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FY2005 FRED Database Project Description: |
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Project Information |
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Project Title: |
Geologic
Sequestration of CO2 in Deep, Unmineable Coalbeds |
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Project I.D.: |
DE-FC26-00NT40924 |
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FE Program: |
Carbon
Sequestration |
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Research Type: |
Demonstration |
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Funding Memorandum: |
Cooperative
Agree't (nonCCT) - Tech
R&D |
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Project Performer |
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Performer Type: |
Small
Business |
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Performer: |
Advanced
Resources International-VA |
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Performer Address: |
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Other Project Team Members: |
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Project Dates |
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Project Start Date: |
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Project End Date: |
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Project Location |
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City: |
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State: |
VA |
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ZIP Code: |
22201-5763 |
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Congressional District: |
8 |
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Responsible FE Site: |
NETL |
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Project Contact |
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Name: |
Reeves,
Scott R. |
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Telephone: |
(713)
780-0815 |
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Fax Number: |
(713)
780-3819 |
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Email Address: |
sreeves@adv-res-hou.com |
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DOE/FE Contact |
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Name: |
Byrer, Charles W. |
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Telephone Number: |
(304) 285-4547 |
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Site Location: |
NETL |
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Email Address: |
charles.byrer@netl.doe.gov |
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Cost & Funding Info. |
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Total Estimated Cost: |
$5,796,090 |
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DOE Share: |
$1,786,838 |
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Non-DOE Share: |
$4,009,252 |
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Project Description |
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Project Description: |
The
objective of this project is to provide a wide range of benefits which are of
high value to industry. The tasks
include the following: evaluate
potential U.S. CO2 / ECBM localities with available industry data; known
problems and findings; evalaute potential for a field test involving N2/CO2
mixtures (similar to power-plant flue gas) for sequestration and ECBM. Examine the feasibility of CO2 sequestration
in the broad set of conditions (coal types and emission compositions) that
are likely to be encountered in the
U.S.; develop screening models to
enable industry to quickly evaluate the technical / economic feasibility of
CO2 sequestration in coalbeds for project specific conditions; and initiate a technology deployment program; including an
industry consortium; targeted presentations; publications and a project website
to ensure timely information transfer to both focused and wide-interest
audiences. |
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Project Background: |
Advanced
Resources International(ARI) is using existing
reservoir modeling approaches to evalaute the
viability of storing CO2 in deep unminable coal
seams in the |
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Project Accomplishments: |
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