Development of a Low Emission Combustor for a 100kW Automotive Ceramic Gas Turbine: I
Masafumi Sasaki, Hirotaka Kumakura, Daishi Suzuki, Katsuhiko Sugiyama, Youichirou Ohkubo
Abstract
Masafumi Sasaki, Hirotaka Kumakura, Daishi Suzuki, Katsuhiko Sugiyama, Youichirou Ohkubo
Abstract
A low emission combustor for a 100kW ceramic gas turbine, which is intended to meet Japanese emission standards for gasoline passenger cars, has been designed and subjected to initial performance tests. A prevaporization-premixing combustion system was chosen as the most suitable system for the combustor. The detailed combustor design, including the use of ceramic components and fuel injectors, was pursued taking into account the allowable engine dimensions for vehicle installation. In the initial performance tests conducted at a combustor inlet temperature of 773K, a low NOx level was obtained that satisfied the steady state target at this temperature level.
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A low emission combustor for a 100kW ceramic gas turbine, which is intended to meet Japanese emission standards for gasoline passenger cars, has been designed and subjected to initial performance tests. A prevaporization-premixing combustion system was chosen as the most suitable system for the combustor. The detailed combustor design, including the use of ceramic components and fuel injectors, was pursued taking into account the allowable engine dimensions for vehicle installation. In the initial performance tests conducted at a combustor inlet temperature of 773K, a low NOx level was obtained that satisfied the steady state target at this temperature level.
Key concepts: Combustor, Automotive engineering, Gas turbines, Combustion, Gasoline, NOx, Fuel injection, Ceramic