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The degradation of fuel over time can lead to the formation of undesirable oligomers, which negatively impact fuel quality and performance. This publication describes the development of a novel process to remove oligomers and suppress their formation in aging fuel. The proposed approach involves adsorbing the precursors responsible for the aging process using adsorbents. Through comprehensive experimental investigations, the effectiveness of different adsorbents was evaluated, and the optimized process conditions were determined. The results demonstrated that the developed process efficiently mitigates the formation of oligomers, thereby enhancing fuel stability and prolonging its useful life. This research has significant implications for the petroleum industry, providing a practical solution for improving fuel quality and reducing operational challenges associated with fuel aging. By mitigating the formation of damaging oligomers and rejuvenating aging fuels, we are poised to reduce maintenance costs, enhance fuel efficiency, and extend the operational life of lubricants in the midst of biofuel usage. Suppressing the formation of harmful byproducts in aging fuels, we are advancing cleaner, more sustainable energy solutions.