About
Octavia Carbon is a pioneering climate-tech company headquartered in Kenya that develops, manufactures, and deploys Direct Air Capture (DAC) technology to remove carbon dioxide from the atmosphere. As the Global South's first DAC company, it has commissioned the world's second DAC + geological storage plant, known as Project Hummingbird. The company's approach harnesses Kenya's exceptional natural advantages: a grid that is 93% renewable (with ~48% from geothermal sources providing abundant waste heat to reduce operational costs) and a Rift Valley rich in basaltic rock formations that permanently mineralize injected CO₂ into stable carbonate minerals, locking it away for thousands of years. Octavia Carbon offers modular, cost-effective DAC systems designed to scale carbon removal down the cost curve while driving climate justice and green industrial growth across Africa. Businesses and organizations can offset their carbon footprints by purchasing verified carbon removal credits. The company also prioritizes community engagement through a five-principle strategy emphasizing local leadership, informed consent, and local value creation. Octavia Carbon is backed by prominent climate-focused partners and has been widely covered in international media as a key player in the global net-zero mission.
Key Features
- Direct Air Capture Technology: Modular, cost-effective DAC systems that extract CO₂ directly from the atmosphere at industrial scale.
- Permanent Geological Storage: Captured CO₂ is injected into Kenyan Rift Valley basaltic rock formations where it mineralizes into stable carbonates for thousands of years.
- Renewable Energy Integration: Systems are designed to integrate with Kenya's geothermal waste heat, dramatically lowering operational costs and carbon intensity.
- Carbon Offsetting Credits: Businesses and individuals can purchase verified carbon removal credits to offset their carbon footprints.
- Community Engagement Strategy: A five-principle framework ensuring local leadership, informed consent, and tangible value creation for surrounding communities.
Use Cases
- Corporations purchasing high-quality, permanent carbon removal credits to meet net-zero commitments.
- Climate-focused investors and organizations supporting the scaling of Direct Air Capture infrastructure in the Global South.
- Governments and NGOs seeking durable carbon removal solutions aligned with climate justice principles.
- Researchers and policymakers studying the economics and feasibility of large-scale DAC deployment in emerging markets.
- Businesses seeking to differentiate their sustainability credentials with scientifically verified geological carbon storage.
Pros
- First Mover in the Global South: As Africa's pioneering DAC company, Octavia Carbon brings carbon removal solutions to a region disproportionately impacted by climate change.
- Exceptional Natural Advantages: Kenya's nearly fully renewable grid and basaltic geology offer uniquely low-cost, high-permanence conditions for DAC at scale.
- Durable, Verifiable Carbon Removal: Geological mineralization provides one of the most permanent and scientifically verified forms of carbon storage available.
Cons
- Currently Region-Specific: Operations and natural resource advantages are currently focused on Kenya, limiting immediate geographic scalability.
- High Cost of DAC Technology: Direct Air Capture remains more expensive per tonne of CO₂ than nature-based solutions, though costs are being driven down.
Frequently Asked Questions
Is Direct Air Capture too expensive?
While DAC currently costs more per tonne than some alternatives, Octavia Carbon is actively working to reduce costs by leveraging Kenya's cheap renewable energy and modular system designs to drive the technology down the cost curve.
Can DAC technology scale to meaningful levels?
Yes. Octavia Carbon's modular approach is designed for scalability, and Kenya's renewable energy resources and geology make it one of the best locations in the world to scale DAC operations sustainably.
Isn't DAC too energy-intensive?
Octavia Carbon addresses this by integrating its systems with Kenya's geothermal waste heat and near-fully renewable electricity grid, making the energy profile of its operations far greener than DAC plants powered by fossil fuels.
How does geological storage compare to other CO₂ removal methods?
Geological mineralization in basaltic rock is one of the most permanent storage methods available, locking CO₂ away for thousands of years—far more durable than forestry or soil-based approaches, which can be reversed by fire or land-use changes.
How can businesses or individuals offset their carbon footprint with Octavia Carbon?
Octavia Carbon offers carbon removal credits that can be purchased directly through their website to offset personal or corporate carbon footprints with verified, permanent CO₂ removal.
