Liquid hydrocarbon waste is a matter of grave concern when analysing environmental risks, given its inherent toxicity and the potential for contaminating precious water sources. Conventional waste management methods like containment ponds and physical separation strategies fall short in their capability to adequately address the treatment and disposal needs associated with such hazardous waste materials. It is against this backdrop that a novel waste management approach emerges; custom-tailored to cater specifically to the intricate nature of liquid hydrocarbon waste. The crux of this innovative technique lies in the strategic amalgamation of cutting-edge advanced oxidation processes (AOPs) and membrane separation technology, directing its focus towards the dual goals of efficient treatment and the concurrent recovery of valuable hydrocarbons from the polluted waste stream. By harnessing the potential of these advanced technologies in tandem, this method showcases a promising pathway towards more sustainable and effective solutions in the realm of liquid hydrocarbon waste management. The synergy between AOPs and membrane separation technology paves the way for a comprehensive and intuitive process flow that not only addresses the existing gaps but also sets a benchmark for future advancements in the field. It is through such targeted and forward-thinking initiatives that the daunting challenges posed by liquid hydrocarbon waste can be met head-on, promising a more ecologically sound and resource-efficient approach to waste management on a global scale.