Concept

Keystone Pipeline

Summary
The Keystone Pipeline System is an oil pipeline system in Canada and the United States, commissioned in 2010 and owned by TC Energy and, as of March 2020, the Government of Alberta. It runs from the Western Canadian Sedimentary Basin in Alberta to refineries in Illinois and Texas, and also to oil tank farms and an oil pipeline distribution center in Cushing, Oklahoma. TransCanada Keystone Pipeline GP Ltd, abbreviated here as Keystone, operates four phases of the project. In 2013, the first two phases had the capacity to deliver up to per day of oil into the Midwest refineries. Phase III has capacity to deliver up to per day to the Texas refineries. By comparison, production of petroleum in the United States averaged per day in first-half 2015, with gross exports of per day through July 2015. A proposed fourth pipeline, called Keystone XL (sometimes abbreviated KXL, with XL standing for "export limited") Pipeline, would have connected the Phase I-pipeline terminals in Hardisty, Alberta, and Steele City, Nebraska, by a shorter route and a larger-diameter pipe. It would have run through Baker, Montana, where American-produced light crude oil from the Williston Basin (Bakken formation) of Montana and North Dakota would have been added to the Keystone's throughput of synthetic crude oil (syncrude) and diluted bitumen (dilbit) from the oil sands of Canada. It is unclear how much of the oil transported through the pipeline would have reached American consumers instead of being exported to other countries. The pipeline became well known when the proposed KXL extension attracted opposition from environmentalists with concerns about climate change and fossil fuels. In 2015, KXL was temporarily delayed by President Barack Obama. On January 24, 2017, President Donald Trump took action intended to permit the pipeline's completion. On January 20, 2021, President Joe Biden signed an executive order to revoke the permit that was granted to TC Energy Corporation for the Keystone XL Pipeline (Phase 4).
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