Last week, the SolDAC team embarked on a pivotal visit to the University of Edinburgh’s School of Engineering, a key partner in our mission to revolutionize carbon capture and conversion technologies. This visit provided an invaluable opportunity to witness firsthand the advancements in our Direct Air Capture (DAC) system and to engage deeply with the researchers propelling this innovation forward.

At the forefront of this endeavor is Dr. Giulio Santori, Senior Lecturer at the School of Engineering, who leads the development of the DAC unit. Alongside him, PhD student Isabella Cavalcante Quaranta presented the latest breakthroughs in DAC technology, offering insights into the system’s design and performance.

The DAC system under development is a cornerstone of the SolDAC project, aiming to efficiently remove CO₂ from the atmosphere using solar-powered processes. This technology not only captures carbon but also facilitates its conversion into valuable chemicals like ethylene and ethanol, contributing to a sustainable and circular economy.

Beyond the technical discussions, the visit fostered a spirit of collaboration and unity among the team members. As we approach the final phases of the project, such engagements are crucial in aligning our objectives and reinforcing our collective commitment to addressing climate change through innovative solutions.

We extend our heartfelt gratitude to Dr. Santori, Ms. Quaranta, and the entire University of Edinburgh team for their hospitality and for sharing their expertise. Their contributions are instrumental in driving the SolDAC project towards its goal of achieving scalable, solar-driven carbon capture and conversion.

Stay connected with us as we continue to make strides in sustainable technology and work towards a greener future.