Biochar improves soil structure, allowing it to hold more water and nutrients. Farmers who apply biochar see stronger root development, reduced fertilizer requirements, and higher crop yields. By increasing soil fertility and water efficiency, biochar makes farmland more resilient to drought and changing weather conditions.

Cities and municipalities can use biochar to improve stormwater management and erosion control. Its porous structure filters pollutants, reduces runoff, and helps stabilize soils in areas prone to flooding. This makes biochar a cost effective solution for communities facing infrastructure and water quality challenges.

Biochar is being integrated into building materials such as concrete, asphalt, and composites. By locking carbon into durable products, it lowers the carbon footprint of construction projects. The result is stronger, more sustainable materials that support low carbon development goals in both public and private sectors.

Because biochar locks carbon in a stable form for centuries, it qualifies as one of the most durable carbon removal methods available. Canopy’s process is backed by scientific monitoring, reporting, and verification, which ensures that every ton of biochar produced generates trusted carbon credits. These credits give corporations a reliable way to meet climate commitments while supporting real, measurable impact.