| Authors |
R.C. Surdam, S. Dahl, R. Hurless, Z. Jiao, Y. Ganshin, R. Bentley, M.
Garcia-Gonzalez, Carbon Management Institute
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| Source |
Carbon Management Technology Conference,
7-9 February 2012,
Orlando, Florida, USA
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| Preview |
Abstract
With global energy consumption increasing at about 25% per decade, it is
essential for energy exporting states like Wyoming to optimize energy
development during the 21st century in order to safeguard our nation’s economy
and energy security. Without regulation, annual global CO2 emissions will
double by 2030 (Figure 1). In this case, over a very short time period, the
world’s largest economies will either have to abandon fossil fuels as a source
of energy, or capture and geologically store CO2 emissions. In the future, the
results from the Wyoming Carbon Underground Storage Project (WY-CUSP) will
prove critical to the optimization of responsible energy resource development
in Wyoming and other Rocky Mountain states. The coal extraction, enhanced oil
recovery, coal-fired electricity generation, and coal-to-chemical industries
will need either CO2 or a place to store CO2. To facilitate deployment of any
new and/or improved energy delivery technologies and associated industries in
Wyoming, the state must document the existence of available commercial CO2
storage capacity, along with infrastructure to transport CO2 from its source to
the storage site, and finally to the end point of use.
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