The Proceedings of the National Symposium on Power and Energy Systems
Online ISSN : 2424-2950
2013.18
Session ID : C101
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C101 Inlet Air Cooling Systems for Gas Turbine
Tatsuro UCHIDAFumio OOTOMOHidenori FUKUTAKEMasao ITOHHiromasa KanomeKenichi Okuno
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Abstract
This paper describes a gas turbine inlet air cooling system using high pressure spray nozzle Scale model inlet duct is manufactured within water spray of inlet fogging system, and many testing was conducted on the condition of same level of actual velocity with inlet duct at site As testing results, droplet size finally reduce to SMD 80 um at 1st blade leading edge Next, water spray adjusting actual attack to blade is provided to test piece of same material with actual compressor blade, and weigh is measured at every constant time period for getting averaged erosion depth As a result, it is concluded that erosion at leading edge of 1st compressor blade is predicted to be approx 1.2mm at maximum per 10 years less than acceptable limit of depth, and it may have no need for maintenance of blade replacement and so on in 10 years
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© 2013 The Japan Society of Mechanical Engineers
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