clean energy: meeting the energy challenges of the 21st century
TRANSCRIPT
José Sergio Gabrielli de AzevedoCEO and PresidentJune, 2007
Organization of American States
Clean Energy: Meeting the Energy Challenges of the 21st Century
1984 1994 2004
Total762 billion barrels
Total1.017 billion barrels
Total1.188 billion barrels
In 20 years, Latin America proven reserves increased from 36.6 billion barrels (1984) to 101 billion.Source: BP Statistical Review of World Energy
R/P* = 26,77 R/P* = 41,78 R/P* = 41,84
* Reserves/Production Latin America (years)
12,7%
7,6%
13,4%
5,0%
4,8%
56,5%
Middle East Europe & Eurasia AfricaNorth America Pacific Asia Latin America
7,9%
6,4%
8,8%
3,8%
8,0%
65,1%11,7%
9,4%
5,1%
3,5%
8,5%
61,8%
2
Latin American Share of Oil World Reserves Latin American oil reserves are becoming increasingly important
Source: Internacional Energy Agency Reference Scenario
Net Oil Availability
Mbpd
Latin America
Russia
AsiaUnited StatesOECD(- Mexico)
Projected growth in oil production anddemand suggestsbalance andindependence of supply from politicallyunstable regions
3Includes Bitumen and non-conventionals, including synthetic oils.
Source: Cambridge Energy Research Associates.
Gas Rich Region with limited infrastructureProven Reserves as of January 1, 2005
14.5 Tcf
26.1 Tcf
Brazil
Argentina
Perú
Mexico
Venezuela
26.1 TcfBolivia
11.7 Tcf
17.7Tcf
152 Tcf 19.4 Tcf
Trinidad
2005 GasProven ReservesWorld:179,8 T m3
South and Central America:7,02 T m3
4
0.41 T m3
4.3 T m30.55 T m3
0.74 T m3
0.33 T m3
0.74 T m3
0.50 T m3But:::: Will require increasing energy
integration and::: Substantial investments in
infrastructure covering great distances and environmentally sensitive regions
Ample gas reserves will allow for:::: Regional growth in consumption
substituting some demand for oil::: Higher exports of liquids
PRODUCTION X DEMAND X REFINING CAPACITY: REACHING SELF-SUFFICIENCY
112,197,670,449,355,356,216,719,532,228,430,53,02011F20062000199519901985198019751970196519601955Production/
Consumption(%)
1954 1960 1970 1980 1990 2000 2006 2011
THO
USA
ND
BPD
0
500
1000
1500
2000
2500
Production
Consumption
Refining
Brazil: first major market to shift from import dependency to self sufficiency since first oil from North Sea in 1971 began to shift european balance
Proj.
Business Plan 2007-2011 - Total Production – Oil, NGL’s and Natural Gas
• Heavy oil production technology development will expand LA reserve growth possibilities;
• Successful Doha Round Negotiations are essential to permit greater trade of agricultural commodities andincrease agricultural productivity considering comparative advantages;
• Technological breakthroughs in enzyme technology for the use of Lignocelluloses biomass and BTL;
• Further progress in regional integration.
1 . 6 8 4 1 . 8 8 01 . 5 4 0 1 . 4 9 3
2 5 0 2 6 5 2 7 4
2 8 91 3 3
1 6 1 1 6 81 6 3
8 51 0 1
9 49 6
2 0 0 3 2 0 0 4 2 0 0 5 M e t a 2 0 0 6
Ól e o + L G N B r a s i l G ás N a t u r a l B r a s i l
Ól e o + L G N I n t e r n a c i o n a l G ás N a t u r a l I n t e r n a c i o n a l
2.036
2 . 3 7 42 . 8 1 2
5 5 1
7 2 4
7 4 2
1 8 5
2 7 8
3 8 3
M e t a
2 0 1 1
M e t a
2 0 1 5
2,0202,217
2,403
3,493
4,556Thousand boed
7.8% p.a.
7.5% p.a.
Total Investment: US$ 87.1 billion in 2007-2011
(US$ 49.3 billion in E&P)
Oil + NGL International International Natural GasNatural Gas Brazil
,
Target Target 2011 Forecast 2015
Oil + NGL Brazil
1976 1980 1984 1988 1992 1996 2000 20041972
CNG
ETHANOL
GASOLINE
120000
140000
160000
10000
80000
60000
40000
20000
0
1000
BEP
Brazil is the 1st country to reap benefits from EthanolOriginal drivers were energy security and economic attractiveness;Today environmental benefits are also considered.
PROÁLCOOLAlcohol Vehicles
Beginning of the sector deregulation
Source: MME, BEN 2006Accumulated effective economy:1 Billion boe ~US$ 52 bi
During this period, ethanol utilization saved 644 million ton. of CO2 emission
End of regulation 1999 FFV
Alcohol Exports 2005
0
2
4
6
8
10
12
14
16
18
20
US$
/GJ
2002
Ethanol prices in Brazil Rotterdam regular gasoline price
Quais seriam os motivos do diferencial de produtividade brasileira ?
