Next-Gen Thermal Resilient Liners: Redefining Pit Energy Storage Efficiency. This project aims to investigate the intricate thermo-hydro-mechanical interactions governing the performance of pit therma

Description

Next-Gen Thermal Resilient Liners: Redefining Pit Energy Storage Efficiency. This project aims to investigate the intricate thermo-hydro-mechanical interactions governing the performance of pit thermal energy storage geosynthetic lining systems, critical for overcoming renewable energy intermittency. Leveraging innovative multi-scale approaches, the project will generate novel insights to advance predictive models for enhancing the liner systems' thermal efficiency and longevity. The expected outcomes include creating resilient design strategies and transformative energy storage solutions that support carbon neutrality. This project will position Australia as a global leader in thermal storage innovation, safeguarding our environment, strengthening the economy and securing the region’s sustainable energy future.. Scheme: Discovery Projects. Field: 4005 - Civil Engineering. Lead: Prof Abdelmalek Bouazza