Experimental Investigation of Diesel Engine Behaviour in Dual Fuel Mode Operation

Mechanical

Dual fuel mode operation in diesel engines has gained significant attention due to its potential to enhance efficiency and reduce emissions. This paper explores various predictive models and methodologies used to estimate the performance parameters of diesel engines operating in dual fuel mode. It reviews the underlying principles, challenges, and advancements in predictive techniques, emphasizing their applicability in optimizing engine performance and meeting regulatory standards. When acetylene is used with Karanja biodiesel, the overall combustion process becomes more efficient. The combined effect of acetylene’s clean burning and the biodiesel’s inherent properties can lead to a notable reduction in smoke emissions. The presence of acetylene enhances the combustion efficiency, leading to lower particulate emissions and clearer exhaust.

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