For many years, I’ve been engaged in the development of technologies for CO₂ fixation and resource conversion. A recent collaboration project has come to a natural pause, prompting me to reflect more deeply on the societal significance and future potential of this work. CO₂ is often seen as a symbol of environmental burden, but I believe it also represents an untapped resource. While conventional technologies focus on containment, my approach explores how CO₂ can be separated and reconstituted into valuable material forms.

Currently, I’m developing a process involving metal-based reactions that generate specific carbon structures from CO₂. The reaction environment and separation methods differ significantly from existing approaches, and the material evaluations have yielded promising insights.
Note: Due to ongoing patent preparation, technical details and reaction conditions are not disclosed at this time.

This technology is built on the idea that CO₂ is not merely a waste product, but a source of reconstructable material. Potential applications include conductive materials, composites, and environmentally adaptive products—aiming to bridge resource circulation with industrial innovation.

By the end of this month, a facility capable of processing 100 tons of CO₂ annually will be completed. This marks a major step toward social implementation and lays the foundation for future expansion.

I believe reframing CO₂ as a resource is key to transforming the future of environmental technology. If this perspective resonates with you, I’d welcome the opportunity to begin a quiet dialogue.