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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.

Preliminary revegetation trials on tar sand tailings at Fort McMurray, Alberta

Authors Lesko, G. L.
Year of Publication: 1974

Abstract:
Describes three methods of soil preparation and seeding for grass, trees, shrubs and herbs on an oil sands tailings dyke at Fort McMurray, Alberta.

Preliminary risk assessment of the wet landscape option for reclamation of oil sands mine tailings: Bioassays with mature fine tailings pore water

Year of Publication: 2001

Abstract:
Chemical and biological assays have been carried out on the “pore water” that results from the settling of the tailings that accompany bitumen recovery from the Athabasca oil sands. Examination of the nonacidic extracts of pore water by gas chromatography–mass spectroscopy allowed the identification of numerous two- to three-ring polycyclic aromatic compounds (PACs), to a total concentration of 2.6 μg/L of pore water. The PACs were biodegraded by microflora naturally present in the pore water. Acute toxicity was associated principally with the acidic fraction (naphthenic acids) of pore water extracts according to the Microtox assay; other work has shown that acute toxicity dissipates fairly rapidly. Both individual PACs and concentrated pore water extracts showed minimal levels of binding to the rat Ah receptor and induced minimal ethoxyresorufin-O-deethylase activity in primary rat hepatocytes, showing an insignificant risk of inducing monooxygenase activity. Taken together with previous work showing negligible mutagenic activity of these extracts, we conclude that it should be possible to develop tailing slurries into biologically productive artificial lakes

Preparation and characterization of activated carbon from oil sands coke

Year of Publication: 2012

Abstract:
Several million tonnes of oil sands coke are generated each year in Alberta, Canada as a by-product of bitumen upgrading. Due to its high carbon content, oil sands coke can be a suitable precursor for the preparation of activated carbon. In this study, delayed and fluid oil sands coke were physically activated in a muffle furnace under select conditions of activation time (2–6 h), temperature (800–900 °C), steam rate (0.3–0.5 mL/min), and activation atmosphere (CO2, CO2 + steam, and N2 + steam). The activated products were characterized using thermogravimetric analysis, X-ray diffraction, scanning electron microscopy, nitrogen adsorption, iodine and methylene blue tests. An increase in activation time and temperature resulted in higher surface areas in both delayed and fluid coke due to an enhanced etching of pores. An increase in steam rate led to the production of the highest specific surface area (577 m2/g) and iodine number (670 mg/g) within delayed coke; whereas, a lower steam rate resulted in the production of the highest specific surface area (533 m2/g) and iodine number (530 mg/g) in activated fluid coke samples.

Preparation of activated carbon from oil sands coke by chemical and physical activation techniques

Authors Morshed, G.
Year of Publication: 2012

Abstract:
Oil sands coke is a by-product resulting from the upgrading of heavy crude bitumen to light synthetic oil. This research investigates the preparation of activated carbon from oil sands cokes by using both chemical activation and physical activation techniques. Chemical activation was completed using KOH as activation agent and heating with a muffle furnace. The highest iodine number obtained was 1942 mg/g and 1292 mg/g for delayed and fluid coke respectively. The highest BET surface area was obtained as 1654 m2/g and 1130 m2/g for delayed and fluid coke respectively at an activation temperature of 800°C using a KOH to coke ratio of 2. Physical activation was performed using steam and microwave heating. The highest iodine number obtained was 103 mg/g for delayed coke and 226 mg/g for fluid coke.

Present and potential effects of anthropogenic activities on waters associated with peatlands in Alberta

