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Texas consumes more coal than any other state in the U.S. and is the
nation’s fifth-largest producer of this abundant and economical source of power.
Texas has a 200-year reserve of lignite. And with its extensive rail and highway access
to higher quality coals, petroleum coke, and petroleum residuals, Texas provides a unique
opportunity for testing a variety of input fuel mixes and gasification technologies.
Texas and the Gulf Coast region possess the most appropriate geology in the nation for
large-volume CO2 sequestration. Critical to FutureGen success, however, will be
continued CO2 sequestration experimentation in Texas and rigorous documentation
of key geologic criteria to inject and store CO2, as well as protocols to measure,
monitor, and verify that storage is permanent. Such actions will encourage other regions to
construct similar facilities.
Texas, the largest producer of oil and gas in the nation, leads the world in use of natural
CO2 for EOR, but it also has tremendous oil reserves and currently unrecoverable oil
resources that could be unlocked by access to CO2.
Texas’ water resources, pipeline and railway transportation infrastructure, and electric
grid access are unmatched. |
Texas’ rapid population growth promises an ever-expanding demand for and consumption of
electric power. Some demographers estimate that Texas’ population will increase by 12
million (nearly 50%) by 2030. Texas’ mix of regulated and unregulated power markets provides
considerable flexibility for stability in contracting for power from FutureGen and FutureGen-like facilities.
Texas’ immense petrochemical, chemical, and refining industries provide an immediate market
for FutureGen’s co-products.
Texas’ energy sector and extensive university systems are a reservoir of academic and
technical expertise.

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