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FLAME ANALYSIS: UNDERSTANDING THE COMBUSTION OF RENEWABLE FUELS
Abstract
Due to the increase of global concerns over environmental degradation, the search for sustainable energy sources has led to increased utilization of renewable fuels such as biogas and biodiesel. Despite their advantages in terms of sustainability, challenges persist in their efficient utilization. An easy method to approach these challenges is addressing the characteristics of flames produced during these fuels- combustion. This study aims to address these challenges by developing a MATLAB-based flame analysis tool capable of determining flame shape and colour areas. By assessing a diverse dataset of digital images and videos capturing flames from various fuel sources, this tool enables comprehensive comparisons between flames produced by renewable fuels and traditional fuels. Moreover, thermography pictures were also assessed in order to properly define the areas in terms of temperature. A key contribution of this research is the introduction of a novel parameter noted as "shape factor," which quantifies flame morphology and dispersion. Through rigorous analysis, this parameter serves as a valuable metric for assessing flame stability and transition points. Through the study of the diferent features of renewable fuel flames, this study offers valuable insights crucial for optimizing combustion processes and advancing sustainable energy solutions. The proposed methodology not only aids in evaluating the performance of renewable fuels but also facilitates informed decision-making in energy transition initiatives. Ultimately, this research represents a significant step towards mitigating environmental impact and fostering a more sustainable energy landscape.
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