Year of Publication: 1990

Abstract:
A literature review and problem analysis of the present and potential effects of human activities in peatlands on the quality and quantity of associated waters is presented in this report. The specific objectives were to describe: 1. The present state of knowledge about waters associated with peatlands in Alberta. 2. The kinds of anthropogenic activities which may have an impact on waters associated with peatlands in Alberta. 3. The potential impact of anthropogenic activities on waters associated with peatlands. 4. The significant deficiencies in information and knowledge with regard to Alberta peatlands, and recommendations for further action, if required. Premises The area of peatlands in Alberta is estimated at 12.7 million hectares, accounting for about 19% of the total land area of the province. There has been relatively little use of peatlands in Alberta and in the rest of Canada, although some types of peatland exploitation are increasing. The utilization of peatlands in other parts of the world has been shown to have various effects on the environment, particularly with regard to the downstream quality and quantity of water. There is increasing use of peatlands in Alberta, especially for agriculture, forestry, and horticultural peat moss extraction. Peatlands can also be affected by pollutants, particularly the deposition of acidic and acid-forming substances. Because of the considerable area of peatlands in Alberta, the increasing uses of peatlands for various purposes, and the potential impacts of pollutants, there is concern about the effects on the quality of waters associated with peatlands. Consequently there is a need for an initial review of the nature and extent of these problems in Alberta, and for identification of those areas that require further attention. Methods The objectives indicated above were addressed through a review and analysis of pertinent world and local literature. The nature, properties, and functions of peatlands are reviewed in the first few chapters of the report. This is followed by an examination of the kinds and extent of activities which may affect peatlands in Alberta and, based on the literature from other provinces and countries, a review of the actual hydrochemical and hydrological impacts which could occur.

Priority shrub species project - Interim report 2008

Year of Publication: 2008

Abstract:
This document presents cumulative results from 2003-2008 and species cultural information.

Priority shrub species: Propagation and establishment interim report 2005

Year of Publication: 2005

Abstract:
This fourth interim report details activities undertaken and results obtained in 2005.

Priority shrub species: Propagation and establishment interim report 2006

Year of Publication: 2006

Abstract:
This report documents the work completed in 2006 on the Priority Shrub Species Program.

Priority shrub species: Seed collection processing and germination 2002-2003

Authors Smreciu, A., & Gould K.
Year of Publication: 2003

Abstract:
This report summarizes the preliminary germination testing for the five priority native shrub species.

Probabilistic approach for design and hydrologic performance assessment of reconstructed watersheds

Year of Publication: 2007

Abstract:
The oil sands mining industry in Canada has made a commitment to reclaim mining areas to an equivalent capability to that which existed prior to mining. An essential requirement in the design of reclamation covers to meet this objective is that all covers must have a sufficient available water holding capacity AWHC in order to supply sufficient moisture for vegetation over the summer moisture deficit typical in the region. AWHC is currently based on static evaluations of wilting point and field capacity under a constant annual evapotranspiration demand. This paper presents an alternative probabilistic approach by which the hydrologic performance of these reclamation soil covers can be assessed. A field-calibrated water balance model is used along with the available historical meteorological record to estimate the maximum soil moisture deficit that a soil cover is able to sustain over the growing season. Frequency curves of the maximum annual moisture deficit are used to assess the probability that a cover is able to provide any particular threshold of moisture demand. The method also allows for a quantification of the predictive uncertainty of the model. The predictive uncertainty is used as a margin of safety to estimate a design value of moisture deficit for various alternative cover designs. This paper recommends procedures for a frequency-based assessment and design of reclamation soil covers in the oil sands industry. This method takes into account climatic variability as well as parameter uncertainty in estimating the soil moisture deficit.

Probabilities of emission limitation - Analysis of meteorological data

Authors
Year of Publication: 1977

Abstract:
Promet Environmental Group Ltd. was retained to perform an analysis of the meteorological data available from the Tar Sands area. The probabilities of occurrence of various meteorological parameters will be used as a basis for estimating the frequencies of occurrence and costs associated with Emission Control at Syncrude's Mildred Lake operation. The minisondings which were carried out at Lease C-17 in the Athabasca Tar Sands from 1974 to 1976 form the data base for this study.

