Keystone pipeline
News •
-
What is the Keystone pipeline?
The Keystone Pipeline is a petroleum pipeline stretching over 2,687 miles across Canada and parts of the United States. It transports oil from tar sands in Alberta, Canada, to petroleum terminals in Houston, Texas, and Patoka, Illinois.
The pipeline was designed to transport 830,000 barrels of oil per day. The first phase was completed in 2010.
The Keystone Pipeline has faced criticism from environmentalists since its beginning. The proposed fourth phase, Keystone XL, aimed to connect Hardisty to Steele City with a larger pipe through Montana and South Dakota. However, this expansion has not been constructed and became a point of contention between environmentalists and fossil fuel advocates.
2 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
Where is the Keystone pipeline located?
The Keystone Pipeline is a 2,687-mile (4,324 km) petroleum pipeline that runs through Canada and the United States. Originating in Hardisty, Alberta, it stretches east to southern Manitoba, then south to Steele City, Nebraska, and east again to Patoka, Illinois. The pipeline continues south from Steele City to Cushing, Oklahoma, and Houston, Texas. Designed to carry up to 830,000 barrels of oil per day, its actual throughput has generally ranged between 550,000 and 650,000 barrels daily.
2 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
What materials does the Keystone pipeline carry?
The Keystone pipeline is designed to transport oil recovered from tar sands in Alberta, Canada to petroleum terminals in Houston, Texas, and Patoka, Illinois. The pipeline transports as much as 830,000 barrels (approximately 34.9 million gallons) of oil per day. The use of the Keystone pipeline in transporting tar sand oil, a synthetic crude oil, differentiates it from the other oil transportation systems in the United States.
1 Britannica SourceCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
How does the pipeline transport oil across long distances?
Pipelines are the most efficient way to transport petroleum over long distances. The Keystone Pipeline stretches across Canada and the United States for 2,687 miles (4,324 km). It transports oil from Alberta, Canada, to terminals in Houston, Texas, and Patoka, Illinois.
Pipelines are considered safer and more cost-effective than transporting oil by truck or rail. Centrifugal pumps provide the pumping power, with booster stations along the line as necessary. Automation allows remote control centers to open and close valves in sequence.
5 Britannica Sources- Dakota Access Pipeline: Pro 3: The Dakota Access Pipeline will make transporting oil from North Dakota to major refining markets safer, more cost effective, and more environmentally friendly.
- petroleum refining: Bulk transportation
- Keystone pipeline
- pipeline: Oil pipelines
- petroleum production: Storage and transport
Created from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
What are some benefits and concerns about the Keystone pipeline?
The Keystone Pipeline is a 2,687-mile petroleum pipeline that transports oil from Alberta, Canada, to the United States.
Benefits: Proponents of the Keystone XL pipeline argued that using Canadian oil would decrease dependence on Middle Eastern oil, increase energy security, and potentially lower consumer prices. They also claimed the pipeline would create jobs and improve existing infrastructure.
Concerns: Opponents, including environmental activists and Indigenous groups, argued the pipeline posed environmental risks, infringed on Indigenous rights, and could contaminate water sources. Transporting tar sand oil via the pipeline emits more greenhouse gases than other fuels and creates hazardous byproducts. A study of the original Keystone pipeline reported 22 leak incidents between 2010 and 2020.
2 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
How has the Keystone pipeline affected the economy and environment in North America?
The Keystone Pipeline has stirred debate regarding its economic and environmental effects in North America.
Environmental Impact
Environmental activists and Indigenous groups have opposed the pipeline, citing risks of leaks and spills that could contaminate water sources. They also point out that extracting and refining tar sand oil, which the pipeline transports, emits more greenhouse gases than other fuels and depletes freshwater resources. A 2022 spill in Kansas released 588,000 gallons of crude oil into a water source.
Economic Impact
Proponents have argued that the Keystone XL pipeline would reduce reliance on Middle Eastern oil, increase energy security, and lower consumer prices. They also claimed it would create jobs and bolster infrastructure. However, experts have questioned these benefits, suggesting the pipeline's impact on global oil supplies and fuel prices would be negligible.
3 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles.
