Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Oil Sands and its Future
31st CAPL ConferenceNegotiating the Road Ahead
Lake Louise, AlbertaSeptember 30, 2009
Bob Dunbar
12-1
Photo Source: Syncrude Canada Limited
Bob DunbarStrategy West Inc.
www.strategywest.com
Presentation Outline
Oil Sands Overview Industry Outlook Industry Outlook
Industry Challenges• Overview
• Tailings Disposal and Reclamation
• Greenhouse Gas Emissions
• The Oil Sands Industry’s Public Image
Conclusions: “Negotiating the Road Ahead”
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Resources and Reserves (ERCB)
Initial volume in place (bitumen): 1,731 billion barrels
Initial established reserves: 176.8 billion barrels
Cumulative production:6.4 billion barrels
Remaining established reserves:
3
established reserves: 170.4 billion barrels
Remaining established reserves under active development: 27.1 billion barrels
3 Oil Sands Areas (OSAs) comprising 15 Oil Sands Deposits (OSDs)
140,000 square kilometres (54,000 square miles) Data at year-end 2008
Source: ERCB ST98-2009; Alberta’s Energy Reserves 2008 and Supply/Demand Outlook 2009-2018; June 2009
Mineable and In SituResources and Reserves
In Situ Resources/Reserves
> 65m (~215 ft) to top of oil sands
Mineable Resources/Reserves
< 65m (~215 ft) to top of oil sands
4
Athabasca, Cold Lake and Peace River Oil Sands Areas
92% of initial volume in place
78% of initial established reserves
34% of cumulative production to year-end 2008
Athabasca Oil Sands Area only
8% of initial volume in place
22% of initial established reserves
66% of cumulative production to year-end 2008
Source: ERCB ST98-2009; Alberta’s Energy Reserves 2008 and Supply/Demand Outlook 2009-2018; June 2009
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Iran
Canada
Saudi Arabia
World’s Largest Oil Reserves
Nigeria
Kazakhstan
Libya
Russian Federation
United Arab Emirates
Venezuela
Kuwait
Iraq
5
0 50 100 150 200 250 300
Billion Barrels at December 31, 2008
Angola
China
Qatar
US
Nigeria
Source: BP Statistical Review of World Energy; June 2009
Total World Reserves 1,409 Billion Barrels
at December 31, 2008
Oil Sands to Synthetic Crude Oil
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Oil Sands:Deposits of sand,
sandstone or other sedimentary rocks
containing crude bitumen
Synthetic Crude Oil:A mixture of hydrocarbons,
similar to light crude oil, that is derived by
upgrading crude bitumen or heavy oil
Crude Bitumen:A highly viscous
mixture, mainly of hydrocarbons heavier than
pentanes
Illustrations: Syncrude Canada Ltd.
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Canadian Oil Production
Alberta’s Oil Sands provided 45% of Canada’s“crude oil” production in 2008 (Canada’s total: 2,851 kb/d)
695
586
153
577
493
347 Total SCO and Bitumen 1,281 kb/d
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Synthetic Bitumen Condensate
W Can Light W Can Heavy East Coast
(all figures thousand b/d)
Source: National Energy Board; Preliminary Data; March 23, 2009
Surface Mining & Bitumen Extraction
Surface Oil Sands BitumenSurfaceMining
Oil SandsTransport
BitumenExtraction
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Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Truck and Shovel Mining
At the Suncor oil sands mine, huge g240 to 380 tonne trucks deliver about 500,000 tonnes of oil sand per day to the ore preparation plants
9
Photo Courtesy Suncor Energy Inc.
plants
Albian Conveyors and Storage Silo
10
Photo Courtesy Shell Canada Limited
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Hydrotransport
11
Source: Syncrude Canada Ltd.
