Tar Sands & Keystone XL Ryan Salmon Coordinator for Climate and Energy Policy National Wildlife Federation.

Tar Sands &Keystone XL

Ryan SalmonCoordinator for Climate and Energy Policy

National Wildlife Federation

1. Impacts of tar sands on wildlife, water and communities in Canada.

2. Potential impacts along the pipeline right of way and at the refinery.

3. Implications for America’s energy future and climate change.

What are tar sands?• Tar sands are a mixture of

sand, silt, clay, water and bitumen.

• Bitumen is separated from the rest of the substrate through an energy and water-intensive process.

Suncor Energy Inc.

• Alberta’s tar sands are the second largest petroleum reserve in the world – 170 billion barrels

• They are concentrated in 3 deposits that underlie an area of over 54,000 square miles – approximately the size of Florida.

• Over 32,000 square miles or 60% of this area has been leased for extraction through surface mining or in situ techniques.

David Dodge

Surface Mining

• Used to access deposits less than 250 feet below the surface.

• To date, over 240 square miles of boreal forest have been disturbed. Peter Essick

Separation and Upgrading• Producing tar sands

emits 3 times the greenhouse gases of conventional oil.

• Requires large amounts of natural gas and water. NWF

In Situ Extraction• Used to access deposits

more than 250 feet below the surface.

• Most future extraction will use in situ techniques.

• Higher greenhouse gas emissions than mining. Suncor Energy Inc.

Tailings Ponds• A toxic byproduct of tar

sands extraction.• Cover about 65 square

miles – about the area of Washington, D.C.

• Leak an estimated billion gallons per year into the local environment.

NWF

Impacts on Wildlife and Communities

• Wildlife mortality• Fish abnormalities• High cancer rates

in First Nation communities

CAPP

Impacts AlongKeystone XL• Yellowstone and

Missouri Rivers• Prairie Potholes• Ogallala Aquifer• Platte River• Neches River

BLM

Impacts at the Refinery• Tar sands are higher in

sulfur, nitrogen, and trace metals than conventional oil.

• More pollution in communities surround the refineries that the pipeline would service.

AP

Implications for America’s Energy Future and Climate Change

• Lock in a high-carbon fuel supply far into the future and encourage expansion of the tar sands.

• Undermine U.S. efforts to transition to a clean energy economy.

• Send the wrong signal to the global community about U.S. leadership on climate change.

2005

2007

2009

2011

2013

2015

2017

2019

2021

2023

2025

2027

2029

2031

2033

2035

2037

2039

0

500

1,000

1,500

2,000

2,500

3,000

3,500

4,000

4,500

5,000

Forecast Alberta Oil Supply &U.S. Pipeline Capacity

Total Alberta Supply

Linear (Total Alberta Supply)

Exports to the U.S.

Linear (Exports to the U.S. )

Capacity With Proposed Keystone XL

Capacity With Alberta Clipper

Capacity With Keystone and Cush-ing Extension

Previous Pipeline Capacity

Year

Barr

els

Per

Day (

Thousands)

GHG Emissions

• On a well-to-tank basis, emissions from Canadian tar sands crude would be about 82% greater than conventional crude.

• At 900,000 bpd, well to tank emissions from the project would be 27 MMtCO2e.

• Equivalent to emissions from 7 coal-fired power plants.

EPA Comments on Keystone XL DEIS

“The tar sands of Canada constitute one of our planet’s greatest threats.”

James Hansen

There Are Better Alternatives

Thank You

Ryan SalmonCoordinator for Climate and Energy PolicyNational Wildlife [email protected]