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Part 1 |
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1 |
Coal-Fired High Performance Power Generating System |
339 |
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Seery, D.J., Sangiovanni, J.J., Robson, F.L., Holowczak, J.E., Bak, M. - United Technologies Research Center |
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2 |
Materials Support for the Development of High Temperature Advanced Furnaces (HITAF) |
347 |
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Breder, K., Tennery, V.J. - Oak Ridge National Laboratory |
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3. |
Development of A High-Performance Coal-Fired Power Generating System With A Pyrolysis Gas and Char-Fired High-Temperature Furnace |
359 |
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Shenker, J. - Foster Wheeler Development Corp. |
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4. |
Combustion 2000 Low-Emission Boiler Systems Project-The ABB Team’s Phase I Activities |
367 |
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Regan, J.W., Borio, R.W., Hargrove, M.J., Palkes, M. - ABB Power Plant Laboratories Wesnor, J.D. - ABB Environmental Systems Kaminski, R.S. - Raytheon Engineers & Constructors, Inc. |
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5. |
Engineering Development of An Advanced Coal-Fired Low-Emission Boiler System |
377 |
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Beittel, R. - Riley Stoker Corporation |
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Part 2 |
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6. |
Development Work In Support of B&W’s Low Emission Boiler System |
385 |
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Farthing, G.A. - Babcock & Wilcox Company |
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ADVANCED RESEARCH & TECHNOLOGY DEVELOPMENT SESSION |
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7. |
Kinetics and Mechanisms of Coal Char Combustion and Carbon Burnout |
367 |
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Hurt, R.H., Davis, K.A., Yang, N.Y.C., Hardesty, D.R. - Sandia National Laboratories |
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8. |
Thermodynamic Properties of Pulverized Coal During Rapid Heating Devolatilization Process |
395 |
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Proscia, W. - United Technologies Research Center |
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9. |
Research on Fundamental Aspects of Inorganic Particle Deposition in Coal-Fired Equipment. |
397 |
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Rosner, D.E. - Yale University |
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10. |
Recent Progress in the Use of Synchrotron Radiation for the Analysis of Coal Combustion Products |
405 |
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Manowitz, B. - Brookhaven National Laboratory, Kang, S.G., Bool, L., Helble, J.J. - PSIT Technology Company, Shah, N., Huffman, G.P. - University of Kentucky |
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11. |
Fundamental Study of Ash Formation and Deposition: Effect of Reducing Stoichiometry |
413 |
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Helble, J.J., Bool, L.E., Kang, S.G., Moniz, G.A. - PSI PowerServe, Sarofim, A.F., Zeng, T. - Massachusetts Institute of Technology, Peterson, T.W., Gallien, D. - University of Arizona Huffman, G.P., Shah, N. - University of Kentucky |
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12. |
Deposit Growth and Property Development In Coal-Fired Furnaces |
421 |
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Baxter, L.L., Hardesty, D.R. - Sandia National Laboratories |
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13. |
Fuels Evaluation Facility – Use of Vitiated Air In Combustion |
429 |
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Smouse, S. - Pittsburgh Energy Technology Center |
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14. |
The Physics of Non-Newtonian Liquid Slurry Atomization Part 2: Twin Fluid Atomization of Non-Newtonian Liquids |
431 |
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Chigier, N., Mansour, A. - Carnegie-Melton University |
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15. |
The Economics of Industrial Boiler Retrofits To Fire Coal-Based Fuels |
439 |
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Rosa, A. - Pennsylvania State University |
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16. |
Krakow Clean Fossil Fuels and Energy Efficient Project |
441 |
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Pierce, B.L., Butcher, T.A. - Brookhaven National Laboratory |
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Part 3 |
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Commercial/Industrial Combustion Systems Session |
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17. |
A Coal-Fired Combustion System For Industrial Process Heating Applications |
449 |
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Hnat, J.G., Myles, P.T., Jian, C.Q. - Vortec Corporation |
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18. |
Development and Testing of An Industrial Scale, Coal Fired Slagging Combustion System |
457 |
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Zauderer, B. Coal Tech Corporation, Flerning, E.S. – Consultant, Borck, B. - BJB Associates |
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19. |
Development and Testing of a High Efficiency Advanced Coal Combustor: Industrial Boiler Retrofit |
467 |
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Jennings, P.L., Borio, R.W. - ABB Power Plant Laboratories, Miller, B.G., Scaroni, A.W. - Pennsylvania State University, McGowan, J.G. - University of Massachusetts |
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20. |
Evaluation of Tecogen’s Residential Combustion System |
475 |
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Chitester, D. - Pittsburgh Energy Technology Center |
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21. |
Development of A Coal-Fired Pulse Combustion System For Commercial-Scale Boiler Retrofit |
477 |
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Chandran, R.R. - MTCI |
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Alternative Fuels Utilization Session |
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22. |
Condensing Economizers for Small Coal-Fired Equipment |
487 |
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Butcher, T.A. Litzke, W. - Brookhaven National Laboratory |
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23. |
An Environmentally Sound Process for Utilizing Waste-Tire-Derived-Fuel (TDF) and Railroad-Tie-Derived Fuel (RTDF) Coal-Fired Stoker Boiler |
497 |
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Harding, S. - Reaction Engineering International |
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24. |
Engineering Design Considerations of Industrial Boiler Retrofits |
499 |
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Morrison, D.K., Frato, Jr., R.L., Melick, T.A., Sommer, T.M. - Energy and Environmental Research Corporation, Miller, B.G., Scaroni, A.W. - Pennsylvania State University |
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Part 4 |
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25. |
Combustion Characterization of Beneficiated Coal-Based Fuels |
507 |
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Chow, O.K., Hargrove, M.J., Levasseur, A.A. - ABB Power Plant Laboratories |
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26. |
Utilization of Coal-Water Fuels In Fire-Tube Boilers |
517 |
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Morrison, D.K., Melick, T.A., Sommer, T.M. - Energy and Environmental Research Corporation |
