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FY2005 FRED Database Project Description: |
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Project Information |
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Project Title: |
Conceptual
Design of Oxygen-Based PC Boiler |
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Project I.D.: |
DE-FC26-03NT41736 |
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FE Program: |
Adv.
Power - Pulverized Coal-Fired Technology |
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Research Type: |
Engineering
Development |
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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: |
Large
Business |
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Performer: |
Foster
Wheeler Development Corporation |
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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: |
NJ |
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ZIP Code: |
07039-5701 |
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Congressional District: |
11 |
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Responsible FE Site: |
NETL |
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Project Contact |
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Name: |
Seltzer,
Andrew H |
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Telephone: |
(973)
535-2542 |
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Fax Number: |
(973)
535-2242 |
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Email Address: |
andrew_seltzer@fwc.com |
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DOE/FE Contact |
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Name: |
Fout, Timothy |
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Telephone Number: |
(304)
285-1341 |
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Site Location: |
NETL |
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Email Address: |
timothy.fout@netl.doe.gov |
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Cost & Funding Info. |
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Total Estimated Cost: |
$406,482 |
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DOE Share: |
$325,186 |
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Non-DOE Share: |
$81,296 |
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Project Description |
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Project Description: |
The primary
objective of this project is to develop a conceptual pulverized coal
(PC)-fired power plant which facilitates the practical capture of carbon
dioxide (CO2) for subsequent sequestration. |
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Project Background: |
Because the
linkage between global climatic change and terrestrial emission of greenhouse
gases such as CO2 is well documented; new coal combustion technologies must
be developed to meet future emissions standards; especially for CO2; to
assure continued U.S. power generation from its abundant domestic coal
resources. In this project; the
combustion furnace will be optimized to produce a low-cost; high-efficiency
power plant that supports the U.S. Department of Energy (DOE) goal to develop
advanced combustion systems that have the potential to control CO2 through
integrated systems that concentrate CO2-enriched process streams for
subsequent use or sequestration.
Specifically; the work to be performed under this agreement will
evaluate the technical viability and economic competitiveness of an
oxygen-enriched; pulverized coal (PC)-fired boiler system with CO2
sequestration. |
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Project Accomplishments: |
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