STUDY ON CATALYST AND OXYGEN SENSOR EFFICIENCY IN MINIMIZING AUTOMOBILE EXHAUST EMISSIONS

Abstract

This study investigates the impact of catalyst systems on the performance of fuel injection engines and oxygen sensors, focusing on their roles in improving engine efficiency and emission control. By examining key parameters such as catalyst composition, placement, and condition, the research provides a comprehensive evaluation of how these factors influence fuel injection dynamics and the accuracy of oxygen sensors. The findings reveal critical relationships between catalyst configurations and engine operational performance, highlighting opportunities to optimize catalyst design for better fuel efficiency and precise emission monitoring. This work contributes to advancing automotive emission control technologies by offering practical insights for enhancing catalyst systems in fuel-injected engines