1980 199519901985 2002
Source: Goldemberg 2004
103,3% 110,0%
0
20
40
60
80
100
120
140
Power
Gasoline 100% Gasohol 22% Ethanol 100%
110,0%
132,4%
Consumption
Ethanol Engine Relative Performance*Greater production cost reduction when compared to gasoline.
*Source: Volkswagen (Brazil) - Presentation prepared for review within The Warren Centre for AdvancedEngineering at Sydney University
• World Energy Consumption reached 7,639 Mtoe in 2004;
• According to the International Energy Agency estimates, it will reach 11,664 Mtoe in 2030, which means an increase of 1,8% p.a.;
•Oil, Coal, Gas and Nuclear Energy, which are non renewable energies, are responsible for over 85% of total world supply;
Como se distribui a Oferta Mundial de Energia ?
35
25
21
6
10
2 1
Oil Coal Gas Nuclear Biomass andWaste
Hydro OtherRenewables
Shar
es (%
)
Non-Renewables
Renewables
2004 13%
87%
Source: World Energy Outlook 2006
Mas esta estrutura gera externalidades negativas
1.3201.041
9872.0042.5514.653
4.7075.9126.887
27.044
9.605
Wor
ld T
otal
Asi
a &
Oce
ania
Nor
th A
mer
ica
Uni
ted
Stat
es
Chi
na
Euro
pe
Eura
sia
Reg
ion/
Cou
ntry
Mid
dle
East
Cen
tral
&So
uth
Am
eric
a
Afr
ica
Million Metric Tons of Carbon Dioxide 2004
224%170% 167%
85% 67% 48%27% 24%
Chi
na
Asi
a &
Oce
ania
Mid
dle
East
Afr
ica
Cen
tral
& S
outh
Am
eric
a
Wor
ldTo
tal
Nor
thA
mer
ica
Uni
ted
Stat
es
∆% 2004/1980
Source: Energy Information Administration, 2004
• Fossil fuels usage increases global temperature, generating urban pollution. During the last 20 years, 25% of CO2 emissions were caused by fossil fuels usage in transportation activities.
•Biofuels usage can reduce CO2 emissions at a 5:1 rate;
•Besides being a cleaner source of energy, sugar cane ethanol produces 8,3 more energy than the fossil energy used in its production process. Ethanol usage in Brazil has decreased the emission of Greenhouse Effect Gases at 13% (1994 data);
•Sugar-cane is the most productive among ethanol raw materials and the production of ethanol has limited affect on food supply.
Energetic balance - Ethanol
0
2
4
6
8
10
Sugarcane
Wheat Beet-root
Corn
O Etanol contribui para a redução do aquecimento globalEn
erge
tic ra
tio
Source: World Watch Institute
Ethanol Productivity
0
1000
2000
3000
4000
5000
6000
7000
sugar-cane- Brazil
sugar-beet- EU
sugar-cane- India
corn - USA wheat - EU
liter
s pe
r hec
tar
Bio-fuel usage in OECD Countries will benefit LA
Ethanol gasoline additive or substitute
Global warming, energy security and/or cost effectiveness are encouraging renewable fuels with two principle initiatives ethanol and biodiesel. Both can be produced and consumed in Latin America advantageously
• US – (2007 State of the Union) target of 136.5 billion liters by 2017 (target of 20% of current gasoline consumption to be substituted by ethanol by 2017 and cost efficient by 2012);
• US – (2006 State of the Union) target of 30% of current gasoline consumption to be substituted by ethanol by 2030 and cost efficient by 2012;
• Japan 3% ethanol for gasoline mixture by 2010;• China pilot programs and fiscal incentives for use of
ethanol.
12
0,22
0,30
0,33
0,45
0,53Sugar - beet -EU
Cereals - EU
Corn - Canada
Corn - USA
Sugar-cane -Brazil
US$/ Liter of Ethanol (Without taxes)
Cenário para a demandaEt
hano
l Glo
bal D
eman
d (M
illion
liter
s/Yea
r)• A strong increase in the demand for ethanol is expected;• This amount of future consume may be levered if new countries adhere the compulsive blend with ethanol.
Source: F.O. LICHT, 2004
Strong Increase in Demand
Clean Air Act
Lead Substitution
MTBE Substitution
Renewable Fuels Standard
Brazil35%
The potential to expand world production is enormous
North and Central America
37%
South America38%
Asia16.2%
Europe9.8%
Current Market Distribution of World Consumption
Ethanol global market is 46.5 Billions LitersEthanol as a Fuel is 30.6 Billions Liters, or 67% of total ethanol production
Today the ethanol consumption is 2,6% of gasoline MKTIncreasing ethanol to 10% of gasoline will represent 118 Billions Lt
14
•Only in the US, a 5.7% addition of ethanol the gasoline would translate into a consumption of 30 billion liters of ethanol per year.
