One-Stop-Shop Solution for Biochar in the Tropics

Biochar is a carbon-rich form of charcoal produced from sustainable biomass residue. This organic material is transformed through a controlled heating process, resulting in biochar. It is highly valued for its applications in agriculture and environmental management, particularly in enhancing soil quality and carbon sequestration. We utilize an artisanal production method called the Kon-tiki kiln to create our biochar. Beginning with responsibly sourced biomass residue, this method involves carefully heating the biomass following meticulous process to limit unavoidable greenhouse gas emissions to a minimum. This method is characterized by its accessibility, requiring only a modest initial investment, and its unique ability to engage local communities.

Our biochar is crafted from crop residue and agricultural waste – natural materials that might have otherwise been burned or left to decay, releasing greenhouse gases into the atmosphere. Our biomass is thoughtfully chosen and often includes materials like cotton stalks, coconut shells, bamboo, corn remnants, and bagasse. We take it a step further - the biomass we use is sourced locally from farmers and agricultural producers. This creates a local circularities: the farmers provide the materials, we transform them into biochar, and then the biochar returns to enrich their lands.

Biochar plays a pivotal role in addressing climate change. As plants capture carbon dioxide from the atmosphere through photosynthesis, they store this carbon within their biomass. When we convert this biomass into biochar, we effectively stabilize the captured carbon. The biochar is then added to the land, where it remains locked for centuries, contributing to mitigating carbon dioxide levels in the atmosphere and acting as a sustainable carbon sink. Beyond its carbon sequestration potential, biochar delivers substantial benefits to agriculture and the environment. When added to soil, biochar acts as a sponge, enhances water retention, and promotes nutrient availability to plants. This results in increased crop yields and improved soil health. Furthermore, biochar fosters a habitat for beneficial microorganisms, bolstering the soil ecosystem's resilience

Circonomy has been endorsed by Carbon Standards International (CSI) as C-Sink manager for Global Artisan C-Sink. CSI provides a rigorous methodology for producing biochar using Artisan Kon-tiki kilns, which not only accounts for the carbon removed and stored through our projects but also factors in the emissions associated with the production process.

Your purchase of Carbon Removal credits from Circonomy generates a tangible impact on carbon reduction. We've implemented a robust MRV (Monitoring, Reporting, Verification) system that allows us to precisely track and measure the carbon captured and stored through our biochar projects Beyond carbon removal, your support directly contributes to improved soil quality and agricultural outcomes. We diligently monitor our projects to measure the positive effects on agriculture. By comparing fields with biochar application to baseline parcels without, we can quantify the benefits in terms of increased crop yields, improved soil health, and enhanced nutrient retention. Last but not least, our business model is designed to ensure that a fair portion of the carbon finance is reinvested directly into the hands of the farmers. This empowers local communities and contributes to social development, aligning with several UN Sustainable Development Goals (SDGs)