This groundbreaking project is centered on the transformative process of turning landfill-diverted biomass into biochar, a stable carbon-rich substance that functions as a formidable long-term carbon sink. Employing a specialized heating process excluding oxygen, the project produces biochar with a high carbon content, effectively preventing the release of carbon for centuries. This innovative approach not only replaces traditional soil additives like peat moss and fertilizers but also contributes significantly to the overarching goal of permanently removing carbon from the atmosphere. By actively sequestering carbon, biochar becomes an essential player in mitigating the impacts of climate change, offering a sustainable solution to address the rising levels of atmospheric carbon.

Beyond its primary role in carbon sequestration, biochar brings about a myriad of co-benefits. Whether applied to agricultural soils or integrated into animal bedding/feed, it enhances crop and livestock yields, effectively addressing concerns related to food scarcity. Additionally, biochar contributes to water stewardship by improving water retention properties, thereby mitigating drought risks.