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In the nuclear area there are a number of programs to enhance the performance of existing
plants and to develop improved fuel cycles
and advanced reactors see talks by McCarthy,
section ‘‘Nuclear Energy’’ and Christian, section ‘‘Nuclear Industry Perspective.’’
In the fusion energy area, the U.S. has rejoined the International Thermonuclear
Experimental Reactor activity—see Dean
talk, section ‘‘Paths to Fusion Power.’’
Sequestration of CO2
There is a large potential for the sequestration of
CO2 in a variety of storage options—gas and oil
reservoirs, coal seams, saline aquifers, the deep ocean,
and through conversion to minerals and by bioconversion, see Figure 5.
CCTP Process
The CCTP process is involved in Federal R&D
portfolio review and budget input. It has a strategic
plan and a working group structure in the areas of
Energy production,
Energy efficiency,
Sequestration,
Other gases,
Monitoring and measurement, and
Supporting basic research.
It has issued a competitive solicitation/RFI
seeking new ideas.
The keys to meeting the President’s goals are:
leadership in climate science,
leadership in climate-related technology,
better understanding of the potential risks of
climate change and costs of action, Robust
set of viable technology options that address
energy supply and efficiency/productivity,
integrated understanding of both science and
technology to chart future courses and actions,
global approach… all nations must participate.
A GLOBAL PERSPECTIVE OF COAL & NATURAL GAS: RITA BAJURA (NETL)
Coal
Reserves and Use
The world’s recoverable reserves of coal are
1083 billion tons, a 210 year supply at the current
annual consumption. The United States has the
largest amount of these reserves—25%. Russia has
16%, China 12%, and India and Australia about
9%.
Increasingly, coal is used for electricity production, 92% of 1.1 billion tons in the U.S. in 2002
and a projected 94% of 1.6 billion tons in 2025.
g
Fig. 6.
Energy Options for the Future 73