Waste Lubrication Oil Gas Stove
Mr. Sachin Undalkar, Mr. Shubham Waghmare, Mr. Priyesh Thombare, Mr. Darshan Shingare &
Prof. Nilesh V. Dhumal
Department of Mechanical Engineering SRTTC Pune
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ABSTRACT - The project focuses on the design and development of a Waste Lubrication Oil Burner, which utilizes waste engine oil as a fuel source for a stove, offering a sustainable and economical alternative to traditional wood-burning stoves. The burner system operates by supplying excess air through a small 12V blower, ensuring complete combustion of the waste oil. This method reduces smoke emissions and harmful pollutants, providing significant health benefits to users compared to conventional wood-burning stoves.
The proposed burner is particularly beneficial for low-income communities, where the cost of fuel is a burden. Waste engine oil, which is often discarded and poses environmental hazards, can be repurposed as a nearly free fuel source, adding value to an otherwise harmful waste product. The system is designed to be compact, transportable, and cost-effective, making it accessible to a wide range of users. Additionally, the burner is easy to maintain, with a simple vessel cleaning process that promotes its longevity and safe use.
Economically, this solution reduces fuel expenses for users while also addressing the issue of waste oil disposal. Environmentally, the burner minimizes deforestation by reducing the dependence on wood and ensures a cleaner burn with zero smoke emissions. Overall, the Waste Lubrication Oil Burner represents a promising innovation for sustainable energy, offering practical benefits to the economy, the environment, and the health of its users.
KEY WORDS: Centrifugal fan, Nozzle, Coupling, Adaptor, Mild steel, Shaft-MS, Spray can, Blower, Blower mountings