Keystone pipeline, petroleum pipeline that stretches 2,687 miles (4,324 km) across Canada and parts of the continental United States and is designed to deliver oil recovered from tar sands in Alberta, Canada, with petroleum terminals in Houston, Texas, and Patoka, Illinois, in the United States. The first phase of the Keystone Pipeline was completed by the TC Energy company (formerly TransCanada) in 2010; it extended from Hardisty, Alberta, east to southern Manitoba before turning southward to Steele City, Nebraska, and eastward again to Patoka. The second and third phases, which connected the storage facilities in Steele City south to Cushing, Oklahoma, and on to Houston, were completed in 2011 and 2014, respectively. Although the pipeline was designed to transport as much as 830,000 barrels (approximately 34.9 million gallons) of oil per day, its throughput between 2012 and 2022 largely ranged between 550,000 and 650,000 barrels (23.1 million and 27.3 million gallons) per day.
The pipeline has faced criticism from environmentalists since its inception, and its fourth phase—the Keystone XL—an expansion of the pipeline system, proposed in 2008, designed to connect Hardisty to Steele City with a larger-diameter pipe along a more direct route through the U.S. states of Montana and South Dakota, became a symbol of the ongoing dispute between environmentalists and fossil-fuel proponents over the climate, and it has yet to be constructed. Even without the pipeline’s expansion, TC Energy continues to draw scrutiny; a 12-year study conducted by the U.S. Government Accountability Office revealed that 22 leak incidents occurred between 2010 and 2020. A pipeline rupture in Washington county, Kansas, in 2022 spilled 14,000 barrels (588,000 gallons) of crude oil into a nearby water source, which forced TC Energy officials to close the pipeline for roughly 20 days.
Initial resistance to expansion
TC Energy’s announcement in 2008 of its plan to build Keystone XL (in which XL stands for “export limited”) was met with substantial resistance from environmental activists, the scientific community, and Native Americans. They argued that the pipeline posed substantial risk to the environment and that it infringed on the rights of the Indigenous people, specifically the Rosebud Sioux (Sicangu Lakota Oyate), the Nakoda, and the Gros Ventre (Aaniiih) tribes, whose lands through which the pipeline would travel, while at the same time raising concerns about possible pipeline leaks and oil spills that could contaminate the water sources on which the tribes rely. Environmental scientists and activists also focused on the fact that the feature that separates the Keystone pipeline from the other approximately 3 million miles (4.8 million km) of oil transportation systems in the United States is its use in transporting tar sand oil, a type of synthetic crude oil made by separating bitumen from the sand and clay using hot water. Although all fossil fuels contribute to climate change, petroleum refined from tar sands emits three times more greenhouse gas than any other fuel during extraction and refining, while also depleting freshwater resources and creating an abundance of hazardous byproducts, including petroleum coke.
Keystone XL dispute
Although the U.S. State Department under U.S. Pres. Barack Obama turned down TC Energy’s request for a permit to build the pipeline extension in 2015, the Trump administration, working through an executive order, approved it in early 2017, which led to litigation. The tribes argued in 2018 in Rosebud Sioux v. Trump that the federal government had transgressed treaty rights and tribal sovereignty in granting a presidential permit to TC Energy to build the pipeline; the U.S. District Court for the District of Montana ruled in 2020 that such a permit applied only to the border area and not to the full length of the pipeline through the Indigenous people’s lands. The proposal to build the Keystone XL pipeline was discontinued in 2021, after U.S. Pres. Joe Biden signed an executive order revoking the permit, and TC Energy terminated plans for the project.
Throughout the dispute, proponents of the Keystone XL pipeline argued in favor of its construction on the basis of political and economic advantages that it would bring to the United States. They claimed that using Canada as a source of oil would eliminate political and economic dependence on Middle Eastern oil supplies and increase energy security and that an increased supply would mean, according to market principles, lower prices for consumers. They also argued that construction and maintenance of the pipeline would create more jobs, bolster existing infrastructure, and decrease the environmental impact of oil extraction from countries with lax environmental regulations (as Canada took steps to reduce its carbon footprint) and transportation. The results of studies conducted by energy experts, however, which took into account the pipeline’s capacity, design, and purpose and the reality that petroleum is traded on a global, and not a regional, market, called these points into question. They noted that even if the Keystone XL extension were completed, it would contribute less than 1 percent to world oil supplies, and the assumed downward pressure it would provide on fuel prices (and energy independence subsequently) would thus be negligible.

" height="20" alt="HEW Logo">