Stephen R. Thomas
General Electric
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Volume 3: Controls, Diagnostics and Instrumentation; Education; Electric Power; Microturbines and Small Turbomachinery; Solar Brayton and Rankine Cycle | 2011
Krishna Kumar Venkataraman; Skigh Elliot Lewis; Jayaprakash Natarajan; Stephen R. Thomas; Joseph Citeno
GE’s DLN2.6 system opened the doors to single digit NOx emissions for F-Class industrial gas turbines. Today more than 500 DLN2.6 systems are installed worldwide. GE has recently advanced the technology of F-Class “Dry Low NOx ” (DLN). The new DLN2.6+ technology achieves low-NOx emissions for 9FA and 9FB turbines. Turndown in NOx and CO compliance for 9FB turbines to 32% load and 9FA turbines to 28% load has been demonstrated in the field. This paper will summarize the development history of DLN2.6 and 2.6+ combustion systems and the operating experience of the DLN2.6+. Field validation performance results of the systems will be shared as well as fuel-flexibility results with the DLN2.6+ system.Copyright
Archive | 2007
Wei Chen; Stephen R. Thomas; Geoffrey David Myers; Vijay Kumar Turaga
Archive | 2007
Wei Chen; Stephen R. Thomas; Geoffrey David Myers; Vijay Kumar Turaga
Archive | 2007
Geoffrey David Myers; Scott Simmons; Stephen R. Thomas
Archive | 2012
Stephen R. Thomas; Priscilla Childers; Vamsi Duraibabu
Archive | 2008
Geoffrey David Myers; Scott Simmons; Stephen R. Thomas; Donald Mark Bailey; David Martin Johnson
Archive | 2010
Stephen R. Thomas; Geoffrey David Myers; Scott Simmons
Archive | 2008
Geoffrey David Myers; Scott Simmons; Stephen R. Thomas; Donald Mark Bailey; David Martin Johnson
Archive | 2010
Scott Simmons; Stephen R. Thomas; スコット・シモンズ; スティーブン・ロバート・トーマス
Archive | 2009
Scott Simmons; Stephen R. Thomas