Transforming CO2 Utilization into Sustainable Resource Recovery Solutions. This project introduces a transformative approach to CO2 utilization in sustainable subsurface resource recovery, using CO2 f

Description

Transforming CO2 Utilization into Sustainable Resource Recovery Solutions. This project introduces a transformative approach to CO2 utilization in sustainable subsurface resource recovery, using CO2 foam as a stimulation fluid to convert CO2 from waste into a tool for efficient extraction. This dual-purpose method enhances recovery while sequestering CO2 in deep geological formations, providing a sustainable alternative to water-based stimulation. By optimizing CO2 foam properties for high-pressure environments and analysing fracture networks, this research aims to improve extraction efficiency with minimal environmental impact. Expected outcomes include a realistic, scalable framework that aligns with global carbon neutrality goals and advancing Australia’s leadership in sustainable resource management.. Scheme: Discovery Projects. Field: 4019 - Resources Engineering and Extractive Metallurgy. Lead: Prof Pathegama Ranjith