Track 1: Hydrogen, Solar and Thermal Energy
The track explores the potential of hydrogen as a clean energy source, delving into its production, storage, and applications in various sectors, such as transportation and power generation, In addition, this track covers on the solar technology highlighting its role in reducing environmental impacts. as well as contributes to advancing clean energy solutions for energy-efficient future.
Track 2: Biomass and Biofuel
This track covers biomass and biofuel related disciplines such as conversions, technologies and applications but also not restricted to biofuel and bioenergy in the world renewable energy transition.
Track 3: Carbon Capture and Utilisation
Carbon capture and utilisation represents an innovative approach to mitigating climate change by transforming cO2 emissions into useful materials and reducing the overall carbon footprint of industries and energy production. Key topics includes CO2 Capture Technologies, CO2 Utilization Pathways. Utilization Products. Storage and Transportation and Environmental Impact and Sustainability.
Track 4: Green Processes and Materials
This track is dedicated to the exploration of environmentally sustainable practices and materials across a wide range of research fields, with a particular emphasis on carbon capture and utilization. Key topics covered in this track encompass catalyst synthesis. material fabrication. renewable energy and r6source management, waste reduction and recycling. sustainable supply chains and the circular economy, among others.
Track 5: Carbon Offsets and Accounting
Carbon accounting involves gathering data on greenhouse gas/ carbon emissions from various sources. such as energy consumption. transportation and manufacturing processes, providing a clear picture of an entity's carbon footprint which can be balanced out by investing in initiatives that mitigate the environmental impact of greenhouse gas/ carbon emissions or also known as carbon offset.
