UMMUMM

Mechanical Engineering for Society and IndustryMechanical Engineering for Society and Industry

Waste Motor Oil (WMO) is a hazardous waste material with the potential to contaminate water, soil, and the atmosphere. The management and engineering of WMO have become imperative in modern society for both resource utilization and environmental protection. Maximizing the energy content of WMO poses a significant challenge for researchers, to solve environmentally friendly solutions. Direct combustion of WMO often results in incomplete combustion and elevated CO emissions. Therefore, this research aims to optimize the harnessing of WMOs energy potential through a furnace equipped with steam injection. The steam is generated by utilizing the heat energy produced during the WMO heating process. Our study demonstrates that steam injection in the WMO furnace is an effective method for maximizing energy content while simultaneously reducing CO emissions.

This research focused on obtaining energy from Waste Motor Oil (WMO) using steam reforming, demonstrating a considerable improvement in the combustion process.This method offers a cleaner and more efficient approach compared to conventional combustion, effectively transforming hazardous carbon monoxide (CO) emissions into hydrogen and carbon dioxide.Implementing this innovative technology holds the promise of cleaner energy solutions and better environmental outcomes.

Future research should investigate the scalability and practical applications of this steam reforming technology for WMO, refining process parameters to maximize efficiency and emissions reduction. Expanding on the current study, further investigation is needed to explore the optimal design and materials for the steam reservoir, aiming to achieve a consistently stable steam injection rate and enhance the CO-to-hydrogen conversion process. Additionally, a comprehensive economic analysis should be conducted to assess the feasibility of implementing this technology on a larger scale, considering factors such as WMO sourcing, equipment costs, and potential revenue from energy production, ultimately paving the way for a sustainable and economically viable waste-to-energy solution. These investigations will contribute to a more sustainable energy landscape and address the challenges associated with hazardous waste management.

  1. Optimizing energy harvesting from waste motor oil through steam reforming: A path to efficient combustion... doi.org/10.31603/mesi.10362Optimizing energy harvesting from waste motor oil through steam reforming A path to efficient combustion doi 10 31603 mesi 10362
  1. #waste motor oil#waste motor oil
  2. #energy harvesting#energy harvesting
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