Bitumen Extraction: Hot Water Process
AOSP's Primary Separation Vessels
Source: Shell Canada Limited
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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In Situ Recovery
Primary Recovery Secondary Recovery
T ti R Tertiary Recovery• Steam Injection Cyclic Steam Stimulation
(CSS) Steam Assisted Gravity
Drainage (SAGD)• In Situ Combustion Toe-to-Heel Air Injection
(THAI)(THAI)• Solvent Injection VAPEX N-Solv
• Hybrid (Steam/Solvent & Steam/Gas) Processes
• Electric Heating
In Situ Recovery: Dealing with Viscosity
Sources: Enerplus; Syncrude Canada Limited
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Thermal In Situ Recovery
Cyclic Steam Stimulation(CSS)
Steam Assisted Gravity Drainage (SAGD)
15
Toe-to-Heel Air Injection (THAI™)
16
Source: Petrobank Energy and Resources
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Upgrading
Approximately 60% of produced bitumen is being “upgraded” to synthetic
d il (SCO) d th
The remaining 40% is being blended with diluents before being hi d t d tcrude oil (SCO) and other
products before being shipped to downstream markets (refineries)
shipped to downstream markets (refineries)
Photo Courtesy Shell Canada Limited
Upgrading Overview
Purpose: Mechanisms:
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Purpose:• Produce higher value
liquid hydrocarbon products
• Produce valuable byproducts
Mechanisms:• Remove or breakdown
bitumen residues
• Remove contaminants
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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North American Oil Markets
CoreCoreCoreCoreMarketsMarkets
Tesoro-Anacortes
BP-Cherry Point
Tesoro-Mandan
Sinclair-RawlinsChevron
TexacoHolly
MAP-St.Paul
Sinclair-Casper
Imperial
Petro-CanadaShell Canada
ChevronTexaco-Burnaby
Husky-Lloydminster
Coop-Regina
ExxonMobil
Cenex
ConocoPhillips-Billings
Shell-Anacortes
ConocoPhillips-Ferndale
Montana Ref-Great Falls
TesoroFlying J Premcor-
BP -ToledoExxonMobil-Joliet
Citgo-Lemont
Koch-Pine Bend Imperial-
Nanticoke
PetroCanada-Oakville
BP-Whiting
United-Warren
ImperialShellSuncor
Salt Lake City
Suncor
Frontier-Cheyenne
Sunoco -Toledo
Sarnia
MAP-Detroit
MAP-Canton
Murphy-Superior
Valero
ExtendedExtendedMarketsMarkets
MAP
Edmonton
Husky-Prince George
San Francisco
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ConocoPhillips-Wood RiverNCRA-
McPhersonFarmland-Coffeyville
ConocoPhillips-Ponca City
Lima
MAP-CatlettsburgFrontier-El
Dorado
Sinclair-Tulsa
MAP-Robinson
ConocoPhillips - Borger
NewNewMarketsMarkets
Los Angels
Houston
Source: Canadian Association of Petroleum Producers
Beyond North America
PuertoLa Cruz
Los Angeles
•
Korea
Kitimat
Japan
Taiwan
••
••
•
•Persian
Gulf
China•
Edmonton•
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Source: Enbridge
Approx 5, 000 N Miles
Competitive travel distances for Canadian supply to both US and Far East markets
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Existing & Proposed Commercial Project Capacities
3,500Announced
Disclosure
Withdrawn
1,500
2,000
2,500
3,000
ay C
apac
itie
s (k
b/d
bit
um
en) Application
Approved
Suspended
Construction
Operating
Totals kb/d Announced 1,699 Disclosure 474 Withdrawn 232 Application 1,369
21
Sources: Operator Applications and Announcements; Strategy West Inc.; August 2009
0
500
1,000
Str
eam
Da
Mining Athabasca InSitu
Cold Lake InSitu
Peace River InSitu
Application 1,369 Approved 1,377 Suspended 75 Construction 327 Operating 1,757
Grand Total 7,309
Comparative Oil Sands Supply Outlooks
3,000
3,500
(kb
/d)
1,500
2,000
2,500
-Up
gra
ded
Bit
um
en S
up
ply
(
22
Sources: CAPP; ERCB; NEB; Strategy West Inc.
0
500
1,000
2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
SC
O a
nd
No
n-
CAPP 2009 06 GrowthCAPP 2009 06 Operating & In ConstructionERCB 2009 06NEB 2009 07 ReferenceStrategy West 2009 08
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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CAPP Canadian Crude Oil Supply Outlook
4,000
4,500Oil Sands In Situ
Oil Sands Mining
E Canada
W Canada Condensate
1 500
2,000
2,500
3,000
3,500
ou
san
d B
arre
ls p
er D
ay
W Canada Condensate
W Canada Heavy
W Canada L&M
23
Source: CAPP; Crude Oil Forecast, Markets & Pipeline Expansions; June 2009
0
500
1,000
1,500
2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Th
o
United States
Russian Federation
Saudi Arabia
World’s Largest Oil Producers
Norway
Venezuela
Kuwait
United Arab Emirates
Mexico
Canada
China
Iran
By 2020?
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0 2,000 4,000 6,000 8,000 10,000 12,000
2008 Oil Production (kb/d)
Brazil
Algeria
Nigeria
Iraq
y
Total World Oil Production 2008
81,820 kb/d
Source: BP Statistical Review of World Energy; June 2009
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Oil Sands Industry Sustainability
The “Triple Bottom Line”
HealthyEnvironment
StrongEconomy
Sustainable Development
ProfitPlanet
Social Well-BeingPeople
Initial Tailings Disposal
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Photo Courtesy Pembina Institute
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Reclamation
Disturbed Lands are to be returned to a t t th t i
Gateway Hill Reclaimed Land
state that is as biologically productive as the state that existed before operations commenced
S
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Image Source: Canadian Oil Sands Trust.
