the challenges of an oil and gas company today jean-pierre biguenet total austral cartagena, july...
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The challenges of an oil and gas company today
Jean-Pierre Biguenet TOTAL Austral
Cartagena, July 3rd, 2008
2
ENERGY LANDSCAPE
3
Global energy demand growth
12
OECD Non-OECD
Energy demandGDPPopulation
Energy demand growth mainly driven by transportation and power generation
50
150
250
350
1980 2005 2030(e)
Mboe/d
1.2%
1.8 %
1.8 %
0.6 %
Trillions $ 2005
50
100
150
200
1980 2005 2030(e)
4.2 %
5.7%
2.2%
Average growth per year2005-2030(e)
1 %
2
4
6
8
10
1980 2005 2030(e)
Billions
1.2 %
0.2 %
(purchasing power parity)
sources : Total estimates
4
80% of the energy mix still derived from fossil fuels in 2030
World energy demand* Million boe/day
Renewables(including hydro & biomass)
Nuclear
Coal
Gas
Oil
* Primary energy Sources: IEA World Energy Outlook 2006 and Total
+ 0.8% / year
2015-2030
+ 1.8% / year
2005-2015
+ 1,8% / year
+ 1,2% / year
1980
152
43 %
17 %
25 %
13 %3 %
65
26
374
20
2005
244
35 %
21 %
25 %
13 %6 %
84
52
62
1531
2030
328
30 %
22 %
27 %
6 %
15 %
79 %
100
73
87
19
49
5
Oil production capacity below 100 million of barrels per day towards 2020 - 2030
Plenty of resources but technically challenging
Geopolitical uncertainties delaying development of new capacities
Growing role of OPEC
14
sources : Total estimates
Oil production
07 30(e)
Heavy OilAmericas
Mature areasSouth America
30(e)07
Mature areasOECD
30(e)07
07 30(e)
Africa
of which Nigeria
Middle East
07 30(e)
of which Saudi Arabia, Iran, Iraq
Mature areasAsia
30(e)07
FSU
07 30(e)
6
Natural gas production growth driven by LNG
Large gas resources concentrated in Russia and the Middle East
Growth of gas supply constrained by the pace of development of liquefaction projects
15
sources : Total estimates
Mature areas
07 30(e)
07 30(e)
Africa
of which Nigeria
07 30(e)
Australia
Russia
07 30(e)
30(e)07
World gas production
Pipeline Gas
+1% per year
Liquefaction
+5% per year
Middle East
07 30(e)
of which Saudi Arabia, Iran, Iraq
7
Production growth concentrated in three major regions
source : Total estimates
Change in global hydrocarbon production through 2015(e)(approx. 25 Mboe/d of additional production)
Growing share of OPEC in hydrocarbon supply
Decline in mature areas offset notably by ramp-up in heavy oil
Growth in Middle East driven by Saudi Arabia and LNG
Growth of about 5% per year on average for West African production
base 2006
production 2015(e)
Americas Europe
-0.5%/year
Middle East +4%/year
Asia+0.5%/year
5
Mboe/d
25
15 Central Asia / Russia+2.5%/year
Africa +3.5%/year
Gas
Liquids
Processing gains
8
Impact of cost inflationProfitability of major projects
(Example of an integrated heavy oil project)
New environment marked by structurally higher oil price
Market supply to remain tight
Planned production growth delayed or postponed Venezuela, Nigeria, Iran, Iraq and Russia
Aging installations in mature areas
Significant cost inflation Although certain costs increasing at slower pace
Risk of delays for certain projects
Vision of crude oil price above 50-60 $/b supported by sustained demand,persistent uncertainties on supply and inflation
Changes or uncertainties in fiscal or contractual framework
Growing role of OPEC
Persistent insecurity
Sustained demand growth
40 $/b scenario
2005
Vision
2007
Vision
25 $/b scenario
40 $/b scenario
60 $/b scenario
Hurdle rate
IRR
9
Increasing complexity of new projects
Sources: IEA, Total
Tight market fueling a high price environmentBreakeven oil
price of newprojects in $/bbl
Oil resourcesin billion barrels
Oil need from 2005 to
2030
80
60
40
1000 2000 3000
20
OPECMiddle East
OtherConventional
Deepwater
Ultra deepwater
EnhancedRecovery
Heavy oil
Arctic
10
WHAT an O&G COMPANY CAN DO?
