"Fuel Efficiency Improvement by Using Acetylene Powered Engine" explores the potential of acetylene as an alternative fuel to enhance engine efficiency and reduce emissions. Acetylene, produced from calcium carbide and water, offers cleaner combustion with lower carbon emissions. The book discusses engine modifications, safety measures, and dual-fuel strategies to optimize performance. Experimental results show improved fuel efficiency and extended runtime compared to petrol. While infrastructure and safety challenges exist, research into direct injection and HCCI techniques aims to overcome them. With continued development, acetylene could become a viable, sustainable alternative to fossil fuels, reducing environmental impact and fuel dependency.
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Mr. C. Anand, Assistant Professor at Agni College of Technology, has 8 years of teaching and 2 years of industry experience. He holds an M.E. in Aerospace Engineering from Anna University and specializes in composite materials, spacecraft maintenance, structures, and propulsion. His research focuses on material characterization and metallurgy.
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