FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3202976802> ?p ?o ?g. }

• W3202976802 endingPage "122063" @default.
• W3202976802 startingPage "122063" @default.
• W3202976802 abstract "The rapid burning of fossil fuels and their noxious impact on the environment impelled researchers to explore the alternative fuels. In recent time, biodiesel gained much attention due to its potential ability to mitigate the harmful pollutants emitted from internal combustion (IC) engines. However, elevated NOx emission from biodiesel fueled engine remains a key challenge in the large scale adoption of biodiesel. To address these challenges, a study was aimed on the production of a second generation biodiesel, its characterization and application of biodiesel-diesel blend in diesel engine using water and CeO2 nanoparticles. A total of four test fuels viz. CeO2 nanoparticles doped water-B20 emulsion fuel (NWB20E), water-B20 emulsion fuel (WB20E), biodiesel-diesel blend (B20) and diesel were used in the present study. These test fuels were checked for physico-chemical properties as per ASTM Standards prior to engine application. Thereafter, these were used in a 10 kW diesel engine to assess its working characteristics under variable loading cycle. Adding CeO2 nanoparticles with WB20E improved in-cylinder peak pressure, while reduced peak pressure rise rate as compared to diesel. Water and surfactants used in WB20E caused faster fuel burning under premixed and controlled burning phases, which further improved with NWB20E, shortening the total fuel burning time as compared to diesel. The brake thermal efficiency of engine improved while brake specific energy consumption reduced for NWB20E over diesel. The fuel energy losses with exhaust gases and unaccounted energy were lesser for water emulsified fuels than diesel. The secondary atomization of water droplets and catalytic activity of nanoparticles in NWB20 caused 19.4–55.6%, 6.5–52.8% and 23.2–41.5% lesser HC, CO and NOx emissions, respectively, over diesel. In summary, biodiesel-diesel blend dispersed with water and CeO2 nanoparticles could be a promising alternative fuel for diesel engine with lower emissions." @default.
• W3202976802 created "2021-10-11" @default.
• W3202976802 creator A5001542147 @default.
• W3202976802 creator A5005095503 @default.
• W3202976802 date "2022-01-01" @default.
• W3202976802 modified "2023-10-14" @default.
• W3202976802 title "Production, characterization and utilization of second generation biodiesel blend in diesel engine using water and nanoparticles as additives" @default.
• W3202976802 cites W1530263914 @default.
• W3202976802 cites W1777082668 @default.
• W3202976802 cites W1831977115 @default.
• W3202976802 cites W1967924489 @default.
• W3202976802 cites W1972629081 @default.
• W3202976802 cites W1979158989 @default.
• W3202976802 cites W1985765924 @default.
• W3202976802 cites W1987272226 @default.
• W3202976802 cites W1988116386 @default.
• W3202976802 cites W1990072274 @default.
• W3202976802 cites W1991786426 @default.
• W3202976802 cites W2007198788 @default.
• W3202976802 cites W2009694865 @default.
• W3202976802 cites W2018497666 @default.
• W3202976802 cites W2019479027 @default.
• W3202976802 cites W2020826354 @default.
• W3202976802 cites W2035207448 @default.
• W3202976802 cites W2043758994 @default.
• W3202976802 cites W2049299980 @default.
• W3202976802 cites W2053427228 @default.
• W3202976802 cites W2053913267 @default.
• W3202976802 cites W2070404930 @default.
• W3202976802 cites W2072318027 @default.
• W3202976802 cites W2080069231 @default.
• W3202976802 cites W2086299383 @default.
• W3202976802 cites W2095823950 @default.
• W3202976802 cites W2106163511 @default.
• W3202976802 cites W2130463275 @default.
• W3202976802 cites W2133483833 @default.
• W3202976802 cites W2207292270 @default.
• W3202976802 cites W2272550806 @default.
• W3202976802 cites W2290545128 @default.
• W3202976802 cites W2292696863 @default.
• W3202976802 cites W2321544194 @default.
• W3202976802 cites W2421586374 @default.
• W3202976802 cites W2538318132 @default.
• W3202976802 cites W2557177933 @default.
• W3202976802 cites W2566792969 @default.
• W3202976802 cites W2569822766 @default.
• W3202976802 cites W2622319554 @default.
• W3202976802 cites W2730931988 @default.
• W3202976802 cites W2736031763 @default.
• W3202976802 cites W2760902966 @default.
• W3202976802 cites W2766623530 @default.
• W3202976802 cites W2827487852 @default.
• W3202976802 cites W2884115855 @default.
• W3202976802 cites W2896543034 @default.
• W3202976802 cites W2900124279 @default.
• W3202976802 cites W2902153713 @default.
• W3202976802 cites W2916760211 @default.
• W3202976802 cites W2943971108 @default.
• W3202976802 cites W2945296299 @default.
• W3202976802 cites W2951336760 @default.
• W3202976802 cites W2955532525 @default.
• W3202976802 cites W2958171107 @default.
• W3202976802 cites W2963120653 @default.
• W3202976802 cites W2963178283 @default.
• W3202976802 cites W2965499576 @default.
• W3202976802 cites W2969432363 @default.
• W3202976802 cites W2980969340 @default.
• W3202976802 cites W2987568643 @default.
• W3202976802 cites W3001489924 @default.
• W3202976802 cites W3004568898 @default.
• W3202976802 cites W3043167356 @default.
• W3202976802 cites W3046320899 @default.
• W3202976802 cites W3090831605 @default.
• W3202976802 cites W3112837876 @default.
• W3202976802 cites W3136033096 @default.
• W3202976802 cites W3153764455 @default.
• W3202976802 cites W3154882433 @default.
• W3202976802 cites W3154957387 @default.
• W3202976802 cites W4230064870 @default.
• W3202976802 cites W4239998140 @default.
• W3202976802 cites W4247374902 @default.
• W3202976802 cites W82174795 @default.
• W3202976802 doi "https://doi.org/10.1016/j.fuel.2021.122063" @default.
• W3202976802 hasPublicationYear "2022" @default.
• W3202976802 type Work @default.
• W3202976802 sameAs 3202976802 @default.
• W3202976802 citedByCount "23" @default.
• W3202976802 countsByYear W32029768022022 @default.
• W3202976802 countsByYear W32029768022023 @default.
• W3202976802 crossrefType "journal-article" @default.
• W3202976802 hasAuthorship W3202976802A5001542147 @default.
• W3202976802 hasAuthorship W3202976802A5005095503 @default.
• W3202976802 hasConcept C105923489 @default.
• W3202976802 hasConcept C106169591 @default.
• W3202976802 hasConcept C127413603 @default.
• W3202976802 hasConcept C138171918 @default.
• W3202976802 hasConcept C161790260 @default.
• W3202976802 hasConcept C171146098 @default.

• next