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• W3024246860 endingPage "118053" @default.
• W3024246860 startingPage "118053" @default.
• W3024246860 abstract "Hydrogen assisted n-butane catalytic ignition on platinum in micro-combustion reactor are experimentally investigated over a wide equivalence ratio (0.4–1.5) of n-butane/air. In order to obtain the catalytic ignition temperature of n-butane, the temperature and concentration of the gas after catalytic reaction zone are measured by thermocouples and GC (gas chromatograph). Two ways when the ignition could not be achieved at room temperature 300 K, external heating and hydrogen addition are adopted to promote n-butane ignition. Results show that there are not only thermal effect of hydrogen, but also chemical effect which depends on the amount of hydrogen addition. There is a critical amount of hydrogen addition that below which is thermal effect and above which is chemical effect. The critical amount of hydrogen addition is 3.1% when the equivalence ratio of n-butane/air is 0.8 while 1.7% when the equivalence ratio is 0.4. The catalytic ignition temperature of chemical effect is much lower than that of thermal effect. Also the chemical effect would be achieved, as long as the amount of hydrogen addition has reached the transition amount. The results reveal that few hydrogen additions can realize catalytic ignition from room temperature without any ignition apparatus." @default.
• W3024246860 created "2020-05-21" @default.
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• W3024246860 date "2020-09-01" @default.
• W3024246860 modified "2023-09-27" @default.
• W3024246860 title "Transition between thermal and chemical effect of hydrogen assisted n-butane fuel catalytic ignition over Pt catalyst" @default.
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• W3024246860 doi "https://doi.org/10.1016/j.fuel.2020.118053" @default.
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