USA

Takachar’s U.S.-based carbon removal project uses a fleet of high-tech, decentralized reactors (known as Takavators) to convert excess crop and forest biomass—starting with wildfire-prone residues in the West Coast such as dead trees, slash, and other fire-prone materials otherwise burned in open air—into stable biochar for local agricultural use. These mobile systems are engineered for industrial-scale performance, offering continuous operation, precision controls, strict adherence to and quantification of emission requirements, and verifiable carbon sequestration. Unlike artisanal methods, Takachar’s technology meets rigorous monitoring, reporting, and verification standards and is third-party audited under the Puro Standard.

This project plays an important role in wildfire risk reduction. By partnering directly with local forest landowners and agencies, Takachar helps remove hazardous fuels from high-risk areas—particularly where overgrown vegetation and legacy fire suppression have left forests vulnerable. The resulting biochar permanently stores carbon while enabling safer, healthier forests. Buyers of these credits support not only engineered carbon removal but also wildfire prevention, rural economic development, and sustainable land stewardship.

Takachar’s U.S.-based carbon removal project delivers a range of environmental and social co-benefits that extend well beyond carbon sequestration. By deploying decentralized, high-tech reactors to convert excess biomass into stable biochar, the project not only removes CO₂ from the atmosphere but also addresses some of the West Coast's most pressing challenges: wildfire risk, rural economic resilience, and public health impacts from air pollution.

One of the most critical co-benefits is wildfire prevention. The forested landscapes in Western United States have seen a dramatic increase in the frequency and severity of wildfires, fueled in part by the buildup of excess biomass—dead trees, brush, and forest residues—that accumulate in the absence of regular thinning or natural fire cycles. Takachar works directly with local forest landowners, land managers, and fire prevention agencies to source these hazardous fuels before they become wildfire ignition points. By removing and converting this material into biochar, the project supports broader fire mitigation strategies while reducing the likelihood of catastrophic burns.

These efforts directly support rural livelihoods. Many of the communities located near these forested areas face limited employment opportunities, particularly in remote or economically disadvantaged regions. Takachar’s model enables local job creation by hiring and training personnel to collect biomass, operate mobile reactor units, and manage logistics. The use of decentralized reactors means that biochar production can occur close to the biomass source, eliminating the need for expensive, centralized infrastructure and keeping more value within the community. In doing so, the project promotes workforce development and supports the emergence of a new rural bioeconomy centered on carbon removal and sustainable land stewardship.

Additionally, the project contributes meaningfully to air quality improvement. In many agricultural and forestry settings, unused biomass is often burned in open piles, a practice that releases large amounts of particulate matter (PM₂.₅), black carbon, volatile organic compounds (VOCs), and other harmful pollutants into the air. These emissions degrade local air quality and are particularly damaging to vulnerable populations, including children, the elderly, and those with respiratory conditions. By converting biomass into biochar using clean combustion processes with emissions controls, Takachar significantly reduces smoke and air pollution that would otherwise result from open burning or unmanaged wildfire events.