THE PROCESS OF REMANUFACTURING BEARINGS TO REDUCE THE USE OF NATURAL RESOURCES

Abstract

The growing demand for sustainable practices in industry has driven the search for alternatives that balance production efficiency, cost reduction, and environmental preservation. In this context, bearing repowering emerges as an effective solution to reduce the consumption of natural resources and lessen the environmental impact associated with manufacturing new components. This qualitative study, based on a comprehensive literature review, explores the potential of this process in promoting industrial sustainability. The findings indicate that repowering bearings can significantly cut carbon dioxide emissions and reduce the demand for raw materials, achieving cost savings of over 70% compared to the production of new parts. Beyond environmental advantages, the process also contributes to improved operational performance, fewer unplanned shutdowns, and supports the adoption of circular economy practices. Thus, bearing repowering stands out as a viable solution for industries seeking innovation, cost-efficiency, and environmental responsibility.