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Athabasca oil sands history
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Introduction
The Athabasca oil sands are the second largest producer of crude oil in the world, with a surface area of approximately 100 000 square kilometres (Anderson, Giesy & Wiseman, 2010). The Alberta Energy and Utilities Board estimates that the oil sands contains approximately 1.7 trillion barrels of crude bitumen, however only 19% can be ultimately recovered (Raynolds, Severson-Baker & Woynillowicz, 2005; Humphries, 2008). The availability of recoverable bitumen makes Canada’s oil sands deposit larger even than that of Saudi Arabia (Czarnecki, Hamza, Masliyah, Xu & Zhou, 2004).The process of surface and in situ mining of the Athabasca oil sands is causing rapid and significant degradation of the regional environment surrounding Fort McMurray and the Athabasca River. Production is expected to increase to three million barrels per day by 2015 from approximately 2 million currently (Humphries, 2008). This increase will further exacerbate the existing environmental impacts of crude oil production. The Canadian oil and natural gas industry is extremely lucrative, but despite the short-term economic benefits of the mining of the Athabasca oil sands, the remediation of the negative environmental impacts of the extraction of oil on terrestrial and aquatic environments, biodiversity, and greenhouse gas emissions are a priority.
Background: Oil Sands and the Extraction Process
The extraction of crude oil from the Athabasca oil sands is carried out by surface mining and in situ mining. 90% of recoverable bitumen is located too deep to be recovered by surface mining (Mossop, 1980). Both techniques require invasive processes to successfully extract the bitumen from the subsurface and result in degradation of the land upon which they ar...
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...sands. Canadian Journal of Chemical Engineering, 82, 628-654.
Humphries. (2008). North American oil sands: History of development, prospects for the future.
Washington, DC: Congressional Research Service.
LeBlanc, N., Timilsina, G.R., and Walden, T. (2005). Economic impacts of Alberta’s oil sands.
Canada: Canadian Energy Research Institute.
Lee, P., and Timoney, K.P. (2009). Does the Alberta tar sands industry pollute? The scientific evidence. The Open Conservation Biology Journal, 3, 65-81.
Mossop, G.D. (1980). Geology of the Athabasca oil sands. Science, 207(4427), 145-152.
Raynolds, M., Severson-Baker, C., and Woynilloicz, D. (2005). Oil sands fever: The environmental implications of Canada’s oil sands rush. Canada: The Pembina Institute for Appropriate Development.
Strahan, D. (2009, December 8). Have greens got it wrong about tar sands? The Ecologist.
The discussion on Alberta’s oil is gaining traction among certain groups in Canada. According to Andrew Nikiforuk’s “Tarmageddon: Dirty oil is turning Canada into a corrupt petro-state,” the continuous development of the Alberta tar sands is only serving to adversely impact Canada’s political, economical, and environmental capacities. The article argues that unless the subject of the Alberta tar sands is addressed as poisonous to the nation, Canada will become overwhelmed and unstable. In a similar regard “Ethical Oil: the Puppet Rap” by Caitlin Dodd, David Henderson-Hean, Kai Nagata, Spencer Powell and Emile Scott, is a satirical rap portraying the Ethical Oil group and spokespeople in a negative light. The video targets environmentally inclined individuals and groups, and brings to their attention some logical fallacies surrounding claims made by the Ethical Oil campaign. Although both pieces address the debate over oil happening in Canada and, they use different methods to satisfy their purpose.“Tarmageddon…” uses a persuasive and argumentative approach while “Ethical Oil…” relies on satire and amusement. Both pieces employ the use of pathos to persuade their audiences, the use of which is stronger in “Tarmageddon…” leading to its more effective use of rhetorical strategies.
The Alberta Oil Sands are large deposits of bitumen in north-eastern Alberta. Discovered in 1848, the first commercial operation was in 1967 with the Great Canadian Oil Sands plant opening, and today many companies have developments there. The Alberta Oil Sand development is very controversial, as there are severe environmental impacts and effects on the local Aboriginal peoples. This essay will discuss the need for changes that can be made for the maximum economic benefit for Canada, while reducing the impact on the environment and limiting expansion, as well as securing Alberta’s future. Changes need to be made to retain the maximum economic benefits of the Alberta Oil Sands while mitigating the environmental and geopolitical impact. This will be achieved by building pipelines that will increase the economic benefits, having stricter environmental regulation and expansion limitations, and improving the Alberta Heritage Fund or starting a new fund throu...
The reason for this report is to increase the reader’s knowledge on the Alberta Tar Sands, which will allow them to create their own opinions on the situation. It is a very pertinent issue in politics and will have a very large effect on the carbon emissions of Canada. Also, I wanted to further my understanding of the Alberta tar sands and learn the side effects of the tar sands. How the tar sands are different from other oil and energy procurement methods and which method is more energy efficient? Would the construction of the Keystone XL pipeline in the United States be an intelligent way for the US to involve itself in the tar sands? I wanted to answer these questions by knowing the real facts about the tar sands versus what the oil companies are telling the consumers. The ability to assess the entire situation will allow both the reader and I to formulate our own opinions about the tar sands and whether the extraction of oil at the tar sands should continue.
Richard Manning Wrote the essay “The Oil We Eat – Following the Food Chain Back to Iraq” which was published in Harper’s Magazine February 2004 edition. In this essay, Manning discusses the evolution of agriculture and the consequences of it. Furthermore, Manning explores the relationship of fossil fuel, food calories and transfer of energy to illustrate earth’s prospective future. Through the use of charismatically presented factual arguments, visual powerful emotional narratives and the credibility of a few choice names, Manning creates an environment in his essay that allows flaws to escape otherwise unknown to majority reader.