Syncrude received the first oil sands reclamation certificate in March 2008
ERCB Tailings Performance Criteria
Directive 074: Tailings Performance Criteria and Requirements for Oil Sands Mining q gSchemes, was released February 3, 2009
Directive requires operators to: • Prepare tailings plans and report on tailings ponds
annually,
• Reduce the accumulation of fluid tailings by capturing fines and placing them in a deposit that is trafficable and,
• Specify dates for construction, use and closure of fluid tailings ponds deposits and file these dates with the ERCB by September 30, 2009.
Source: Alberta Energy Resources Conservation Board
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Alternative Tailings Technologies
Extraction Processes that Produce Paste or Dry TailingsPaste or Dry Tailings• Bitmin Process
• Alberta Taciuk Process (ATP)
Mechanical Tailings Consolidation• ThickenersThickeners
• Cyclones
• Belt Filters
Other Processes
Canada’s GHG Emissions
750
800
nt)
Annual Emissions
1990 Emissions
Kyoto Target
600
650
700
ss
ion
s (
MT
CO
2 E
qu
iva
len Kyoto Target
Source: Environment Canada; April 2009
500
550
19
90
19
91
19
92
19
93
19
94
19
95
19
96
19
97
19
98
19
99
20
00
20
01
20
02
20
03
20
04
20
05
20
06
20
07
GH
G E
mis
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Canada’s Top GHG Emitters
Source: CanWest News Services
Oil Sands GHG Emissions
Canada’s oil sands industry emits about 30 Mt/a of GHGs accounting for:30 Mt/a of GHGs accounting for:• Less than 5% of Canadian GHG emissions
• Less than 0.1% of global GHG emissions
Source: Canadian Association of Petroleum Producers
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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GHG Emissions – Wells to Wheels
Most GHG from fossil fuels come when the final product (such asfinal product (such as gasoline) is burned
A “wells to wheels” comparison gives a more complete picture.
Full life cycle GHG emissions are about 5
1 % hi h f f lto 15% higher from fuel derived from oil sands than they are from fuel derived from domestic onshore light crude oil
Source: Canadian Association of Petroleum Producers
Alberta Climate Change and Emissions Management Amendment Act
Applies to large GHG emitters (>100,000 t/a) 12% emission intensity reduction by y y
March 31, 2008 Alberta gave companies three options for
meeting the reduction: • Improve the energy efficiency of their operations, • Buy carbon credits in the Alberta-based offset
system, or y ,• Pay $15 into the Climate Change and Emissions
Management Fund for every tonne over their reduction target.
Companies could also choose a combination of the options
Source: Alberta Environment
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Alberta’s January 2008 Climate Change Strategy
Source: Alberta Environment
Alberta Investment in Carbon Capture and Storage (CCS)
$2B investment in Carbon Capture and Storage
Three projects were selected by Alberta Energy; ti ti ith t dnegotiations with proponents are underway:
• Enhance/Northwest: The Alberta Carbon Trunk Line Gasification, CO2 capture, transportation, enhanced oil
recovery and storage in the Alberta Industrial Heartland and central Alberta
CO2 capture from the Agrium fertilizer plant and the Northwest upgrader
• EPCOR/EnbridgeEPCOR/Enbridge Integrated gasification combined-cycle (IGCC) carbon capture
power generation facility adjacent to EPCOR’S existing Genesee power plant, west of Edmonton
• Shell/Chevron/Marathon Integrated carbon capture and storage project at the Scotford
Upgrader in the Alberta Industrial Heartland
Source: Alberta Energy
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Proposed Federal GHG Emission Strategy
Introduced April 2007
GHG emission intensity reductions E i ti f iliti• Existing facilities 6% annual reduction every year until 2010
(18% reduction in intensity by 2010)
2% annual improvement thereafter
• New facilities 3-year grace period - 2% annual improvement thereafter
Clean fuel standard
Alternative compliance options• Climate Change Technology Fund
• Various trading mechanisms
Credit for early action
The expectation is to achieve a total reduction in GHG emissions of 20% by 2020 and 50-60% by 2050
Source: Environment Canada
US Clean Energy and Security Act
Also known as the Waxman-Markey bill Progress:
• Passed by the House of Representatives in June 2009
• Now before the Senate
GHG emission reductions: • Reduce GHG emissions from major sources by
17% by 2020 and 83% by 2050 relative to 2005 levelslevels.
