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Part 1, Pages 1 - 58,
5.43 MB |
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1. |
Session 1 Opening
Commentaries |
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1.1 |
The Role
of Advanced Technology
in the Future of the
Power Generation
Industry |
3 |
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Thomas F.
Bechtel |
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1.2 |
Evolving
Utility Business
Structure and Impact on
New Technology
Application |
12 |
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J. Wayne
Leonard |
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2. |
Session 2 Changes in
the Market and
Technology Drivers |
27 |
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2.1 |
Overview
of Global Utility Market
for Advanced Coal Fired
Systems |
27 |
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Ronald K.
Wolk and Neville A. Holt |
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2.2 |
Overview
of the Independent Power
Producer (IPP) Market
for Advanced Coal-Fired
Systems |
48 |
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Dale. R.
Simbeck, Stan Vejtasa,
and Alan Karp |
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2.3 |
The
Search for Innovative
Technology |
58 |
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C. Lowell
Miller |
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Part 2, Pages 60 - 137,
5.82 MB |
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3. |
Session 3 Advanced
IGCC Systems |
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3. |
Integrated Gasification
Combined Cycle A View
to the Future |
61 |
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Dale K.
Schmidt |
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3.1 |
IGCC
System Studies |
65 |
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Lawrence
K. Rath, George T. Lee,
and Patrick H. Le |
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3.2 |
Transport
Reactor Development
Status |
73 |
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Randall
E. Rush, Martin O.
Fankhanel, and William
M. Campbell |
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3.3 |
Gasification Product
Improvement Facility
Status |
83 |
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R. Don
Carson, Vijay, B. Dixit,
Richard S. Sadowski,
William H. Skinner,
Robert A. Lisauskas, and
Stephen A. Johnson |
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4. |
Session 4 Advanced
PFBC Systems |
92 |
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4.1 |
PFBC
System Studies |
93 |
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Michael
E. Reed |
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4.2 |
Second
Generation PFBC Systems
Research and Development
Phase 2: Circulating
PFBC Test Results |
104 |
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Archie
Robertson, James Van
Hook, Frank Burkhard,
Giovanni Carli, Rich
Conn, Paul Crooker, Dave
Kulcsar, Chongqing Lu,
Anthony Mack, Ayedmir
Nehrozoglu, Mark Torpey,
and Frank Zoldak |
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4.3 |
Status of
the Advanced PFBC at the
Power Systems
Development Facility |
127 |
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Randall
E. Rush, Darrell L.
Moore, Zia Haq, Timothy
E. Pinkston, P.
Vimalchand, James D.
McClung, and Michael T.
Quandt |
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Part 3, Pages 140 - 194,
4.81 MB |
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5. |
Session 5 Advanced
Filter Systems |
140 |
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5.1 |
Status of
the Morgantown Energy
Technology Centers
Particulate Cleanup
Program: Enabling
Technology for Advanced
Coal-Based Power Systems |
141 |
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Richard
A. Dennis |
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5.2 |
Potential
Industry Use of
Continuous Fiber Ceramic
Composites |
144 |
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Jull
Jonkouski |
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5.3 |
Ceramic
Fiber Ceramic Filter
Development |
145 |
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Roddie R.
Judkins, Melvin A.
Leitheiser, David P.
Stinton, Robert G.
Smith, and Edward M.
Fischer |
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5.4 |
Westinghouse Advanced
Particle Filter System |
152 |
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Thomas E.
Lippert, Gerald J.
Bruck, Zal N. Sanjana,
and Richard E. Newby |
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5.5 |
IF&P
Fibrosic Filters |
166 |
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Paul M.
Eggerstedt |
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5.6 |
Multi-Contaminant
Control Granular Bed
Filter |
176 |
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Keith B.
Wilson, John C. Haas,
and Cheryl Anne Olivo |
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5.7 |
Westinghouse Standleg
Moving Granular Bed
Filter Development
Program |
186 |
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Richard
A. Newby, Wen-Cheng
Yang, Eugene E.
Smeltzer, and Thomas E.
Lippert |
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Part 4, Pages 195 - 262,
5.27 MB |
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5.8 |
MTCI
Acoustic Agglomeration
Particulate Control |
195 |
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Ravi R.
Chandran, Montaz N.
Mansour, Alan W.
Scaroni, Gary H.
Koopmann, and John L.
Loth |
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6. |
Session 6
Desulfurization
Systems |
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6.1 |
METC Hot
Gas Desulfurization
Program Overview |
219 |
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Daniel C.
Cicero |
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6.2 |
Integrated Operation of
A Pressurized Gasifier,
Hot Gas Desulfurization
System and Turbine
Simulator |
222 |
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Steve
Bevan, David Najewicz,
Eli Gal, Anthony H.
Furman, Raul Ayala, and
Alan Feitelberg |
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6.3 |
Enviropower Hot Gas
Desulfurization Pilot |
236 |
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Kari
Salo, Reza Ghazanfari,
Gabor Feher, Jukka
Konttinen, Arto
Lehtovaara, and Wahab
Mojtahedi |
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6.4 |
Slipstream Testing of
the Direct Sulfur
Recovery Process |
246 |
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Santosh
K. Gangwal, Jeffrey W.
Portzer, Gary B. Howe,
Daniel H. Chen, and
Michael H. McMillan |
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6.5 |
METC
Fluid-Bed Hot-Gas
Desulfurization PDU |
256 |
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Larry A
Bissett |
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Part 5, Pages 263 - 336,
4.45 MB |
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7. |
Session 7
Turbine Systems |
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7.1 |
Development of Topping
Combustor for Advanced
Concept Pressurized,
Fluidized Bed Combustion |
265 |
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William
F. Domeracki, Thomas E.
Dowdy, and Dennis
Bachovchin |
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7.2 |
Development and Testing
of Low BTU Fuel Gas
Turbine Combustors |
280 |
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Stephen
Bevan, Nesim Abuaf, Alan
S. Feitelberg, Stephen
L. Hung, Martin S.
Samuels, and Anil K.
