Greenalgi converts captured carbon dioxide into sustainable protein ingredients and biofuels using a proprietary microalgae cultivation system. Their closed-loop biotechnology offers a scalable solution for carbon sequestration and provides eco-friendly alternatives for the food and energy industries.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing concentration of atmospheric carbon dioxide presents a significant environmental challenge, while global demand for sustainable protein and energy sources continues to rise. Traditional methods for carbon capture and protein production often have substantial environmental footprints or are resource-intensive.
Solution
Greenalgi utilizes a proprietary microalgae cultivation system to convert captured carbon dioxide into high-value biomass. This biomass is then processed to yield sustainable protein ingredients for the food industry and biofuels for energy applications. The closed-loop biotechnology approach offers a scalable solution for carbon sequestration and the production of essential resources. This process contributes to climate change mitigation by actively consuming CO2 and provides a sustainable alternative to conventional protein and fuel sources.
Target Audience
Target customers include food manufacturers seeking sustainable protein ingredients and companies in the energy sector looking for renewable biofuel alternatives.
Features
- Bioreactor technology designed for efficient CO2 capture and microalgae cultivation.
- Proprietary strain selection optimized for rapid growth and high protein content.
- Downstream processing capabilities for extracting protein isolates and producing biofuels.
- Closed-loop system designed to minimize water usage and waste byproducts.
- Scalable infrastructure for industrial-level production.