Human reliance on the environment persists, evolving from direct resource extraction in the Stone Age to complex industrial processes today. The mining industry, a key provider of raw materials, faces increasing pressure to mitigate its environmental impact, particularly concerning lubricant consumption. Lubricants are critical for maintaining machinery efficiency, but their demand contributes to environmental degradation. To address this, decarbonization strategies are essential. This paper investigates the application of electrostatic lube cleaning technology as a pivotal solution for enhancing mining machinery efficiency and promoting sustainability. This innovative technology extends oil lifespan and reliability, reducing oil replacement frequency and new oil purchases. By effectively removing contaminants through electrostatic separation, it surpasses traditional filtration methods, ensuring optimal lubricant performance even in the harsh mining environment. This approach aligns with the principles of the Circular Economy, focusing on oil reclamation and minimizing waste. We explore the benefits of on-site electrostatic lube cleaning, including improved machine reliability, reduced operational costs, and significant environmental impact reduction. Furthermore, this study contextualizes these advancements within the frameworks of cradle-to-gate, cradle-to-grave, and Nano, Micro, and Macro-Circularity, providing a comprehensive understanding of sustainable lubricant management in the mining sector.