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Informative Article | Production | India | Volume 14 Issue 2, February 2025 | Rating: 5.8 / 10
Reducing Energy Footprint and Enhancing Profitability: The Role of EPDM Rubber Scrap in Sustainable Manufacturing
Amaira Anand, Akash Maity, Bhojraj Padhan
Abstract: This study presents an innovative approach to sustainability and profitability in the rubber compounding industry by repurposing waste materials from Ethylene Propylene Diene (EPDM) profiles and weatherstrips. These materials, traditionally considered industrial waste, are integrated up to 30-40% into rubber compounding processes, producing high-quality products like car mats, scooter mats, household mats, and more. One notable application is the use of these waste rubber in children's playgrounds, where it serves as soft flooring, providing safety through its shock-absorbing properties and being non-toxic. This application not only enhances child safety but also contributes to sustainability by reusing waste materials. This methodology also addresses critical challenges such as energy efficiency, waste management, and carbon footprint reduction. By eliminating energy-intensive steps in traditional rubber compounding, energy consumption and emissions are significantly reduced, supporting global sustainability goals. The approach offers substantial economic benefits, with industries realizing a 20-30% increase in profit margins without compromising product quality. This study underscores the potential of circular economy practices to transform waste into valuable resources, fostering both environmental stewardship and financial gains. It provides a compelling case for industries to adopt similar practices, paving the way for a sustainable and economically resilient future, while setting a benchmark for environmental and economic synergy in the rubber industry.
Keywords: EPDM waste utilization, Sustainable rubber compounding, Circular economy, Carbon footprint reduction, Industrial waste management
Edition: Volume 14 Issue 2, February 2025,
Pages: 300 - 306