Investigation of moringa oleforia biodiesel doped with 1- Hexanol + Al 2 O 3 catalyst in single cylinder compression ignition engine DOI
K. Sunil Kumar

International Journal of Ambient Energy, Journal Year: 2025, Volume and Issue: 46(1)

Published: Feb. 14, 2025

This experimental investigation focused on testing the single-cylinder diesel engine followed by 90D7MO3H + 25 ppm Al2O3, 80D14MO6H 50 70D21MO9H 75 100 MO and 100D. The 1-Hexanol acts as an ignition improver, Al2O3 is a novel catalyst for boosting performance, improving combustion rates, reducing emission formations. blend achieved BTE of 33.2%, which 10.67% higher than Diesel. BSFC 0.23 kg/kWh 30.43% less Diesel, Max HRR reached 85 KJ/CA degree 83 KJ/CA, peak pressures 70 bar Al2O3. HC emissions are low 58 ppm, Which 27.9% lower Diesel.70D21MO9H possesses very CO CO2 with marginal difference 28.57% 17.4% NOX 1760ppm, 14.78%

Language: Английский

Investigation of moringa oleforia biodiesel doped with 1- Hexanol + Al 2 O 3 catalyst in single cylinder compression ignition engine DOI
K. Sunil Kumar

International Journal of Ambient Energy, Journal Year: 2025, Volume and Issue: 46(1)

Published: Feb. 14, 2025

This experimental investigation focused on testing the single-cylinder diesel engine followed by 90D7MO3H + 25 ppm Al2O3, 80D14MO6H 50 70D21MO9H 75 100 MO and 100D. The 1-Hexanol acts as an ignition improver, Al2O3 is a novel catalyst for boosting performance, improving combustion rates, reducing emission formations. blend achieved BTE of 33.2%, which 10.67% higher than Diesel. BSFC 0.23 kg/kWh 30.43% less Diesel, Max HRR reached 85 KJ/CA degree 83 KJ/CA, peak pressures 70 bar Al2O3. HC emissions are low 58 ppm, Which 27.9% lower Diesel.70D21MO9H possesses very CO CO2 with marginal difference 28.57% 17.4% NOX 1760ppm, 14.78%

Language: Английский

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