Tolpadi |
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7.3 |
Advanced
Turbine Systems Program
Overview |
290 |
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Holmes A.
Webb |
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8. |
Poster
Session |
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P1 |
High
Temperature
Electrochemical
Separation of H2S From
Coal Gasification
Streams |
295 |
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E. Faith
Gleason and Jack Winnick |
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P2 |
Characterization and
Fixed-Bed Testing of a
Nickel-Based Hot Gas
Desulfurization Sorbent |
308 |
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Lee D.
Gasper-Galvin, James H.
Swisher, and Kurt
Hammerbeck |
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P3 |
Pilot
Gasification and Hot Gas
Cleanup Operations |
321 |
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John M.
Rockey, Edwin Galloway,
Teresa A. Thomson, Jay
Rutten, and Alan Lui |
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P4 |
Coal Ash
Behavior in Reducing
Environments |
322 |
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Steven A.
Benson, Thomas A.
Erickson, David W.
Brekke, Bruce C.
Folkedahl, James E.
Tibbetts, and Jan W.
Nowok |
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Part 6, Pages 337 - 402,
4.84 MB |
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P5 |
Hot Coal
Gas Desulfurization with
Manganese-Based Sorbents
Malcolm |
337 |
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T.
Hepworth and Rachid
Ben-Slimane |
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P6 |
A Calcium
Oxide Sorbent Process
for Bulk Separation of
Carbon Dioxide
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351 |
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Douglas
P. Harrison and C. Han |
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P7 |
COMPCOAL
: A Portable Process
for Production of a
Stable High-BTU Fuel
From Power River Basin
Coal |
361 |
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Verne E.
Smith and Norm W.
Merriam |
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P8 |
Development of
Biological Coal
Gasification (MicGAS
Process) |
376 |
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Daman S.
Walia and Kailash C.
Srivastava |
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P9 |
Simultaneous Removal of
H2S and NH3 in Coal
Gasification Processes |
398 |
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K.
Jothimurugesan, Adeyinka
A. Adeyiga, and Santosh
K. Gangwal |
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Part 7, Pages 403 - 468,
5.47 MB |
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P10 |
Granular
Filtration in a
Fluidized Bed |
403 |
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J. S. Mei,
P.C. Yue, and J. S.
Halow |
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P11 |
Dust Cake
Behavior in Filters With
High Surface Area to
Volume Ratios
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405 |
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Douglas
Straub, Ta-Kuan Chiang,
and Richard A Dennis |
411 |
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P12 |
Computer
Simulations of IGCC/PFBC
Components |
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Edward J.
Boyle, Thomas J.
OBrien, Lawrence J.
Shadle, Madhava Syamlal,
and Suresh Venkatesan |
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P13 |
Scaling
of Pressurized Fluidized
Beds |
413 |
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Susan
Guralnick and Leon R.
Glicksman |
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P14 |
Evaluation of Options
for CO2
Capture/Utilization/Disposal |
422 |
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David K.
Schmalzer, Richard D.
Doctor, and C. David
Livengood |
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P15 |
Absorption of Hydrogen
Sulfide by Zinc Ferrite
in the Temperature Range
315 to 538 Degrees
Celsius (600 to 1000
Degrees F) |
431 |
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Thomas
Grindley and C. Elaine
Everitt |
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P16 |
High
Temperature Hydrogen
Sulfide Removal with
Stannic Oxide |
444 |
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Michael
E. Karpuk, Robert J.
Copeland, D. Feinberg,
D. Wickham, B. Windecker,
and J. Yu |
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P17 |
Fossil
Fuel Conversion
Measurement and Modeling |
458 |
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Peter R.
Solomon, L. Douglas
Smoot, Michael A. Serio,
David G. Hamblen, B.
Scott Brewster, and
Predrag T. Radulovic |
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Part 8, Pages 469 - 515.
3.75 MB |
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P18 |
CeraMem
Filters for Removal of
Particles from Hot Gas
Streams |
469 |
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Bruce A.
Bishop, and Robert L.
Goldsmith |
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P19 |
Development of
Disposable Sorbents for
Chloride Removal from
High- Temperature
Coal-Derived Gases |
478 |
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Gopala N.
Krishnan, B. J. Wood, A.
Canizales, R. Gupta, S.
D. Sheluker, and R.
Ayala |
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P20 |
PyGas
Design Support |
490 |
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Lawrence
J. Shadle, Abolghasem
Shamsi, Guo-Qing Zhang,
Edward J. Boyle,
Yau-Hsin Wang, Madhava
Syamlal, and Kalkunte
Seshadri |
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P21 |
Chloride
and Mercury Monitors for
Air Toxics Measurements |
492 |
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William
H. Buttermore, Glenn A.
Norton, Colin D.
Chriswell, Dave E.
Eckels, and Rachel E.
Peters |
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P22 |
Cooperative Research and
Development Agreements
at METC |
498 |
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J.
Christopher Ludlow, Lisa
A. Jarr, and William F.
Lawson |
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P23 |
Optimal
Design and Synthesis of
Advanced Power Systems
Under Uncertainty |
499 |
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Urmila M. Diwekar, Edward S. Rubin, and H. Christopher Frey |
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P24 |
Development of a Radio
Frequency Surface
Contour Mapping System |
513 |
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William
H. Buttermore, Robert J.
Weber, and Warren E.
Straszheim |
