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Offshore drilling is a crucial component of global energy production, but it poses significant environmental challenges, particularly in managing drilling fluids. This paper presents a conceptual approach to advanced fluid recovery and recycling systems, focusing on the integration of innovative filtration and separation technologies to reduce waste and enhance sustainability. The review explores current challenges in traditional drilling fluid management, highlighting waste disposal's environmental and operational drawbacks. A detailed conceptual framework is provided, outlining the design principles of the proposed system and its potential to increase fluid recovery rates while minimizing environmental impact. The paper also examines the sustainability and economic benefits of fluid recycling, including cost savings and long-term contributions to more responsible drilling practices. Finally, the future outlook discusses advancements in recovery technologies, integration with broader sustainability initiatives, and the policy and regulatory considerations necessary for widespread adoption. This review underscores the importance of fluid recovery systems in driving sustainable offshore drilling and aligning the industry with global environmental goals. Keywords: Offshore Drilling, Fluid Recovery, Waste Management, Sustainability, Advanced Filtration, Environmental Impact.
Omomo et al. (Sat,) studied this question.
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