Gas Turbine Handbook : Principles and Practices

Appendix D 419
“Evaluation Of NO x
Mechanisms For Lean, Premixed Combustion,”
R.A. Corr; P.C. Malte; N.M. Marinov. ASME 91-GT-257.
“A Predictive NO x
Monitoring System For Gas Turbines,” W.S.Y.
Hung. ASME 91-GT-306.
“Combustion Performance Of A Water-Injected MS7001E Gas Turbine
Operting At A NO x
Emission Level Of 25 ppmvd,” D.O. Fitts; R.A.
Symonds; E.R. Western. ASME 90-GT-071.
“An Ultra-Low NO x
Combustion System For A 3.5 MW Industrial
Gas Turbine,” C. Wilkes; H.C. Mongia; C.B. Santaman. ASME 90-
GT-083.
“Assessment Of Hot Gas Cleanup Technologies In Coal-Fired Gas
Turbines,” E.L. Parsons, Jr; H.A. Webb; C.M. Zeh. ASME 90-GT-111.
“Ultra-Low NOx Rich-Lean Combustion,” N.K. Rizk; H.C. Mongia.
ASME 90-GT-087.
“Calculating NH 3
Slip For SCR Equipped Cogeneration Units,” C.M.
Anderson; J.A. Billings. ASME 90-GT-105.
“Unburned Hydrocarbon, Volatile Organic Compound, And Aldehyde
Emissions From General Electric Heavy-Duty Gas Turbines,” R.E.
Pavri; R.A. Symonds. ASME 90-GT-279.
“Experimental Evaluation Of A Low NO x
LBG Combustor Using
Bypass Air,” T. Nakata; M. Sato; T. Ninomiya; T. Abe; S. Mandai; N.
Sato. ASME 90-GT-380.
“NO x
Exhaust Emissions For Gas-Fired Turbine Engines,” P.C. Malte;
S. Bernstein; F. Bahlmann; J. Doelman. ASME 90-GT-392.
“Minimizing Emissions In Supplementary Fired HRSG’s And Auxillary
Package Boilers In Gas Turbine Based Cogeneraton Systems,”
Jon C. Backlund And James H. White, Industrial Power Conference
1994.
“Predictive Emission Monitoring System (PEMS): An Effective Alternative
To In-Stack Continuous NO x
Monitoring,” Wilfred Y. Hung,
Industrial Power Conference 1994.