Probable air pathways for long-range transport of air pollutants to Lake Athabasca: Analysis using a Langrangian back trajectory model

Authors McDonald, K.
Year of Publication: 1996

Abstract:
Long-range transport of air pollutants (or LRTAP) is the mechanism by which atmospheric contaminants are transported very long distances to be deposited and affect the environment thousands of kilometers away from the source of the emissions. From investigation of lake sediments, chemical species are known to be transported into the river basins of northern Alberta via atmospheric pathways. The Atmospheric Environment Service (AES) Lagrangian back trajectory model was used to identify the potential atmospheric routes for airborne contaminants to the basin. Back trajectory analysis indicates that the possible source areas are more wide-spread in the closed- water season than in the open-water season as may be expected from climatology. Although there are subtle differences between the seasons, generally, the greatest frequency of air passages are from the northern Pacific Ocean (30 to 40%)and western North America (50 to 65%). There is no direct transport from Mexico or South America, little transport from Europe (0 to 1%) and central Asia (0.5 to 0.7%) or eastern North America (2 to 3%), but more transport from eastern Asia (3 to 4%) including Japan, China and northern Russia.

Proceedings of a workshop on water quality modelling for the Northern River Basins Study March 22-23, 1993

Year of Publication: 1994

Abstract:
A two-day workshop on water quality modelling in the Peace and Athabasca Rivers was held at Environment Canada's National Hydrology Research Institute in Saskatoon, Saskatchewan on March 22-23, 1993. This workshop was part of the Northern River Basins Study (NRBS) and brought together experts in riverine ecology and water quality modelling from government, industry, and university communities. The goal of the workshop was to review and assess available modelling approaches for estimating the impact of biological oxygen demand (BOD) and nutrient loadings on the water quality of the Peace and Athabasca River systems. Primarily, this workshop dealt with Questions Five and Seven of the Study which, in part, fall under the responsibility of the Nutrients Component Group. These questions deal with the effect of nutrient loading on water quality and with the concentrations of dissolved oxygen (DO) required to protect riverine biota. The goal of the workshop was achieved by a two-part process: formal presentations by invited speakers, and group discussions on modelling approaches. The series of presentations on available approaches to water quality modelling outlined the structure of model components and reviewed the key rate coefficients necessary for model application. Additionally, these presentations indicated any need for further development to the model structure or better measurement of critical rate coefficients. These presentations were a catalyst for important discussions, particularly on day two when workshop participants engaged in a lively discussion of potential recommendations to the NRBS for future work on water quality modelling. Chapters 1.0 and 2.0 provide background information for the workshop context. Chapter 1.0 lists the overall objective of the workshop as well as five specific goals: (i) identify NRBS needs in terms of water quality models, (ii) discuss and assess existing water quality models in terms of short- and long-term needs for basin management, (iii) review and assess model structure, examine rate coefficients, and discuss sensitivity analyses, (iv) examine the limitations of available data bases, and (v) identify areas and issues requiring further research. Chapter 2.0 provides a broad overview of NRBS objectives and summarizes the specific needs from, or input to, water quality models as identified by several of the NRBS working groups (i.e., Hydrology, Nutrient Impacts, Contaminants, and Other River Uses). In addition, representatives from the pulp and paper industry provided a summary of their needs for water quality modelling in terms of future planning and operation. Chapter 3.0 provides a brief overview of the hydrology and development in the basin in order to illustrate the template underlying the water quality monitoring program. The review also summarizes the water quality modelling efforts undertaken within the basin and concludes with several specific issues that must be addressed by NRBS modelling strategies.

Proceedings of Alberta oil sands tailings wastewater treatment technology workshop

