International Journal of Materials Science

P-ISSN: 2707-8221, E-ISSN: 2707-823X
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2023, Vol. 4, Issue 1, Part A

The effect on performances of B20 biodiesel blend with ZnO nanoparticle


Author(s): Nikhil Verma, Naman Tripathi, Pallavi Kumari, Rohit Singh and Dr. TP Singh

Abstract: The Use of fossil fuel gives world a large opportunity to use the energy in various fields and helped many countries to develop. But today world is facing bigger challenges as Greenhouse gases emission which is causing the world new problems such as Ozone reduction in atmosphere and climate change. Hence to reduce the dependence on Fossil fuel is the biggest solution right now and as a replacement of fuel energy of diesel the use of biodiesel is now a great option. It is not only renewable, made from relatively cheap materials and waste materials and also biodegradable which make it lower toxic to environment and economically viable. Since biodiesel is a good example of replacement of conventional diesel it has some challenges as poor engine efficiency when it is used in the engines. But by adding additives, efficiency of biodiesel can be improved. Since there are many element and there components can be used as a additives here in this research study ZnO nanoparticle used as a additive which is blended with biodiesel and various techniques for making ZnO nanoparticles, Its bending with biodiesel and physiochemical feature. Further the combustion behavior, emission and performance characteristics of the blended Bio fuel.

Pages: 43-47 | Views: 205 | Downloads: 85

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How to cite this article:
Nikhil Verma, Naman Tripathi, Pallavi Kumari, Rohit Singh, Dr. TP Singh. The effect on performances of B20 biodiesel blend with ZnO nanoparticle. Int J Mater Sci 2023;4(1):43-47.
International Journal of Materials Science

International Journal of Materials Science

International Journal of Materials Science
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