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Oil Sands Environmental Management Bibliography

The Cumulative Environmental Management Association (CEMA)partnered with the Oil Sands Research and Information Network (OSRIN) to create the new Oil Sands Environmental Management Bibliography, which includes documents relevant to the environmental management of oil sands development in Alberta. The majority of the documents focus on the mineable oil sands in the Athabasca deposit, though some documents relate to in-situ developments. This bibliography was last updated in November 2014.

Alberta oil sands industry: Quarterly update. Summer 2014

Authors
Year of Publication: 2014

Abstract:
Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Summer 2015

Authors
Year of Publication: 2015

Abstract:
There are three major bitumen (or oil sands) deposits in Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands regarding business and technology, oil sands production data, project listings for each of the oil sands, and a glossary of terms.

Alberta oil sands industry: Quarterly update. Winter 2008/2009

Year of Publication: 2009

Abstract:
Find out the latest information on the projects and related activities occurring in the oil sands industry, including government and industry updates and detailed project listings. Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Winter 2009/2010

Authors
Year of Publication: 2009

Abstract:
Find out the latest information on the projects and related activities occurring in the oil sands industry, including government and industry updates and detailed project listings. Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Winter 2010

Year of Publication: 2010

Abstract:
Find out the latest information on the projects and related activities occurring in the oil sands industry, including government and industry updates and detailed project listings. Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Winter 2011/1012

Authors
Year of Publication: 2011

Abstract:
Find out the latest information on the projects and related activities occurring in the oil sands industry, including government and industry updates and detailed project listings. Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Winter 2012

Authors
Year of Publication: 2012

Abstract:
Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands industry: Quarterly update. Winter 2013

Authors
Year of Publication: 2013

Abstract:
Canada has the third-largest deposit of oil in the world. There are three major bitumen (or oil sands) deposits in Alberta. The largest is the Athabasca deposit, the second-largest oil sands deposit is referred to as Cold Lake, just south of Athabasca, and the smallest oil sands deposit is known as Peace River, which is located in northwest central Alberta. This quarterly report includes background information about the oil sands, mapping the oil sands, a government update, what's new in the oil sands, project listings for each of the oil sands, and a glossary of terms.--Includes text from document.

Alberta oil sands: Supply security is just a pipeline away

Authors Herbst, A. M.
Year of Publication: 2004

Abstract:
We live in a world with a relentlessly growing demand for energy. Global geopolitical pressures and economics play important roles in the sourcing and development of energy and new strategic supplies. The availability of economical and secure supplies of energy, in particular crude oil, is especially important to the U.S. which consumes approximately 25% of the world's energy production. Ongoing instability in the Middle East has been a catalyst for the U.S. to seek crude oil supplies from sources closer to home such as Venezuela, Mexico and Canada. The Canadian oil sands industry, primarily located in the province of Alberta in western Canada, is one of the most secure sources of supply. Over the last few decades, Canadian oil sands production has grown from relatively modest test-well quantities to an amount approaching 1 million bpd. Oil sands are naturally occurring mixtures of several organic materials, mostly bitumen, water, sand and clay. A typical sample of oil sands contains approximately 12% bitumen by weight with a density greater than 960 kilograms per cubic meter, an API gravity of about 8 and a sulfur content of 4-6%. Alberta possesses three known large oil sands regions--Athabasca, Cold Lake, and Peace River. Advances in technology have made the production of bitumen (the hydrocarbon material found in oil sands) economically feasible and made it possible for these oil sands to be reclassified as proven reserves that measure 174.4 billion barrels. While these proven reserves are immense, their value is questionable if they cannot be developed and brought to market on a cost-effective basis.

