This track focuses on the latest innovations in carbon capture technologies, emphasizing their physical principles and engineering applications. Participants will explore novel materials and methods that enhance the efficiency of carbon sequestration processes.

This session delves into the fundamental physical processes that govern carbon sequestration in various environments. Researchers will present their findings on the interactions between carbon dioxide and geological formations, as well as the implications for long-term storage.

This track examines the integration of carbon capture technologies within sustainable energy systems. Discussions will center on strategies for optimizing energy efficiency while managing carbon emissions across various sectors.

Focusing on the role of material science in carbon utilization, this session will highlight breakthroughs in developing materials that facilitate the conversion of captured carbon into valuable products. Presentations will cover both theoretical and experimental approaches.

This track addresses the role of environmental physics in understanding and mitigating climate change impacts. Participants will discuss the physical principles underlying climate systems and the effectiveness of carbon capture in reducing greenhouse gas concentrations.

This session focuses on the intersection of eco-technology and engineering in developing sustainable solutions for carbon capture and utilization. Attendees will explore innovative engineering practices that promote environmental sustainability.