Published Paper Details:

In this investigation, the significance of biodiesel as a renewable and eco-conscious fuel derived from organic sources such as waste cooking oil. This alternative fuel addresses crucial challenges in both energy production and waste management, offering a sustainable solution that aligns with environmental principles. By repurposing waste cooking oil, promote sustainable practices and enhance resource efficiency.The present work centers on the production of biodiesel through the transesterification process, showcasing its potential as a feasible replacement for traditional diesel on a broader scale. The investigation primarily focuses on assessing biodiesel's. Additionally,The meticulously analyze Combustion of cylinder pressure,rate of pressure rise, mean gas temperature,net heat rate of B20, B20+10% methanol,B20+NPs 50 ppm +TWEEN 80 50 ppm,B20+NPs 50 ppm+ TWEEN 80 50 ppm+10% methanol.substantiate the environmental advantages of biodiesel over conventional diesel. Through this examination,The aim is to provide valuable insights into the viability and sustainability of biodiesel sourced from waste cooking oil.