Our story began around 2018, driven by a search for meaningful ways to contribute positively to our planet’s health. Exploring different climate solutions, we were introduced to the fascinating world of biochar – a stable, carbon-rich material made from biomass waste that could lock away CO2 for centuries. This immediately struck a chord, reminding us of ancient agricultural wisdom: we recalled stories of our own grandparents using simple wood ash, a similar carbon substance, to naturally enrich their soil and improve harvests. It felt like uncovering a powerful link between past practices and future solutions.

Initially, our curiosity led us to visit several large-scale, industrial pyrolysis plants. While technologically advanced, we simultaneously discovered the artisanal method – using simpler, locally adaptable kilns like the Kon-Tiki design developed by the Ithaka Institute. We were captivated. The realization that such an accessible, low-tech approach could be easier to scale globally across diverse communities, while offering incredible co-benefits like improved soil and farmer income, was a turning point.

This blend of simplicity, scalability, and multi-faceted benefits felt profoundly impactful. Research reinforced our view that Biochar Carbon Removal (BCR), particularly through decentralized networks, stands out as one of the most scalable methods for durably removing atmospheric CO2 currently available. This powerful combination – ancient knowledge validated by modern science, scalable through community partnership, and verified with digital transparency – became the inspiration and foundation for Triochar. We launched with a clear mission: to harness this potential and make credible, impactful climate action a reality.