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Oil Sands: Forecast Update Date: March 20, 2009

Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Page 1: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

Oil Sands: Forecast Update

Date:   March 20, 2009

Page 2: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Athabasca Oil Sands Area – Status of Oil Sands Projects Under Construction/Approved/Application (Jan. 2009)

Projects – Under Construction Status Est. Start Up Barrels/day

Devon - Jackfish Insitu Ph. 2 Construction 2011 35,000

EnCana - Christina Lk. Insitu Ph. 1C Construction 2010 40,000

MEG Energy - Christina Lk Reg. Proj. Insitu Ph. 2A Construction 2009 22,000

Suncor - Voyageur and Firebag insitu Ph. 3 Construction (suspended) TBD (was 2012)

Shell - Exp 1 (Jackpine Mine Ph. 1A/MRM facilities) Construction 2010 100,000

StatoilHydro - Leismer Demo Insitu Construction 2009 10,000

Projects- ERCB Approved Status Est. Start Up Barrels/day

Shell - Jackpine Mine Ph. 1B Approved /delayed TBD (was 2012–14) 200,000

CNRL - Horizon 2/3 Approved/delayed TBD 110,000

Petro-Canada - Fort Hills Mine Ph. 1 and debottleneck

Approved /delayed TBD (was 2011) 191,000

Opti/Nexen - Long Lake Phase 2 Approved /delayed TBD (was 2013) 70,000

Imperial - Kearl Mine Ph. 1,2,3 Approved 2012 – 2018 300,000

Husky - Sunrise insitu Ph. 1 - 4 Approved 2013– 2018 200,000

Connacher - Great Divide Pod 2 (Algar) Approved /delayed TBD (was 2009) 10,000

ConocoPhillips - Surmont Ph. 2 Approved 2013 83,000

EnCana - Christina Lake Insitu Ph. 1D Approved 2011 40,000

Petro-Canada - Meadow Cr. Insitu Ph. 1 & 2 Approved TBD 80,000

Petro-Canada - McKay River insitu Ph. 2 Approved 2012 40,000

Total - Joslyn Insitu Ph. 3ASuncor - Debottleneck Ph.3

Serrano - Blackrod insitu pilotSunshine Oilsands-Harper CSS

StatoilHydro - Kai Kos De Seh

Shell - Jackpine Min Ph. 2

Total - Joslyn Mine Ph. 1 & 2Suncor - Firebag Insitu Ph.4-6

Total - Northern Lights Mine (withdrawn)

Suncor - Voyageur Mine Ph 1

Petrobank-May R. insitu Ph. 1Husky - McMullen pilot Ph. 1

Value Creation- Terre de Grace insitu

Shell - Pierre River Mine

Enerplus Kirby - insitu Ph. 1

EnCana-Borealis Insitu Ph. 1

EnCana - Foster Cr. insitu 1F

CNRL - Kirby insitu Ph. 1

Athabasca Oil Sands -MacKay insitu

Under Application Under Application

Korea National - Black Gold Ph.1

Laracina -Saleski insitu pilot

Laracina -Germain insitu pilot

MEG Christina Lk- insitu Ph. 2B-3B

Nexen/Opti-Long Lk S. Ph.1/2

Total potential bitumen production for projects currently:• Under construction – 207,000 bpd• Under ERCB approval – 1,324,000 bpd• Under regulatory application – 1,600,000 bpd

Data source: adapted from Strategy West Jan. 2009

Note: Even approved projects that have not officially deferred or delayed are experiencing delays and the their timing is not clear

Page 3: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Despite setbacks, oil sands production expected to increase1

1Bitumen forecast for all Alberta oil sands projects – original estimate (January, 2008) and adjusted estimate per public announcements (January 26, 2009)

Source:  CAPP and Nichols Applied Management 

Adjusted Estimated Bitumen Production (January 26, 2009)

Original Estimated Bitumen Production (January, 2008)

Actual Bitumen Production

2008 2009 2010 TOTAL

08 Forecast 1,654.4 1,897.8 2,119.4 5,671.6

Current Forecast 1,524.1 1,850.3 2,042.5 5,416.9

Difference -130.3 k -47.5 k -76.9 k -254.6 k

Page 4: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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12008 construction capital expenditure estimate for all Alberta oil sands projects, including related pipeline, upgraderand co‐generation projects – original estimates (January, 2008) and adjusted (January 26, 2009) per public announcements.  

Source:  Construction Capital: CAPP and Nichols Applied Management, Operating Expenditure – Nichols Study

Combined oil sands expenditures: historical and estimated1

Adjusted Estimated Construction Capital Expenditures (Jan. 26, 09)

Adjusted Estimated Operating Expenditures (Jan. 26, 09)

Original Estimated Operating Expenditures (Jan. 08)

Original Estimated Construction Capital Expenditures (Jan. 08)

Capital: $12.8 Billion

Operating: $17.9 Billion

Actual Construction Capital Expenditures

Actual Operating Expenditures

Spent

1996 –2007

2008 Forecast 2008 –2010

2008 Revised Forecast

2008 – 2010Difference

Construction Capital

$62 B $79 B $33 B ‐ $46B

Operating Costs

$40 B $49 B $48 B ‐ $1B

TOTAL $102 B $128 B $81 B ‐ $47B

Page 5: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Slower growth in permanent operations jobs estimated

