Bio-Logical develops nature-based carbon removal projects through the production of biochar from waste and invasive species. This biochar is integrated into an organic fertilizer, Asili, which regenerates farmland and boosts crop yields for smallholder farmers. The company's circular economy model sequesters atmospheric CO2 while building climate resilience and improving livelihoods in vulnerable communities.
Funding
$2.7M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Smallholder farmers in Africa face significant challenges due to climate change, including degraded soil, severe droughts, and the high cost of fertilizers, leading to decreased yields and food insecurity. Current carbon removal methods often fail to directly address the immediate needs of these vulnerable communities. The need to scale carbon removal by a factor of 5000x by 2050 adds to the urgency.
Solution
Bio-Logical develops nature-based carbon removal projects that sequester carbon while simultaneously combating the effects of climate change felt by African smallholder farmers. The company employs a circular economy model, producing biochar from agricultural waste and invasive species to create a fertilizer, Asili, which is then supplied back to the farmers. Asili enhances drought resistance, regenerates land, and boosts crop yields, thereby increasing food security and biodiversity. By integrating carbon removal with agricultural support, Bio-Logical aims to create climate-resilient communities and sustainable livelihoods.
Target Audience
The primary target audience includes African smallholder farmers who are vulnerable to climate change and seek affordable, effective solutions to improve crop yields and regenerate their land, as well as corporate buyers looking to achieve net-negative emissions through nature-based carbon removal projects.
Features
- Production of biochar from agricultural waste and invasive species for carbon sequestration.
- Asili fertilizer, composed of biochar, chicken manure, and avocado pulp, improves soil health and crop yields.
- Asili is significantly more affordable than traditional fertilizers like Diammonium Phosphate (DAP), costing approximately one-quarter of the price.
- Improved drought resistance in crops due to the moisture-retaining properties of biochar.
- Land regeneration through enhanced soil structure and nutrient retention.
- Increased crop yields for various crops, including rice, tomatoes, and maize, as demonstrated in field trials.
- Reduction in fertilizer costs for farmers, leading to increased profitability and investment in farm operations.