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• W4362471985 endingPage "24073" @default.
• W4362471985 startingPage "24054" @default.
• W4362471985 abstract "This article investigates the effect of hydrogen induction on the characteristics of a CI engine fueled with the blend of camphor oil and diesel, along with diethyl ether (DEE) as an additive. The fuel sample was prepared by mixing 70% camphor oil with 30% diesel (C7D3) on a volume basis and then tested with 4 LPM (C7D3H4), 6 LPM (C7D3H6), and 8 LPM (C7D3H8) of hydrogen induction on the engine intake manifold. DEE was mixed at 10% and 20% with 90% and 80% of C7D3 on a volume basis and evaluated with 8 LPM of hydrogen induction; the resulting mixtures were designated as C7D3H8E10 and C7D3H8E20. The maximum thermal efficiency for C7D3H8E10 is 32.97%, with a minimum BSEC of 10.91 MJ/kgh, CO of 5.22 g/kWh, HC of 0.206 g/kWh, and smoke opacity of 39.6%. Hydrogen induction and increasing the quantity of hydrogen from 4 lpm to 8 lpm in the manifold increases the thermal efficiency to 32.63%. Further, it reduces the BSEC to 11.03 MJ/kgh, CO of 5.65 g/kWh, HC of 0.222 g/kW, and smoke opacity of 46.3%. NOx emissions were found to increase while increasing the hydrogen induction and with a 10% DEE addition to the C7D3 fuel. Further, raising the DEE from a 10%–20% ratio reduces the thermal efficiency and increases the BSEC, CO, HC, and smoke emissions. Overall, C7D3 in CI engines with 10% more DEE and hydrogen induction up to 8 LPM may be used efficiently." @default.
• W4362471985 created "2023-04-05" @default.
• W4362471985 creator A5003760285 @default.
• W4362471985 creator A5046117789 @default.
• W4362471985 date "2023-07-01" @default.
• W4362471985 modified "2023-10-16" @default.
• W4362471985 title "The Influence of Hydrogen Induction on The Characteristics of a CI Engine Fueled with Blend of Camphor Oil and Diesel with Diethyl Ether Additive" @default.
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• W4362471985 doi "https://doi.org/10.1016/j.ijhydene.2023.03.188" @default.
• W4362471985 hasPublicationYear "2023" @default.
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