11
…Take Risks in Exploration1 billion boe added from exploration in 2007
* reserve potential added from exploration** 2007 average discovery cost : outlays for exploration and appraisal divided by additions to reserve potential from exploration for the year
(discoveries, revisions and appraisals)
Average discovery cost of 1.7 $/boe**
Sustained exploration effort in 2008(e) : 1.8 B$
Block 32
Block 14
Egina
Moho North
MTPS
Tormore
Kessog
Bongkot
Shah Deniz
Mahakam
Exploration in 2007
1
2
3
4
5
Bboe*
2003
2004
2005
2006
2007
In production
In development
Projects in preparation
Appraisal
New permitsDiscoveries & positive appraisals
Rapid confirmation of projects discovered through exploration
Numerous exploration successes in 2007
12
Main 2008 investments(e)(Group share)
AkpoKashagan Mahakam Ekofisk area
Alwyn / JuraPazflor Usan
Moho Bilondo Ofon IIAngola LNG
Gonfreville styrenics
Port Arthur coker
Lindsey
Canadian heavy oil
Between 0.6 and 1.0 B$
Less than 0.3 B$
Between 0.3 and 0.6 B$
Increase Investment ProgramSubstantial 2008 Capex program to fuel future growth
* including net investment in equity affiliates and non-consolidated companies, excluding acquisitions and based on 1 € = 1.50 $ for 2008(e)
Capex by segment*
Jubail
Increasing R&D budget by more than 20% to 1 B$ in 2008(e)
Anguille
75% of the increase in Capex activity related
including increase in costs
25% related to foreign exchange
Upstream
Downstream
Chemicals
19 B$
16 B$
2007 2008(e)
13
80% of new production through 2010 operated by Total
* estimates based on Brent at 60 $/b in 2008 and thereafter, Total share ** at 1/01/2008
Plateau : 90 kboe/dStart-up : 2Q08(e)Progress : approx. 95%**
Plateau : 45 kboe/dStart-up : 2Q08(e)Progress : approx. 70%**
Plateau : 225 kboe/dStart-up : winter 08-09(e)Progress : approx. 65%**
Plateau : 195 kboe/dStart-up : winter 08-09(e)Progress : approx. 70%**
Yemen LNG (39.6%)
Akpo (24%)
Jura (100%)
Plateau : 250 kboe/dStart-up : 1H09(e)Progress : approx. 45%**
Plateau : 135 kboe/dStart-up : 2H09(e)Progress : approx. 88%**
Plateau : 130 kboe/dStart-up : 2H09(e)Progress : approx. 55%**
Qatargas II TB (16.7%)Tahiti (17%) Tombua Landana (20%) Ofon II (40%)
Plateau : 100 kboe/dStart-up : 2010(e)Progress : approx. 5%**
Moho Bilondo (53.5%)
Production from main projects 2007-2010(e)*
Dalia, Rosa, Dolphin
Moho, Jura
Yemen LNG, Akpo, Qatargas II, Tahiti, Tombua Landana, Ofon II…
2007 2008(e) 2009(e) 2010(e)
kboe/d
600
400
200
2010(e)
Total-operated
Non-operated
14
Ichthys LNG (24%)
Capacity : 8.4 Mt/yFID 2008-2009(e)Asia
Mobilize O&G resourcesChanging scale of Total’s LNG portfolio
* sales, Group share, excluding trading ; estimates for other majors
Took 25% interest in Shtokman Phase I
Launched development of Angola LNG
Development of Yemen LNG on track
Started production on Snøhvit and NLNG T6
LNG sales*
Yemen LNG (39.6%)
Capacity: 6.7 Mt/yStart-up winter 08-09(e)US, Asia
Qatargas II TrB (16.7%)
Capacity : 7.8 Mt/yStart-up 2009(e)Europe, US
Brass LNG (17%)
Capacity : 10 Mt/yFID 2008-2009(e)US, Europe
Shtokman (25%)
Capacity : 7.5 Mt/yFID 2009(e)US, Europe
Major LNG producer with approx 17% of Group production in 2010(e)
Important developments since the start of 2007
Capacity : 8.5 Mt/yFID 2008-2009(e)US
NLNG T7 (15%)
Capacity : 5.2 Mt/yFID Dec. 2007US
Angola LNG (13.6%)
2006 base
2010(e) growth projects
2015(e) growth projects
2006 2010(e) 2015(e)
+13% per year on average(e)
Total
Mt/y
20
10
30
RDS XOM BP CVX
15
0
100
200
300
400
500
600
2007 2009 2015
Progressively expanding Total’s energy offerings
Growing new energies business in context of high hydrocarbon prices
Complementary to hydrocarbon value chain Demonstrated ability to manage major projects
and master new technologies Acceptable returns Sharing expertise with other industrial players
Strengthening position in solar Increasing production of photovoltaic cells (Photovoltech)
Proposing nuclear projects in oil producing countries
Accelerating R&D Clean coal and XTL, second-generation biomass
and CO2 sequestration
* at year-end for each period ; Photovoltech is a 47.8% owned subsidiary of Total**megawatt peak, equivalent to one million peak watts
Outlook for technological improvements and scale effects to allow for the development of competitive
new energy sources
15
BiomassClean coal
Photovoltaic cell production capacity* (Photovoltech)
MWp/y**
600
400
200
2007 2009(e) 2015(e)
16
Nuclear power: a necessary renaissance whose impact will only be felt in the long term
Development determined by nuclear power’s acceptability and the strength of its revival
Substantial investment, given the need to replace most existing nuclear power plants within 30 years
TWhNuclear power generation
0
1,000
2,000
3,000
4,000
5,000
2005 2015(e) 2030(e)
China
Other non-OECD
North America
Other OECD
Total’s growth in nuclear based on partnership : Suez, Areva
17
Total estimates
17
The Lacq CO2 capture and sequestration pilot:flagship contribution to CCS technology
Deforestation17%
Agriculture14%
Other GHGs, other12.5%
Coal
Power generation
and Industry18%
Construction 8%
Transportation 13%
Other5 %
Production and refining(operations)
5%
Industry incl. power
generation 7.5%
Oil
and
Gas
33.5%
CO2 capture and sequestrationSolutions for CO2-intensive industries
18
Combined effects of energy efficiency, energy mix evolution and CO2 sequestration will be necessary to reduce CO2 emissions