Journal of Climatology & Weather Forecasting

ISSN - 2332-2594


The Necessity for a Systematic Approach to Biodiesel Exhaust Health Impacts Study

Whitney Jones

Biodiesel is a generic word for a fuel created by transesterifying triglycerides with an alcohol from nearly any plant or animal oil (and usually a catalyst). Biodiesel has gotten a lot of press in recent years because it's a renewable resource that can immediately replace mineral diesel in many engines. Furthermore, on environmental reasons, some governments have imposed a minimum biodiesel component in all diesel fuel sold. Biodiesel creates exhaust fumes that contain particulate matter, adsorbed compounds, and a variety of gases when burned. Biodiesel exhaust contains lower absolute levels of these contaminants than mineral diesel emissions, leading to hypothesis that biodiesel exhaust is less damaging to human health. Furthermore, engine performance tests reveal that the amounts of these pollutants fluctuate greatly depending on the renewable oil used to generate biodiesel and the biodiesel-to-mineral diesel ratio in the fuel mix. Given the strategic and regulatory push in many nations to use biodiesel, it's possible that some biodiesels will emit exhaust emissions that are more detrimental to health than others. This wide variety of results shows that a comprehensive, systematic, and comparative method to analysing the health effects of various biodiesel exhausts is now needed. This type of analysis could help to guide biodiesel production priorities, promote research and development into new exhaust treatment technologies, and, in the end, reduce the health risks associated with biodiesel exhaust exposure. As access to fossil fuel resources becomes increasingly difficult and expensive, the search for acceptable renewable alternatives has grown more urgent. Biodiesel is the most widely used mineral diesel substitute. Biodiesel is a catch-all phrase for any fuel that can be generated from plants.