Source: Nichols Applied Management Study

2967

829

1,325

813

2009 New Jobs

‐ 21522,9812010

‐ 33386305Total

‐ 5681,8932009

‐ 6181,4312008

Difference2007 New Jobs

Year

Estimate of permanent operations jobs in the Wood Buffalo region

Does not include construction jobs or contractors

Page 6: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Source: Nichols Applied Management

• OSDG ’04 forecast population for ‘07 was 67,391 (2007 Census: 66,137)• Reduction in growth from  8%/yr to 2.2%/yr to 2010 • Camp population not included but has also declined dramatically

Projected population growth has shrunk to 2.2% / yr

OSDG’s population forecast process has been approved by a third party audit performed by Deloitte Touche

Page 7: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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OSDG members continue to invest significantly in the community• $12 million donated in 2007 within the RMWB and $11.5 million in 2006 

including: $2.5 million to MacDonald Island recreation facility  $2.5 million to Timberlea Athletic Park $750,000 donation to MRI campaign $200,000 to Leadership Wood Buffalo

• Ongoing support for key community service organizations including:  United Way (Fort McMurray is per capita leader in Canada)  Keyano College Northern Lights Regional Health Centre YMCA of Wood Buffalo Day Care

• More than $52 million donated over the past 10 years. 

Page 8: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Aboriginal participation and opportunities in oil sands development are substantial

• Aboriginal Companies – value of contracts in 2007 ‐ $606 million

• Aboriginal Companies – value of contracts 1998 – 2007 ‐ $2.6 billion

• Aboriginal employees in permanent jobs in 2007 – 1,500+

• Contributions to Aboriginal communities in 2007  ‐ $3.6 million

• Athabasca Tribal Council APCA funding 2007 ‐ $1.6 million

• Industry Relations Corporations funding 2007 ‐ $8 million

Page 9: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Environment - Land

Page 10: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Environment ‐Water

• Total Annual Net Water Allocation of the Athabasca River represents less than 3.2% of flow, compared to:

37% North Saskatchewan River (Edmonton) 60% Oldman River (Southern Alberta) 65% Bow River (Calgary)

• Oil sands industry net water allocation is 2.2% of flow• Industry has consistently used less than its allocated amount• There has been a decrease in the overall amount of water used in mining over the 

past 30 years of oil sands development.• Saline/brackish water use in in‐situ operations is the norm• Oil sands mining operations recycle more than 80% of the fresh water used.  

Cooling tower evaporation accounts for 30% of any lost water which is returned to the hydrologic cycle. 

• Intense sampling of water reveals no change in naturally occurring contaminants from oil sands development. 

• Industry is constantly researching ways to further reduce water use.  It makes sense from an environmental, social and business perspective.

Page 11: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Environment ‐ Air

• The oil sands industry has reduced NOx and SO2 emissions on a per barrel basis since the beginning of oil sands production

• Air quality in the Fort McMurray Wood Buffalo region rated “good” or better nearly 90% of the time, consistently higher than major cities like Toronto, Montreal, Vancouver, Calgary and Edmonton

The Wood Buffalo Environmental Association (WBEA) operates 14 active and 14 passive air monitoring stations with real time air quality data available via the internet 24/7 http://www.wbea.org/content/view/56/111/

The Oil Sands currently account for 5% of Canada’s Greenhouse Gas (GHG) emissions or 0.1% of global emissions

Barring significant change, the Oil Sands could grow to 8% of Canada’s GHG emissions by 2015

From a full life cycle or Wells to Wheels perspective, production methods account for approximately 15% of the total carbon output from an Oil Sands barrel. The majority of the carbon is produced by end use combustion.

Page 12: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Canada’s Oil Sands currently account for less than 5% of Canada’s GHG emissions or ~ 1/10th of 1% of global total

Environment - Greenhouse Gases (GHGs)

Source: CAPP

Page 13: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

121212

GHG emissions: “From Wells to Wheels”

0

1,000

2,000

3,000

4,000

5,000

6,000

Brent CanadianLight

Saudi Light* NorthAmericanImportCrudeBasket

Oil Sands Venezuela* NigerianForcados*

kg CO2E/1000L fu

el

Combustion Transportation Refining Production

Oil Sands production vs. other sources (full cycle basis)

Source:  T.J. McCann & Assoc. & OSDG ‐ 2001

Page 14: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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Wood Buffalo ‐major regional challenges

• Uncertain economic climate

• Environmental issues Industry has consistently reduced water use, GHG,  SO2 and NOx

emissions on a per barrel basis

Industry is strongly monitored and regulated

New technology is constantly researched and applied

Industry needs to improve communication  

• Aboriginal relations – maintain and increase opportunities

• Demand on infrastructure i.e. housing, transportation, utilities, health care

• Skilled labour availability – recruitment and retention

Page 15: Oil Sands: Forecast Update - Strategy West · past 30 years of oil sands development. • Saline/brackish water use in in‐situ operations is the norm •Oil sands mining operations

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For more information contact:The Oil Sands Developers Group617 – 8600 Franklin AvenueFort McMurray, AB T9H 4G8CanadaPh: 780-790-1999

E-mail: [email protected]

This presentation contains forward-looking information. Actual results could differ materially due to market conditions, changes in law or government policy, changes in operating conditions and costs, changes in project schedules, operating performance, demand for oil and gas, commercial negotiations or other technical and economic factors.

Disclaimer