About This Project
The Afri-Carbon Initiative is a comprehensive circular economy project converting Nigeria's vast agricultural residues into high-quality, long-term carbon dioxide removal (CDR) while driving socio-economic development. By harnessing an estimated 2 million tons of cocoa pod waste and 75 million tons of palm oil waste generated annually, the project establishes a scalable, decentralized pathway for premium carbon credit generation across West Africa.
At its core, the initiative employs advanced pyrolysis technology to convert crop waste into biochar, a highly stable, porous carbon form that locks away atmospheric carbon for centuries when incorporated into agricultural soils. Beyond permanent sequestration, biochar application dramatically enhances soil biodiversity, organic nutrient availability, and water-holding capacity, creating a regenerative feedback loop that improves farm productivity while delivering verified, high-integrity carbon removal credits aligned with global climate standards.
Project Rationale
The Double Crisis
•Waste Mismanagement: Nigerian farmers produce 74.53 million tonnes of residues annually. Most are burnt openly, releasing toxic greenhouse gases (GHG).
•Soil Degradation: Intensive synthetic chemical fertilizer usage has degraded soil biology, leading to structural farm yield declines and lower incomes.
The Tech-Nature Solution
•Carbon Sequestration: By converting Husks & Stalks into biochar, we act as a durable sink that traps carbon in stable compounds for hundreds of years.
•Voluntary Carbon Markets: High-integrity biochar credits sells at premium per ton of CO₂e, routing direct global climate capital back to local smallholders.
Projected Impact
Significantly reduce open burning by converting at least 50% of the targeted cocoa and palm wastes in the first 5 years.
Equip local cooperative members with low-emission pyrolysis reactors, feedstock logistics kits, and local enterprise skills.
Promote on-farm biochar application, resulting in increased crop water holding capacity and structural soil biodiversity.
Build circular soil nutrition compounds using biochar-manure blends, preventing environmental runoff and ground pollution.
Expected Outcomes
Waste Reduction
Measurable decrease in the open burning and dumping of cocoa husks.
Income Growth
Direct household income growth for participating women & youth via carbon credits.
Soil Health
Quantifiable boost in organic soil carbon, water-holding capacity, and crop yields.
Climate Sink
Establishing high-integrity geological sinks, offsetting global emission footprints.