SeaH4 utilizes land-based algae farming, biogas production, and gas-to-liquid processing to generate third-generation biofuels, providing a net-zero CO2 alternative to fossil fuels without requiring changes to existing engines or distribution networks. This approach addresses climate change and ocean acidification while creating sustainable income opportunities for rural communities in South Africa.
Funding
Funding not disclosed
Founders
Product
Problem
The reliance on fossil fuels contributes to climate change and ocean acidification, necessitating sustainable alternatives. Existing biofuel options may require modifications to existing engines or distribution networks, hindering widespread adoption. Rural communities often lack sustainable income opportunities, leading to resource depletion and poaching.
Solution
SeaH4 produces third-generation biofuels from land-based algae farming, biogas production, and gas-to-liquid (GTL) processing, offering a net-zero CO2 alternative to fossil fuels. The resulting biofuels are compatible with existing engines and distribution infrastructure, eliminating the need for costly modifications. By establishing algae farms in coastal regions, SeaH4 aims to counteract ocean acidification while providing sustainable income opportunities for rural communities. The integrated approach combines established technologies to minimize risk and maximize resource efficiency, creating a circular system that reduces operational expenses and increases yields.
Target Audience
SeaH4's primary customers include refineries, governments seeking to meet net-zero targets, and companies in the oil and gas sector looking to improve their carbon footprint. The company also targets rural communities seeking sustainable income opportunities.
Features
- Land-based algae farming to capture CO2 and produce biomass.
- Biogas production from algae biomass through anaerobic digestion.
- Gas-to-liquid (GTL) processing to convert biogas into biofuels.
- Net-zero CO2 emissions, reducing the carbon footprint of transportation fuels.
- Compatibility with existing engines and fuel distribution networks.
- Circular system minimizing OPEX and maximizing yields.
- Adaptable concept that can be scaled and automated.