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States was forecast to become highly dependent on liquefied natural gas imports; however, the current outlook<br />

projects that the United States will have enormous capacity and will likely become a major liquefied natural gas<br />

exporter. 4 Combined with new clean energy technologies and improved fuel efficiency, U.S. energy security is<br />

stronger than it has been for over half a century.<br />

This production of oil and natural gas is occurring in new locations often removed from areas of historical<br />

production. As a consequence, the flow of both raw energy commodities and their refined products is<br />

changing, placing demands on the infrastructure that moves them to intermediate users and consumers.<br />

Historically, oil and oil products in the United States have tended to flow from south to north to inland<br />

refineries. Now, this generally has been reversed, with oil from the Bakken field in North Dakota and Montana<br />

moving from the north toward the Gulf of Mexico, as well as to East and West Coast refineries. Significant new<br />

quantities of crude oil from the Eagle Ford and Permian shale basins also are moving to Gulf Coast refineries.<br />

To accommodate these changes in the volume and geography of U.S. crude oil production, there have already<br />

been substantial pipeline additions and some reversals, 5, 6 as shown in Figure 4-2.There have also been<br />

significant increases in barge, rail, and truck transport of crude oil, crude oil products, petrochemicals, and<br />

ethanol. This build-out of infrastructure has improved U.S. energy security. Without it, the United States could<br />

not have reduced its reliance on imports of liquid fuels to the extent that it has.<br />

Figure 4-2. Highlighted Pipeline Reversals and Expansions Accommodating Increased Domestic and Canadian Supply 7<br />

Transmountain<br />

Expansion<br />

890 MBbl/D (TBD)<br />

Imports<br />

Sandpiper<br />

225 MBbl/D (2017)<br />

Pony Express<br />

240 MBbl/D (1H 2015)<br />

Canadian Crude from<br />

Western Canada<br />

Basin Pipeline<br />

Expansion to 450 MBbl/D (2012)<br />

Seaway System<br />

150 MBbl/D Reversal (2012)<br />

400 MBbl/D (2013)<br />

850 MBbl/D (2014)<br />

750 MBbl/D Lateral to Port Arthur (2015)<br />

West Texas System<br />

West Texas Gulf Expansion to 300 MBbl/D (2013)<br />

Magellan Longhorn Reversal to 225 MBbl/D (2014)<br />

Bridge Tex at 300 MBbl/D (2014)<br />

Big Spring<br />

Eagle Ford System<br />

Multiple Pipelines > 1,000 MBbl/D (2014/2015)<br />

Cushing<br />

Line 67 Expansion<br />

570 MBbl/D (2014)<br />

800 MBbl/D (TBD)<br />

Superior<br />

Houston<br />

Port Arthur<br />

Corpus Christi<br />

Chicago<br />

Patoka<br />

St. James<br />

Imports<br />

Line 61 Expansion<br />

560 MBbl/D (2014)<br />

1,200 MBbl/D (2015)<br />

Line 68 Expansion<br />

500 MBbl/D (2014)<br />

Line 9 & 9B<br />

Expansion<br />

Reversal (2013)<br />

300 MBbl/D (2014)<br />

Flanagan South<br />

600 MBbl/D (2014)<br />

Southern Access<br />

300 MBbl/D (2Q 2015)<br />

Pegasus<br />

Out of Service due to Spill<br />

Gulf Coast Project<br />

700 MBbl/D (2013)<br />

830 MBbl/D (2014)<br />

130 MBb/D Lateral to Houston (2015)<br />

Ho-Ho Reversal<br />

300 MBbl/D (2013)<br />

Imports<br />

Infrastructure Change<br />

Existing Infrastructure<br />

Rest of World Imports<br />

There have been substantial pipeline additions and some reversals of pipeline product flows to accommodate the changes in domestic production<br />

regions and the volumes of product that are being transported.<br />

QER Report: Energy Transmission, Storage, and Distribution Infrastructure | April 2015 4-5

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