A review of global current scenario of biodiesel adoption and combustion in vehicular diesel engines

Обзор современного глобального состояния внедрения биодизельного топлива и его сгорания в автомобильных дизельных двигателях
Oyetola Ogunkunle, Noor A. Ahmed
2019-11-01

biodiesel adoptiondiesel engine combustionemission reductionrenewable fuelvehicular engines
Delving into the current chronicles of research findings, explorations of biodiesel production and utilization in diesel engines have been at the forefront of sustainable and creative energy discovery. Far beyond the problems of energy crises, renewable biodiesel offers unlimited solutions to the associated issues of depleting reserves and harmful emissions with fossil fuels. In overcoming the increasing energy demand owing to the growing worldwide population, the emergence of biodiesel and its global adoption in the transportation sector has brought along a reliable fuel supply that can be used in diesel engines without any modification. This study explores the comprehensive utilization of biodiesel as engine fuel and shows the prevalent global current adoption in automobiles engines. The production rates are documented globally and promoting policies that are being mandated in many countries of the world are discussed as well. The improved state of things in achieving effective power conversion from biodiesel combustion with minimal emission impact on the environment has been documented. Worldwide technological adoption has been captured according to production rate, usage and legislation favouring the economic feasibility of diesel engines that are suitable for biodiesel with little or no modification. With the progress made so far by many researchers to establish biodiesel as a viable engine fuel, coupled with the ability to eradicate environmental issues like global warming and sustainability, it is evident that biodiesel is designed to make a future energy investment and significant addition to the domestic and industrial automobile economy.
1
Biodiesel can be used in diesel engines with little or no engine modification, supporting adoption in the transportation sector.
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Biodiesel is presented as a renewable alternative that can reduce dependence on depleting fossil-fuel reserves and harmful emissions.
3
Government legislation and production growth are identified as important factors supporting the economic feasibility and future expansion of biodiesel-powered diesel engines.
4
Research indicates progress toward effective power conversion from biodiesel combustion while minimizing environmental emission impacts.
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The review documents global biodiesel production, utilization, technological adoption, and policies promoting its use in automobile engines.

Biodiesel as a fuel in vehicular diesel engines and its global adoption in the transportation sector

Biodiesel production, combustion performance, emissions, adoption rates, and policy-supported economic feasibility in diesel engines

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2019-11-01
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Oyetola Ogunkunle
Noor A. Ahmed
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