Alberta regeneration standards for the mineable oil sands

Authors
Year of Publication: 2013

Abstract:
The Alberta Regeneration Standards for the Mineable Oil Sands (MOS ARS) applies to all Disposition Holders operating in the Athabasca Oil Sands Region under an Environmental Protection and Enhancement Act (EPEA) Approval for the Construction, Operation and Reclamation of an Oil Sands Mine. This manual has two general goals for implementation: adaptive management and continuous improvement. Alberta Environment and Sustainable Resource Development (AESRD) is committed to applying these standards in a fashion designed to further these goals. This manual will be revised as data collection protocols are refined, as understanding of data needs in the Mineable Oil Sands improves, and as the goals and objectives of regeneration surveys are adjusted to reflect improved integration with the overall MOS reclamation process.

Alberta Shale Report: Shale- and Siltstone-Hosted Hydrocarbon Resources of Alberta (tabular data, tab-delimited format, to accompany Open File Report 2012-06)

Authors
Year of Publication: 2015

Abstract:
This digital data release contains the estimated quantities of shale- and siltstone-hosted hydrocarbons in Alberta described in Energy Resources Conservation Board/Alberta Geological Survey (ERCB/AGS) Open File Report 2012-06. The estimates are for the following units: - Duvernay Formation - Muskwa Formation - Montney Formation - Combined basal Banff and Exshaw formations in southern Alberta - North Nordegg Member - Wilrich Member For information on the extent and characteristics of the shale and siltstone units and the overall resource assessment approach see Energy Resources Conservation Board/Alberta Geological Survey Open File Report 2012-06. For a detailed description of the resource assessment methodology see Alberta Energy Regulator/Alberta Geological Survey Open File Report 2013-13.

Alberta tier 1 soil and groundwater remediation guidelines

Authors
Year of Publication: 2014

Abstract:
The Tier 1 guidelines are generic guidelines for application at a range of sites within a given land use. The revisions include updates to the Alberta Tier 1 tables and clarify Alberta Environment's policies. These documents supercede the 2009 versions of Alberta Tier 1 and Tier 2 and are effective immediately.

Alberta tier 2 soil and groundwater remediation guidelines

Authors
Year of Publication: 2016

Abstract:
The Tier 2 guidelines describe how to develop site-specific guidelines by modifying the Tier 1 guidelines using site-specific information.

Alberta wetland policy

Authors
Year of Publication: 2013

Abstract:
The Alberta Wetland Policy provides the strategic direction and tools required to: Allow for continued growth and economic development in the province, make informed management decisions in the long-term interest of Albertans, and minimize the loss and degradation of wetlands. The goal of the Alberta Wetland Policy is to conserve, restore, protect and manage Alberta’s wetlands to sustain the benefits they provide to the environment, society and economy. To achieve this goal, the policy will focus on four outcomes: - Wetlands of the highest value are protected for the long-term benefit of Albertans - Wetlands and their benefits are conserved and restored in areas where losses have been high - Wetlands are managed by avoiding, minimizing and if necessary, replacing lost wetland value - Wetland Management considers regional context

Citation:

Alberta's Leased Oil Sands Area Map

Authors
Year of Publication: 2015

Abstract:
oil sands leased area

Alberta's oil sands: Hard evidence missing data new promises

Authors Weinhold, B.
Year of Publication: 2011

Abstract:
Pitched battles are a regular occurrence in northern Alberta, Canada, as development of the province’s oil sands continues to expand. One ongoing battle—with another salvo launched in February 2011 with the leak of a European Commission report1—concerns how dirty oil sands are, relative to other fuels. Another concerns the influence of the oil sands industry in monitoring its own activity.2 In an effort to cut through the rhetoric of health advocates, industry representatives, environmentalists, government officials, and local residents, the Royal Society of Canada (RSC) selected and covered expenses for an expert panel to winnow out the facts. In a report issued 15 December 20103 the panel cited substantial evidence that efforts to extract oil from the Alberta deposits have degraded air, land, and water quality to varying degrees. The extent of the degradation is sometimes controversial; water quality data, in particular, are subject to differing interpretations and attributions of causality. However, the panel says that, based on publicly available evidence, there appear to be no significant human health threats to the general population either now or from development anticipated in the next decade or so. But the panel also warns that their conclusions come with a major caveat: there are major gaps in health and environmental data, risk assessments, government oversight, information transparency, industry efforts, and disaster preparedness. The health of the region could hinge on these gaps being addressed, particularly since, according to Travis Davies, a spokesman for the Canadian Association of Petroleum Producers, 97% of projected oil extraction and processing is still to come. After the RSC panel reviewed reams of publicly available information on factors such as health status, air and water pollution, greenhouse gas emissions, land disturbance, and energy and water consumption, it concluded that “[t]he claim by some critics of the oil sands industry that it is the most environmentally destructive project on earth is not supported by the evidence. However, for Canada and Alberta, the oil sands industry involves major environmental issues on many fronts which must be addressed as a high priority.”3p293

