o_191ln0gpf9pgfdj4601afj5gva.pdf

420 Gas Turbine Handbook: Principles and Practices
Reducing Gas Turbine Emissions Through Hydrogen-Enhanced,
Steam Injected Combustion,” James R. Maughan, John H. Bowen,
David H. Cooke, And John J. Tuzson. ASME Cogen Turbo Power
’94.
“The Control Of NO x
And CO Emissions From 7-MW Gas Turbines
With Water Injection As Influenced By Ambient Conditions,” W.S.Y.
Hung And D.D. Agan. ASME 85-GT-85.
“Development Of A Dry Low NO x
Combustion System,” V. Mezzedimi;
L. Bonciani; G. Ceccherini; R. Modi. Canadian Gas Association Symposium
On Industrial Application Of Gas Turbines, Banff, Alberta,
October 1993.”
“A Model For The Prediction Of Thermal, Prompt, And Fuel NO x
Emissions From Combustion Turbines,” J.L. Toof. ASME 85-GT-29
“Stochastic Modelling Of NO x
And Smoke Production In Gas Turbine
Combustors,” I.M. Aksit; J.B. Moss. ASME 96-GT-186.
“Dry Low NO x
Combustion Systems For GE Heavy-Duty Gas Turbines,”
L. Berkeley Davis. ASME 96-GT-027.
“An Advanced Development Of A Second-Generation Dry, Low-NO x
Combustor For 1.5MW Gas Turbine,” Shin-ichi Kajita; Shin-ichi
Ohga; Masahiro Ogata; Satoru Iraka; Jun-ichi Kitajima; Takeshi
Kimura; Atsushi Okuto. ASME 96-GT-049.
“Sensor Based Analyzer For Continuous Emissions Monitoring In Gas
Pipeline Applications,” Paul F. Schubert; David R. Sheridan; Michael
D. Cooper; Andrew J. Banchieri. ASME 96-GT-481.
“Dry Low Nox Combustion Systems Development And Operating Experience,”
Torsten Strand. ASME 96-GT-274.
PERFORMANCE
“Simulation Of An Advanced Twin-Spool Industrial Gas Turbine,” P.
Zhu; H.I.H. Saravanamuttoo. ASME 91-GT-034.