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ISSN 2063-5346
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STUDY ON DI-CI ENGINE CHARACTERISTICS FUELED WITH CITRUS MEDICA BIODIESEL DOPED WITH GREEN SILVER NANOPARTICLE

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M.Moorthi , 2 G.Paramesh , 2 G.Saravanan, 2 M.Vivekanandhan
» doi: 10.31838/ecb/2023.12.s1-B.285

Abstract

Research in the subject of engines, as well as adjacent fields, has focused heavily on how to increase combustion efficiency while decreasing hazardous emissions. Nano-additives to diesel-biodiesel fuel blends have shown promising outcomes, according to the research. Evidence from several studies on nanoparticles, both new and old, has revealed that nanoadditives are crucial for enhancing the effectiveness of internal combustion engines and decreasing emissions of dangerous compounds. This research review compiles the most recent results on the possible advantages of nanomaterials as enhancers for diesel-biodiesel fuel mixes. The study's goal is to learn whether Citrus Medica biodiesel blends including silver nanoparticles made using environmentally friendly processes impact the efficiency of a DI-CI spontaneously aspirated motor. Green produced silver nanoparticles are employed as a Nano addition, with Citrus Medica biodiesel serving as the base fuel. The outstanding qualities of nanoparticles are first explained at length, and the techniques for manufacturing them are then summarized and debated. Second, we look at how different nanoparticles employed in dieselbiodiesel blends affect combustion effectiveness and dangerous substance emissions by analyzing their impacts on thermal efficiency, specific fuel consumption, carbon monoxide, nitrous oxide, and other gases. After everything is said and done, we talk about how nanoadditives affect ICEs, the environment, and people's health. This paper's study has the potential to significantly advance the field of fuel applications including nanomaterials. As a result of our findings, scientists have a better foundation on which to make informed decisions on which nano-additives will best help internal combustion engines achieve clean combustion and minimal pollution.

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