Souce: EIA/DOE; Comissão Européia; FO Licht; Copersucar
A PROMISING MARKET
Total: 31.1 billion liters
Potential demand considering 5% ethanol addition to the gasoline formula5%0.7Thailand
Percentage approved only in some regions5%?India
Potential demand considering 5% ethanol addition to the gasoline formula in 20115%7.4EU
Potential demand considering 10% ethanol addition to the gasoline formula10%4.5China
Expected demand in 2012, according with the Renewables Fuels Law-16.8US
Potential demand considering 3% ethanol addition to the gasoline formula3%1.7Japan
CommentEthanol addition
Potential demand(Billion liters)Country
Primary BaseSecondary BaseCollection Centers
RailwaysInland Navigation
RoadMulti product pipelines
Large scale marine terminals improveefficiencyLarge storage capacitynecessary to regulatesupplyPipelines reducetransport costs; improveenergy efficiency
Ethanol collection, storage and
distribution centersare spread out
through producingand consuming
regions
Ethanol Logistics System in Brazil
ETHANOL HIDRATEDDISTRIBUTION AVOID REGIONALIZATION
US Ethanol producers are concentrated in upper mid-west with little or no integration with oil facilities
• While most oil and product pipelines run from the south to northeast, north or southwest;
• Shipment in the Pacific will have a comparative advantage in supplying California.
Diferenças de produtividade na cana de açúcar
Source: FAO
0,2
0,6
1,7
2,2
Asia andPacific
Europe NorthAmerica
LatinAmerica
Potential Arable Land
(1.000 ha per capita)
61,455,6
48,6
13,9
Asia andPacific
Europe NorthAmerica
LatinAmerica
% of Potential Arable Land actually in use
•Availability of lands, water and low labor cost also benefit production in Central and South America.
Latin America has the largest potential arableland per capita and only uses 13,9% of it.
72,4169,34 71,13 73
67,77
Asia USA CentralAmerica
SouthAmerica
Brazil
Sugar-Cane Productivity
Yeld per Hectar
1000
Kg/
Ha
World Average
Diferenças de produtividade na cana de açúcar
• 33% of the world’s internal renewable water resources are concentrated in Central and Latin America;
Internal renewable water resources
(m³ per capita – 1997)
6.984
27.673
33.097
0
5000
10000
15000
20000
25000
30000
35000
World Latin America andCaribbean
Brazil
Source: FAO
73%
19%
9%
20%
9%71%
Agriculture Domestic Industrial
21%
18%
61%
Brazil
World
Latin America andCaribbean
Annual water use by sector
Raw Material Energy output / energy inputWheatCorn
Sugar Beet
Sugar Cane (under Brazilian Production Condictions)
1.21.3 – 1.8
1.9
8.3
Increasing Efficiency in Raw Material Use
TomorrowPotential ethanol production would grow by more than 100% based on Lignocelluloses Biomass technology
1 metric ton of sugar cane
Molasses yields only 85 l of ethanol,
But
Cane bagasseyields 185 L of ethanolBase calculation
20
Principal Conclusions, Hurdles and Challenges
• Latin America is in a privileged position as regards oil reserves, and energy independence;
• Prospects for the use of natural gas are encouraging and should contribute to increase availability of liquid fossil fuel exports but integration and financial issues are a main concern;
• Land, water and human resource availability and bio-diversity put Central and South America and Caribbean in a privileged position to use and supply OECD countries with renewable fuels, further liberating liquid fossil fuels for export.
21
Principal Conclusions, Hurdles and Challenges
• Successful Doha Round Negotiations are essential to permit greater trade of agricultural commodities and increase agricultural productivity considering comparative advantages;
• Technological breakthroughs in enzyme technology for the use of Lignocelluloses biomass;
• Further progress in regional integration.
But the main hurdles and challenges are:
22
Main Obstacles to Greater Integration
23
• Oil sector has different impact on each economy that affects fiscal, balance of trade, and pricing policies;
• Different social and economic realities and historical origins;
• Changing legal environments; • Financing for infrastructure;• Lack of strategic coordination;• Need for institutional reforms;• Need to coordinate different energy
models: competitive markets and public services;
• Localized supply disruptions.
New Frontiers for Ethanol Development• Ethanol can be used in place of gasoline, as a substitute for additives (lead, MTBE), particularly important in Central America, or for export;• CAFTA-DR countries may export to the USA up to 7% of US consumption without countervailing duties (54 cents per gallon);• Export by the Pacific Coast to California avoids problem with US logistics.
New Initiatives• IDB will offer a different set of services, such as financing, to exporting countries like Costa Rica and El Salvador;• Costa Rica adopts pilot program for using up to 10% ethanol in gasoline;• El Salvador has plans to regulate ethanol content in domestic gasoline;• Honduras announces that it can be self-sufficient in ethanol;• Venezuela uses ethanol as a substitute for lead.
José Sergio Gabrielli de AzevedoCEO and PresidentJune, 2007
Organization of American States
Clean Energy: Meeting the Energy Challenges of the 21st Century