Exploring emerging photo and electrochemical systems for CO2 conversion to fuels and chemicals

CO2 conversion into fuels and chemicals has recently become a key transformative strategy towards achieving carbon neutrality. The aim of this symposium is to gather experts working in this field to stimulate discussion and devise innovative solutions beyond state of the art. This symposium will be an opportunity for the community and newcomers to explore the intricate landscape of catalyst advances, scalable processes and interdisciplinary dimensions that define the central role of CO2 conversion for the electrification of the chemical industry and the development of CCUS technologies.

Scope:

The symposium will offer a comprehensive exploration into the dynamic landscape of CO2 conversion, positioning itself at the intersection of scientific innovation, technological advancement, and sustainable development. Our discussions will commence with an in-depth analysis of the latest breakthroughs in catalyst design, examining how novel materials and structures enhance efficiency and selectivity in CO2 conversion processes. From photo/electrochemical and photocatalytic approaches to biological and chemical methods, the symposium will provide a platform to dissect diverse strategies that transform CO2 into value-added fuels and chemicals.
Moving beyond the laboratory, we will scrutinize the scalability of these processes, addressing engineering challenges, economic viability, and the potential for large-scale deployment. Our focus extends to the integration of renewable energy sources, exploring synergies that amplify the environmental benefits of CO2 conversion. Discussions will also address life cycle assessments and techno-economic analyses, ensuring a holistic understanding of the environmental and economic impacts associated with CO2 utilization technologies.
In essence, the symposium aspires to be a melting pot of ideas, uniting researchers, engineers, policymakers, and industry leaders in a collaborative effort to chart the course for a sustainable future. Through these multifaceted discussions, we aim to catalyze transformative change, propelling CO2 conversion into a cornerstone of our global strategy to combat climate change and secure a resilient energy future.

Hot topics to be covered by the symposium:

Key symposium themes include:

• Exploring novel materials and structures to enhance efficiency in CO2
• Advanced Catalyst Characterization, including operando measurements
• Advanced Catalyst Design via Simulations
• Membranes and processes for CO2RR Scalability and Engineering Challenges: Analyzing the potential for large-scale deployment and addressing technical obstacles.
• Renewable Integration: Investigating the synergy of CO2 conversion with renewable energy sources for enhanced environmental benefits.
• Life Cycle Assessments and Techno-economic Analyses