The opposition to this project is increasing because the people living in those areas are already feeling negative consequences. The large communities living in Boreal Forest and other Natives lands are being affected by the extraction and process of tar sands. Not only this people are being rushed away from their lands, but also, the rate of cancer, renal failure, lupus, hyperthyroidism and other decease, are higher than ever. This health conditions increased because of the air pollution and the high quantities of metals and chemicals in the drinking water. Yet, lots of precautions are being taken by the company, oil spills keep happening over and over. The external metal corrosion caused by extreme temperatures and the corrosive acid components of the bitumen are factors that contribute to accidents like explosions and oil
The British Petroleum (BP) oil spill in the Gulf of Mexico was one of the worst ecological catastrophes in human history, causing vast damage to a fragile and beautiful ecosystem while at the same time calling attention to the deficits in current approaches to energy prospecting, risk management, and cleanup. This analysis of the Deepwater Horizon explosion and oil spill will devote attention to the following questions: (a) What kind of technology is in use for deep-sea oil extraction, what are the factors that accounted for the BP catastrophe, what were the statistical components of the spill in terms of volume and concentration, and what was the spatio-temporal scale of the oil spill? (b) What were the environmental (physical, biological, hydrological, and atmospheric) impacts of the oil spill, in addition to the economic and social impacts? (c) What were the scientific, technological, and policy solutions implemented by various actors to pursue the cleanup of coastal areas, wildlife, and wetlands damaged by the oil spill? (d) What is the feasibility of long-term biodiversity conservation measures and the limits of such solutions?
Utah is known to have the best snow on earth, we have beautiful scenery, relaxation and recreation all within minutes of our front door. But what about that dirty air that seems to last for months? Utah has four of the nations 100 largest oil fields, which produces 1.2% of the nation’s output, with 3,600 active wells. Utah ranks 11th in the nation of oil production, and we have five refineries in the Salt Lake area that can produce 175,500 barrels of oil per day (House,2012). The major effect of these practices, is the effect of air pollution along the Wasatch Front and the serious health consequences on children, teens and adults.
GtC is a measure of a fossil fuel’s potential pollution and tar sand oil contains 400 GtC, 100 more than regular crude (“Should the”). Both opponents and supporters understand tar sand oil burns hotter and dirtier, and such was published in the S.D. report. The US and its citizens cannot control whether Canada exports the oil; it is out of their jurisdiction. Canada will market the valuable oil by any means necessary and the dirtier emissions will undoubtedly enter the atmosphere. Stating that the pipeline must not be constructed to control tar sand oil emissions is invalid. Denying the pipeline will not keep the oil in the ground. Opponents must realize that the oil is going to be drilled and transported, and the Keystone XL Pipeline is the best and safest
According to one government analysis, the crude from Canada’s oil sands will emit seventeen percent more greenhouse gas pollution than there processes used for conventional oil, making it even more controversial against environmentalists (Davenport par. 6). The concerns are reflected in great quantity of carbon in the tar sands, “Ensure that they will play an important role in whether or not climate change gets out of hand” (Clayton 2). In addition, the Environmental Protection Agency (E.P.A) noticed the impact it would have on greenhouse gas emissions. According to the E.P.A., “The recent drop in global oil prices might mean that contraction of the pipeline vault spur increased development of Canadian oil sands—and thus increase planet-warming greenhouse gas emissions” (Davenport par
Canadian Natural Resources is an oil and gas exploration, development and production company with its corporate head office in Calgary, Alberta. CNR is Canada’s largest oil and gas company and one of the world’s largest independent oil and gas producer. CNR was founded in Calgary, Alberta in 1989 but there is no specific man or women who have found the company. The company started off with drilling shallow gas basin, which is a big contributor of their success. Slowly they shifted into bitumen and crude oil. CNR headquarters are located in Calgary, Alberta and all the other offices are located in Alberta except for one, Fort St.John which is located in British Columbia. Their factories and offices are located in Alberta because Alberta is the
Stratton, Susan. “The Messiah and the Greens: The Shape of Environmental Action in Dune and Pacific Edge.” Extrapolation. Vol 42, No 4. Winter 2001. 301–16.
" Oil is the life blood of our modern industrial society. It fuels the machines and lubricates the wheels of the world’s production. But when that vital resource is out of control, it can destroy marine life and devastate the environment and economy of an entire region…. The plain facts are that the technology of oil-- its extraction, its transport, its refinery and use-- has outpaced laws to control that technology and prevent oil from polluting the environment…" (Max, 1969). Oil in its many forms has become one of the necessities of modern industrial life. Under control, and serving its intended purpose, oil is efficient, versatile, and productive. On the other hand, when oil becomes out of control, it can be one of the most devastating substances in the environment. When spilled in water, it spreads for miles around leaving a black memory behind (Stanley, 1969).
Chasek, P. S., Downie, D. L., & Brown, J. W. (2014). The Development of Environmental Regimes: Chemicals, Wastes, and Climate Change. In P. S. Chasek, D. L. Downie, & J. W. Brown, Global Environmental Politics (6th ed., pp. 101-173). Boulder: Westview Press.
Withgott, J., & Brennan, S. (2011). Environment: the science behind the stories (4th ed.). San Francisco, CA: Pearson Benjamin Cummings.
As we have discussed, petroleum, natural gas, and its industries are a major factor in our economy. Oil and natural gas’s history, operations, environmental impacts, and present and future challenges demonstrate the importance of these non-renewable natural resources. The exploration of oil will continue to expand through the study of geoscience, engineering, and most importantly, technology. Midstream, containing the main operations of oil and gas, is improving each year in efficient processes for transporting, refining, and storing oil and gas. Despite the numerous challenges that are faced in the petroleum and gas industry, geologists continue to strive to make their operations safer for the environment, but are these efforts enough to save our planet for our future generations?