• National cap-and-trade scheme • Possible penalties on imports
The bill might allow the President to impose tariffs on imports with a larger carbon footprint
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Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Saudi Arabia
Canada
US Petroleum Imports by Country of Origin
Angola
Algeria
Iraq
Nigeria
Venezuela
Mexico
Saudi Arabia
Total US Petroleum
0 500 1,000 1,500 2,000 2,500
US Petroleum Imports in 2008 (kb/d)
US Virgin Islands & Puerto Rico
Russia
Angola Total US Petroleum Imports in 2008 –
12,870 kb/d
Source: US Energy Information Administration; July 2009
Industry Options
Improve Existing Processes• Reduce energy use• Reduce energy use
• Capture fugitive emissions
Employ New Recovery Technologies
Carbon Capture and Storage
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Oil Sands and its Future 31st CAPL Conference September 30, 2009
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CO2 Capture and Storage
Capture• At large industrial
sourcessources
Transport• Through pipelines
using existing technology
Storage• In mature oil/gas• In mature oil/gas
reservoirs & deep geologic formations.
• Potential for enhanced oil recovery (EOR)
Source: ICO2N
CO2 Supply Potential
Source: ICO2N
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Selected Industry CCS Initiatives
Integrated CO2 Network (ICO2N)
CO2 Enhanced Oil Recovery (EOR) P j t Alberta Saline Aquifer
Project (ASAP) CO2 Sequestration
Projects• Heartland Area Redwater
Project (HARP)
Boundary Dam
Projects• EnCana Weyburn
(Saskatchewan)
• Anadarko Enchant Arcs (southern Alberta)
• Apache Zama Keg River (northwest Alberta)
• Boundary Dam Integrated Carbon Capture and Sequestration Demonstration
• Devon Swan Hills (central Alberta)
• Penn West Pembina Cardium (central Alberta)
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The CCS Challenge
Closing the Funding Gapp
Energy Consumption
Public Safety Concerns
Legal and Liability Legal and Liability Issues
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Image Source: Alberta Carbon Capture and Storage Development Council; March 2009
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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The Oil Sands Industry’s Public Image Issues
“Dirty Oil”/“Tar Sands” Reports of possible abnormally high cancer rates and
possible fish deformities downstream of oil sands miningpossible fish deformities downstream of oil sands mining operations along the Athabasca River and at Fort Chipewyan
Calls for a development moratorium by aboriginal leaders Calls for a slower and more orderly development of the
industry by former Alberta Premier Peter Lougheed 1,600 ducks killed in the Syncrude tailings pond in April
2008 - subsequent charges Books/television and movie productions Actions by environmental lobby groups – Greenpeace and
others Actions by US federal and state legislators
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Industry Response
Canadian Association of Petroleum Producers• canadasoilsands.ca – “a Different Conversation”
• Newspaper and Television Ads
• Google Ads
• Twitter Feeds
Oil Sands Developers Group• “Setting the Record Straight” Presentations
• “Oil Sands Facts” Publication
Industry Studies (i.e., AERI-sponsored Life Cycle Analyses)
Washington Lobbyists46
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Is the Industry Doing Enough?
“Wake up, people! It's no wonder what we are getting [out are] the wrong messages.” • Pat Nelson, Former Alberta Energy Minister
and Vice-Chair, In Situ Oil Sands Alliance
“Consumers today are largely blind to the very real connection that exists between their light switch, thermostat or gas pedal, and the coal fired generation stations theand the coal-fired generation stations, the nuclear power plants and the oilsands developments.” • Pat Daniel, President & CEO, Enbridge Inc.
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Is the Industry Doing Enough?
“Once seen as an engineering marvel, they [the oil sands] are now seen as an environmental challenge.”g• Eddy Issacs, Executive Director, Alberta Energy
Research Institute
"The world has changed. You have a big problem and it is going to get worse unless you get your story out there." • Richard Edelman, CEO, Edelman - the leading
independent global PR firmp g
“It is unfortunate that this is still being framed as a public relations battle. The statistics argument is not resonating with the public.”• Simon Dyer, Oil Sands Program Director, Pembina
Institute48
Oil Sands and its Future 31st CAPL Conference September 30, 2009
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Conclusions: “Negotiating the Road Ahead”
Canada’s oil sands deposits are among the world’s largest hydrocarbon g yaccumulations.
The oil sands industry is well established and making a significant contribution to global oil supply.
The industry has considerable growth The industry has considerable growth potential; however:• Major challenges must be resolved
• The industry’s public image must be restored49
Thank You
Questions?
50
Presentation will be available for download at
www.strategywest.com