A
Laboratory-Scale Furnace to Study Ash Deposition and Fouling Due to Pulverized Coal Combustion
Floris, F. ;
Pasini, S. ;
Partesotti, C. ;
Quattroni, G.
1988 Pittsburgh
Advanced
NOx Control With Selective Reduction Agents
Kramlich, J. C.;
Cole, J. A.;
Lyon, R. K.;
Chen, S. L.;
Pershing, David W.
1988 Pittsburgh
Ash
Conditioning for Improved ESP Performance
Mozes, M. ;
Mangal, R. ;
Thampi, R.
1988 Pittsburgh
Burner
Improvements and Flame Quality Studies on a 650 MW Supercritical Pulverized Coal Boiler
Harrington, Richard C.
1988 Pittsburgh
Calculations
of the Chemistry of Coal Combustion Effluents
Blander, M. ;
Sinha, S. ;
Pelton, A. ;
Eriksson, G.
1988 Pittsburgh
Coal
Combustion in Fuel Rich Flames: A Review of Experimental Behavior
Essenhigh, Robert H.;
Basak, Arun K.;
Misra, Mahendra K.;
Shaw, David W.
1988 Pittsburgh
Coal-Fired
Plant Furnace Computer Simulations
Smith, Philip J.;
Gillis, Paul A.;
Christensen, Knute R.
1988 Pittsburgh
Coherent
Anti-Stokes Raman Spectroscopy CARS Measurements in a Laminar Flame Coal Combustor
Hancock, Robert D.;
Boyack, Kevin W.;
Hedman, Paul O.
1988 Pittsburgh
Combustion
Evaluation of Advanced Coal Cleaning Products: Test Program and Initial Results
Smouse, Scott M.;
McIlvried, Timothy S.
1988 Pittsburgh
Combustor
Modelling - A Maturing State of the Art
Turan, A. ;
Chatwani, A. U.;
Loftus, P. J.;
Stickler, D. B.
1988 Pittsburgh
Effect of
Coal Quality on the Performance of Low-NOx Burners
Morgan, M. E.
1988 Pittsburgh
Effect of
Surface Temperature on Coal Mineral Deposition in Heat Engines
Richards, G. A.;
Meyer, C. ;
Logan, R. ;
Anderson, R. J.
1988 Pittsburgh
Experimental
Observations and a Postulated Mechanism of Relase of Iron During the Combustion of Illinois #6 Coal
Baxter, Larry L.;
Mitchell, Reginald E.
1988 Pittsburgh
Gas/Particle
Residence Time Correlation for an Entrained-Flow Reactor
Celik, Ismail ;
Chattree, Mayank
1988 Pittsburgh
Heat
Transfer Measurement in Power and Process Boiler Furnaces
Clay, Bill ;
Davidson, Ian ;
Menniti, Daniel
1988 Pittsburgh
Ideal
Combustion of Solid Fuels
Ling, S. C.;
Pao, H. P.
1988 Pittsburgh
Inegrated
Ash Monitoring System for Control of Fouling in Coal-Fired Boilers
Wynnyckyj, J. R.;
Marr, R. ;
Rhodes, E.
1988 Pittsburgh
Influence
of Operating Conditions and Coal Characteristics on Ash Deposition in a Pilot-Scale Combustor
Mai, M. C.
1988 Pittsburgh
Laboratory-Scale
Ash Deposition Studies of a Size- and Gravity-Fractionated Coal
Benson, S. A.;
Puffe, W. H.;
Jones, M. L.;
Borio, R. W.;
Durant, J. F.;
Mehta, A. K.
1988 Pittsburgh
Measurement
of Temperature-Time Histories of Burning Single Coal Char Particles
Sahu, Ranajit ;
Flagan, Richard C.
1988 Pittsburgh
Modelling
of Coal Pyrolysis and Combustion
Saastamoinen, J.
1988 Pittsburgh
NOx
Reduction and Burnout Optimisation Using an Aerodynamically Air Staged Burner and an Air Staged Precombustor
Burner
Smart, J. P.;
Weber, R.
1988 Pittsburgh
Pilot
Evaluation of Reburning for Cyclone Boiler NOx Control
Farzan, H. ;
Rodgers, L. ;
Maringo, G. ;
Kokkinos, A. ;
Pratapas, J.
1988 Pittsburgh
Pilot
Scale Simulation of Ash Deposition on an Isolated Convective Tube: The Effect of Temperature on Deposit
Growth
Walsh, Peter M.;
Sayre, Alan N.;
Loehden, David ;
Beer, Janos M.;
Sarofim, Adel F.
1988 Pittsburgh
Studies on
Enhancement of Reburning for Advanced NOx Control in Coal-Fired Boilers
Chen, S. L.;
Moller, E. C.;
Heap, M. P.;
Pershing, David W.
1988 Pittsburgh
Support
Activities for the Edgewater Coolside Process Demonstration
Stouffer, M. R.;
Wu, M. M.;
Yoon, H. ;
Winschel, R. A.
1988 Pittsburgh
The
Development of an Oxygen-Pulverised Fuel Burner for Energy Savings and Production Increases
Lennox, N. D.;
Smith, A. C.
1988 Pittsburgh