Alberta's reclamation research program - 1979

Authors
Year of Publication: 1980

Abstract:
The regulation of surface disturbances in Alberta is the responsibility of the Land Conservation and Reclamation Council. The Council executive consists of a chairman from the Department of the Environment and two deputy chairmen from the Department of Energy & Natural Resources. Among other functions, the Council oversees programs for reclamation of abandoned disturbances and reclamation research. The reclamation research program was established to provide answers to the many practical questions which arise in reclamation. Funds for implementing both the operational and research programs are drawn from Alberta's Heritage Savings Trust Fund. To assist in technical matters related to the development and administration of the research program the Council appointed the Reclamation Research Technical Advisory Committee (RRTAC). The Committee first met in March, 1978 and consists of eight members representing the Alberta departments of Agriculture, Energy & Natural Resources, Environment and the Alberta Research Council. The Committee meets regularly to update research priorities, review solicited and unsolicited research proposals, arrange workshops and otherwise act as a referral and coordinating body for reclamation research.

Alder-Frankia symbionts enhance the remediation and revegetation of oil sands tailings

Year of Publication: 2007

Abstract:
Extraction of petroleum from the oil sands creates lar ge quantities of oil sands process- affected water (OSPW) and tailings sand. The tailings sand has a low fertility, a low organic matter content, it is highly alkaline, compactable, and contains residual hydrocarbons, making it a very inhospitable growth environment. As the exploitation of this resource intensifies, increasing quantities of OSPW and tailings sand are being produced. The petroleum industry is currently involved in efforts to revegetate and remediate the tailings sand, and one approach is to revegetate the tailings sand with Frankia-inoculated alders. Alders are primary successor trees that have the ability to grow in nutrient poor and waterlogged environments, in part because they form a symbiotic relationship with the nitrogen-fixing actinomycete, Frankia. The effect of Frankia-inoculated alders on soil quality was evaluated by monitoring the chemical, physical and microbiological characteristics of soil (organic matter, pH, bulk density, salts and nutrients concentrations, microbial population density, activity and diversity). The impact on the indigenous microbial community was also studied using hydrocarbon mineralization assays, molecular biology tools such as denaturing gradient gel electrophoresis (DGGE), and catabolic gene probing, using genes from bacterial pathways for the degradation of various hydrocarbons. Plant parameters were measured to evaluate the impact of Frankia on alder health and growth (plant biomass, nitrogen content, plant height). Preliminary greenhouse trials demonstrated the immense potential of this approach. In 2005, field trials were established at Syncrude Canada Ltd. After two growth seasons, samples of the bulk soil showed an increase in hydrocarbon (hexadecane, naphthalene and phenanthrene) mineralization where the tailings sand had been planted with Frankia-inoculated alders compared to both unplanted and planted with non- inoculated alders. The rhizosphere samples all had comparable hydrocarbon mineralization rates. Soil tests showed that alders inoculated with Frankia decreased the soil pH, increased buffering capacity and decreased the percent saturation in three main soil cations (Ca, K, and Mg). The field results have confirmed that the alder-Frankia combination results in improved remediation capabilities and improves soil quality. These improvements in the quality of the tailings sand will allow the subsequent establishment of more sensitive species, leading ultimately to the reforestation of the site.

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