Catalysis for Clean Mobility: Advanced Sustainable Automotive Solutions

Event Orientation

The Automotive Club of MBU organized a seminar on “Catalysis for Clean Mobility” on 24 February 2026 at the MT Lab. The seminar aimed to create awareness about vehicular emissions and their harmful impacts. It focused on catalysis principles in emission control systems and advanced technologies. The programme highlighted sustainable mobility solutions aligned with BS-VI and global emission norms.

Learning Through Interaction

Dr. Gowthami Duttaluru, Assistant Professor, Department of ME coordinated the seminar. Student coordinator Mr. Lokesh from VI Semester assisted in organizing the event. A total of 37 B.Tech Mechanical Engineering students participated actively. The resource person explained catalytic converters, three-way catalysts, and SCR systems. Students learned about pollutant formation mechanisms and catalytic material advancements. The session emphasized emission control strategies and compliance with modern regulations. It encouraged students to explore research opportunities in clean automotive engineering. The seminar created awareness of industry challenges and future opportunities in sustainable mobility.

Reflections and Observations

Participants gained clarity on catalytic converters and advanced after-treatment systems. They understood pollutant reduction mechanisms and BS-VI emission regulations. Students appreciated the practical insights into real-time automotive applications. Feedback highlighted the relevance of the seminar to current environmental challenges. Participants valued the clear explanations of emission control technologies. They expressed interest in pursuing research and higher studies in green mobility. Faculty members observed enthusiastic participation and meaningful interaction. The organizers expressed gratitude to the resource person, faculty, and students. The seminar successfully achieved its objectives of enhancing technical knowledge. It motivated students to engage in sustainable automotive research and innovation. The event created a positive academic impact by promoting clean mobility solutions.