Year of Publication: 1986

Abstract:
Syncrude Canada Limited’s Fort McMurray oi1 sands mining operations has been operating under the concept of zero discharge and total containment of wastewaters since start up in 1978. During this period a considerable volume of contaminated water has been assimulated in a large on-site tailings pond at a substantial costs to the company. This zero discharge philosophy has provided time for a large amount of research to be carried out. Syncrude has requested that Alberta Environment consider controlled (release/reclamation) discharge of treated water as part of the waste control guidelines for the plant; however, as witnessed by recent concerns (i.e., Great Lake Pollution, Edmonton drinking water, etc.), discharge criteria must not only address acute toxicity, but also contaminants that are biologically active in small concentrations over long chronic exposures. This will be necessary for the protection of downstream users (drinking water, sport and commercial fisheries, subsistence fishery, etc.). It is prudent also, that the companies involved should address their major environmental problems while in operation, rather than leaving them for future generations. In response to the formal request from Syncrude to establish discharge criteria for the treatment and release/reclamation of tailings pond water, a departmenta1 committee was formed within Alberta Environment. Meetings have been held and Syncrude has provided an assessment of the treatability of its pond water in relation to the department's \"Wastewater Effluent Guidelines for Alberta Petroleum Refineries\" (1976). In addition to industry research, the federal government’s Panel on Energy Research and Development (PERD) has been funding various projects. Members of the Wastewater Technology Centre in Burlington have also been invited by Syncrude to participate in these studies. To assess the status of collective knowledge and to co-operate/co-ordinate/set priorities for future research, a two-day workshop was planned with industry, public, and various governmental departments and agencies. The goals of the workshop were: 1. To enable free exchange of information and ideas among the various invited groups; 2. To identify priority areas of research and to assist in providing a co-operative effort in order to deal with them; 3. To ensure that research carried out by industry, government, agencies, and the public is well directed and co-ordinated; and 4. To initiate the idea of a co-operative effort with regard to research planning and development to use funds (provided jointly or otherwise) in an efficient manner. The workshop was held on 1985 October 29 and 30 at Mildred Lake Research Station in Fort McMurray, Alberta. It was the first time major issues regarding Alberta oil sands tailings pond had been dealt with by a group comprising industry, federal and provincial governments, agencies, and the public (invited but unable to attend).

Proceedings of the first annual workshop of the Vegetation Technical Research Committee October 14 &15, 1976

Year of Publication: 1976

Abstract:
The extraction of bitumen from the Athabasca Oil Sands can be considered successful only if workable and economically feasible methods of reclamation of the area following mining are developed. This is the purpose of the Alberta Oil Sands Environmental Research Program's Vegetation Technical Research Committee. The Workshop reported on in these proceedings gave the Project Leaders and their personnel an opportunity to: a) discuss their research approach and methodology, b) discuss their results to date, and c) discuss their future research plans. The papers presented here by no means cover the full extent of the Committee's research and result details to date, due to time considerations at the Workshop. They do, however, provide a good overview of the direction and reasons for direction of the research as it is being undertaken.

Proceedings of the Fort Chipewyan and Fort Vermilion Bicentennial Conference

Year of Publication: 1990

Abstract:
Focuses on the aboriginal beginnings, histories, present conditions, and future prospects of the regions, touching on prehistory and early contact, the fur trade, farming, the evolving role of government, economic development, and the quality of community life.

Proceedings of the national peer review of the Lower Athabasca River instream flow assessment and water management framework

Authors
Year of Publication: 2008

Abstract:
The two day workshop brought together some 29 experts from experts from Fisheries and Oceans Canada (DFO), the Province of Alberta, private industry, and academia to conduct a peer review of the Lower Athabasca Instream Flow Needs (IFN) Assessment and Water Management Framework (WMF) and to examine the scientific soundness and completeness of the scientific information and rationale that formed the basis for the IFN assessment and Phase 1 of the WMF. Secondary objectives were to review the provisions of the proposal for the assessment and management of risks associated with water withdrawals on scales expected under Phase 1 of the WMF; and to review the scientific information collected to date. In addition, the workshop participants were tasked with reviewing what further information would be necessary for robust reliable assessments and management of the risks (direct and cumulative) associated with water withdrawals of the magnitude expected under Phase 2 of the WMF and to evaluate the scientific recommendations put forward for consideration as preparations for Phase 2 of the WMF proceed. Based on review of the documents and the presentations, the approaches and methodology used are based on current standards of practice and in the case of under-ice modeling are at the forefront of current practices. The participants concluded, with a high degree of confidence, that there is sufficient annual flow in the Athabasca River to meet the annual requirements for water diversion during Phase 1 and Phase 2, at least according to any development plan being considered. It is likely that the magnitude and schedule of water removals during Phase 1 presents a low risk of serious harm to aquatic ecosystems in the Athabasca River

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