude's Base Mine Lake (BML) is the first, and currently the only full-scale commercial demonstration of the end pit lake technology in the oil sands industry. An oil sands end pit lake (EPL) is an...
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Syncrude first began investigating the Water-Capped Tailings Technology (WCTT) in the early 1980’s through the establishment of a research program founded on progressive scaled-up testing of water...
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The cold climate and short growing season characteristic of the major oil and gas producing regions of western Canada make it particularly important to conduct phytoremediation research on plants...
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Authors
Brian Fuhr
Dave Rose
Dave Taplin
A catalogue containing 22 technologies for reducing the environmental impact of fine tailings derived from oil sand processing has been assembled
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Organic constituents of wastewaters discharged from the GCOS plant and Syncrude Canada Ltd. lease No. 17 were characterized and compared to those occurring naturally in the Athabasca River
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Authors
Alberta Centre for Reclamation and Restoration Ecology
Oil Sands Research and Information Network
One of the core mandates for the Oil Sands Research and Information Network (OSRIN) was to enhance access to oil sands environmental management information. With OSRIN’s mandate ending December 31...
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Authors
Sandra Landsburg
Elizabeth Dwyer
Dissipation of bromacil in Humic Luvic Gleysols amended with cow manure was evaluated at two sites in northwestern Alberta from 1984 to 1987
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Authors
Oil Sands Research and Information Network
Glossary provides understanding of the language and acronyms used in oil sands mining, processing and environmental management.
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Remediation professionals, regulators, industry and stakeholders must begin discussions to resolve uncertainty around oil sands COPCs so that efforts can be focused on solving the “real” problem
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Authors
Richard Johnson
P. Bork
E.A.D. Allen
W.H. James
L. Koverny
The experiments detailed in this report show that it was possible to increase the solids content of sludge to 50% solids by adding three parts sand (tailings sand) to one part sludge.
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In-depth review of the state-of-knowledge related to 34 oil sands fine tailings treatment technologies to serve as a fundamental planning document for future research initiatives
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In this paper, we review the development of Phase II Assessments and Phase III Remediation science over the last thirty years: what aspects have improved, and what aspects have not improved.
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Authors
L. Cruz-Martinez
Judit Smits
Research on wildlife species, used as either monitors, or indicator species, can provide early warning and predictive information regarding exposure and effects of contaminants from oil sands
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The overall objective of this research is to obtain sufficient scientific data relevant to salinity in peatlands in northern climates to allow for the derivation of risk-based assessment and...
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To assess climatic and soil conditions under which salts will move out of the root zone in a soil disturbed by a pipeline and to determine the rate at which salts will move in disturbed soils.
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Authors
Anne Naeth
Donna White
David Chanasyk
Terry Macyk
Chris Powter
Don Thacker
To provide coordinated direction for reclamation research in Alberta, the need to review the current understanding and the role of soil physical properties in soil disturbance related activities was...
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Authors
Haneef Mian
Neil Fassina
A. Mukherjee
Alan Fair
Chris Powter
There is no single technology solution for tailings disposal – a suite of technologies will be required For a technology to be considered suitable it must provide net environmental benefits
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Authors
Oil Sands Research and Information Network
Survey demonstrated need to better communicate availability of existing information and continue to make efforts to provide easy, timely and transparent access to monitoring and research information
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Authors
C. Li
A. Singh
N. Klamerth
K. McPhendran
P. Chelme-Ayala
Milos Bilosevic
Mohamed Gamal El-Din
Review of the adverse effects of individual compounds, or mixtures of compounds, that are present in oil sands process-affected water and/or other oil-related sources.
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Organic constituents of wastewaters from the existing Athabasca oil sands extraction plant were characterized and quantified. Twenty-one chemical parameters were determined on a total of ten samples