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27. |
Development of the Integrated Environmental Control Model: Update On Project Status |
525 |
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Rubin, E.S., Berkenpas, M.B., Kalagnanam, J.R., Frey, H.C. - Carnegie-Mellon University |
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28. |
Ceramic Filter for Fine Particulate Control |
533 |
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Abrams, R.F., Goldsmith, R.L., Bishop, B.A. - Ceramen Corporation |
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29. |
Evaluation and Further Development of Various Sampling and Analytical Methods for Determining Specific Toxic Emissions From Coal-Fired Power Plants |
541 |
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Khosah, R.P., Clements, J., Agbede, R.O. - Advanced Technology Systems, Inc. |
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30. |
Oxide-Based Ceramic Composite Hot Gas Filter Development |
543 |
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Paquette, E.L. - Ceramic Composites, Inc. |
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31. |
Innovative SiC Fiber Composite Filters |
545 |
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Loutfy, R. - Materials and Electrochemical Research Corp. |
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32. |
Plasma-Assisted NH3 Injection for NOx Control |
547 |
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Chess, K., Yao, S. –C., Russell, A.,- .Carnegie - Mellon University |
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33. |
Regeneration of Spent Scrubber Liquids for NOx Control Processes |
555 |
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Randolph, A. - University of Arizona |
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34. |
Photosynthetic Conversion of CO2 To Biomass |
557 |
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Brown, L.W., Zeiler, K.G., Talbot, S.G., Heacox, D.A. - NREL |
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35. |
Sampling A IGCC Plant For Air Toxics |
563 |
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Eklund, G. - Radian Corporation |
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36. |
Weston Video |
565 |
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Jackson, B. - Roy F. Weston, Inc. |
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37. |
An Online Optical Monitoring of Air Toxics |
567 |
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Bykovski, V.K. - VirTek Company |
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38. |
The Behavior of CO2 Under Simulated Deep Ocean Conditions |
575 |
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Cugini, A.V., Warzinski, R.P. - Pittsburgh Energy Technology Center, Holder, G.D. - University of Pittsburgh |
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Advanced Combustion Technology Poster Session |
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39. |
Development of a Low-NOx Pulverized Coal Burner |
579 |
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Loftus, P. - Arthur D. Little, Inc. |
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40. |
Feasibility Study for An Advanced Coal-Fired Heat Exchanger/Gas Turbine Topping Cycle For A High Efficiency Power Plant |
581 |
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Solomon, P. - Advanced Fuel Research, Inc. |
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41. |
Reduction of Nitrogen Oxides in the NOXSO Process |
583 |
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Zhou, Q., Haslbeck, J., Neal, L., Harkins, S., Chang, A., Black, J. - NOXSO Corporation |
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Part 5 |
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42. |
Visoelastic Behavior of Beneficiated Coal-Water Slurries and their Atomization Characteristics |
591 |
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Ohene, F., Bratton, T., Rhone, Y. - Grambling State University |
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43. |
An Innovative Coal-Water Slurry Processing Technology |
601 |
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Rajchel, M. - Clarke-Rajchel Engineering |
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44. |
Development of A Phenomenological Model For Coal Slurry Atomization |
603 |
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Dooher, J.P. - Adelphi University |
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45. |
Preparing Coal for Industrial Boiler Retrofit Applications |
609 |
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Hogg, R. - Pennsylvania State University |
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46. |
Microstructural Parameters of Coal Ash Deposits |
611 |
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Ramer, E. - Pittsburgh Energy Technology Center |
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47. |
High Performance Materials in Coal Conversion/Utilization |
613 |
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Boss, W., Dahotre, N., Larue, P., Xiao, C. - UTSI |
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48. |
Development of A Rotary Combustor For Refiring Pulverized Coal Boilers |
621 |
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Virr, M.J. - Spinheat, Ltd. |
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49. |
Commercial and Industrial Boiler Modification Program |
629 |
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Breault, R.W. - Tecogen |
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50. |
Particulate Emission Abatement For Krakow Boiler Houses |
631 |
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Wysk, S.R. - LSR Technologies, Inc., Surowka, J. - Polish Foundation for Energy Efficiency |
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51. |
Extension of the Central District Heating System |
639 |
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Selig, M.A. - Shooshanian Engineering Associates, Inc. |
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52. |
Installation of a Stoker Coal Preparation Plant in Krakow |
647 |
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Rozelle, P. - EFH Coal Company |
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53. |
Emissions Reduction Through District Heating Improvements |
649 |
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Hough, C.R. - Honeywell Inc. |
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54. |
The Krakow Low Emissions Coal Briquette Project. |
651 |
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Natschke, D.F., Jozewicz, W. Acurex Environmental Corporation |
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55. |
Micronized Coal Firing Applied To Plants In the Czech Republic and Krakow, Poland |
659 |
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Sheahan, R. - TCS, Inc |
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Part 6, Pages 669 - 703, 2.60 MB |
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56. |
Combustion Improvements In Stoker Fired Boilers |
669 |
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Myers, J.R. - Pennsylvania State University |
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57. |
Compliance Advisor: A Software Tool for Fuel Switching/Blending To Meet SO2 Regulations at Coal-Fired Power Plants |
679 |
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Kang, S.G., Goudreau, J.J., Senior, C.I. - PSI Technology Company |
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58. |
Status Report On the Development of A Low NOx Combustor |
687 |
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Moussa, N.A., Surks, P.J. Blazetech Corporation, Rogers, C.B. Tufts University |
