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Figure 1. World Energy Consumption by Fuel
Type
![Figure 1 . This is a line graph showing world energy consumption by fuel type (oil, natural gas, coal, renewables, and nuclear) with history and projection data from 1970-2025. For further information, contact: National Energy Information Center, (202) 586-8800.](images/fig%201.gif)
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Figure 2. World Energy Consumption by Region
![Figure 2. This figure is also a line graph for world energy consumption by region (industrialized, developing, and EE/FSU [East Europe and Former Soviet Union] countries). The graph shows history and projection data from 1970-2025. For further information, contact: National Energy Information Center, (202) 586-8800.](images/fig%202.gif)
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Table 1.
![Table 1. This table breaks down world energy consumption , 2001-2025, by fuel and region in quadrillion Btu's and million tons of oil equivalent, with an average annual percent change. For further information, contact: National Energy Information Center, (202) 586-8800.](images/large%20table.gif)
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Table 2.
![Table 2. This table shows the data for world carbon dioxide emissions and carbon dioxide intensity for 1990-2025. For further information, contact: National Energy Information Center, (202)586-8800.](images/small%20table.gif)
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Figure 3. World Carbon Dioxide
Emissions by
Region
![Figure 3 is a line graph showing world carbon dioxide emissions by region with history and projection data (1970-2025) for industrialized, developing, and EE/FSU countries, and a total. For further information, contact: National Energy Information Center, (202)586-8800.](images/fig%203.gif)
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Much of the growth in carbon dioxide emissions
is expected in the developing world, accom-panying the large
increases in fossil fuel use projected for the region’s
emerging economies. At the end of the forecast horizon, emissions
in the developing world are expected to exceed those of the
industrialized countries.
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Figure 4. Carbon Dioxide Intensity by Selected
Countries and Regions
![Figure 4 is s horizontal bar chart showing carbon dioxide intensity by selected countries (Russia, China, India, Africa, Mexico, Canada, Australia/New Zealand,United States, Germany, Japan, and France) and by regions (other former Soviet Union, Middle East, Eastern Europe, and Central and South America). For further information, contact: National Energy Information Center, (202) 586-8800.](images/fig%204.gif)
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World carbon dioxide intensity has improved
(decreased) substantially over the past three decades, falling
from 1,100 metric tons per million 1997 dollars of GDP in 1970
to 739 metric tons per million 1997 dollars of GDP in 2001.
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On a regional basis, the most rapid rates
of improvement for carbon dioxide intensity are projected for
Russia and the other countries of the former Soviet Union (FSU).
In the FSU, economic recovery from the upheaval of the early
1990s, along with the replacement of old, inefficient capital
stock is expected to result in a 48 percent decline in carbon
dioxide intensity between 2001 and 2025.
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Figure 5. World Oil Prices
in Three Cases
![Figure 5 is a vertical bar chart showing history and projection data for world oil prices in three cases (low oil price case, reference case, and high oil price case) from 1970 -2025. For further infromation, contact: National Energy Information Center, (202) 586-8800.](images/fig%205.gif)
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- Short-term price movements do not affect the mid-term price
projections, 5 to 10 years out. After 2004, prices fall to $25
per barrel in 2002 dollars and then rise slowly to 2025, reaching
$27 per barrel in 2002 dollars (in nominal dollars $51 per barrel).
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Figure 6. World Oil Consumption
and Production
by Region
![Figure 6 is a vertical bar chart showing world oil consumprion (2001-2025) by region (other, developing Asia, and industrialized countries), and world oil production (2001-2025) by region (other, EE/FSU, and OPEC countries). For further information, contact: National Energy Information Center, (202) 586-8800.](images/fig%206.gif)
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Oil use is projected to rise to 121 million
barrels per day by 2025. Most of this increase occurs in the
transportation sector. In the developing count-ries, other oil
uses also expand as emerging economies switch away from traditional
fuels, like wood burning for home heating and cooking, to diesel
genera-tors and to fuel petrochemical feedstock industries.
- OPEC’s share of world oil supply is projected to increase
significantly over the forecast horizon. Nearly 60 percent of
the increase in world oil demand over the next two decades is
expected to be supplied by OPEC.
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For Further Information, Contact:
The National Energy
Information Center
Washington, DC 20585
Telephone: (202)586-8800
E-Mail: infoctr@eia.doe.gov
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