Chlydro
Use of aquatic plants and microalgae to absorb atmospheric CO2 and the resulting biomass is used as raw material for the biofertilizer and biostimulant industry, biofuels, extracts for application in human and animal nutrition.
Chlydro presents a compelling investment case centered on its dual-pronged approach to environmental sustainability and market-driven products. The company has developed a system that utilizes the natural photosynthetic capabilities of fast-growing aquatic plants, specifically microalgae, for atmospheric carbon dioxide capture. This process is designed to be a scalable and efficient method for cleaning the air and addressing climate change. The core of its business operation lies in the cultivation of these microalgae.
The harvested microalgae biomass serves as the primary raw material for a diversified product portfolio. Chlydro targets the agriculture and food industries by processing this biomass into biofertilizers and food products for both animal and human consumption. This strategy positions the company within the growing circular economy and sustainable agriculture markets. Revenue generation is therefore tied to the sale of these value-added biological products. The business model appears to be a B2B play, supplying these goods to manufacturers and agricultural enterprises.
Chlydro emphasizes the scalability and stability of its cultivation processes, which are supported by a focus on Quality and Digitization through Lean R&D+i principles. The technology's described benefits extend beyond carbon capture; it also purifies water and contributes to environmental regeneration, offering a multi-faceted value proposition. This positions the company as a participant in the carbon capture, biofertilizer, and alternative protein markets.
Keywords: carbon capture, microalgae, biomass, biofertilizers, alternative protein, sustainable agriculture, water purification, circular economy, CO2 removal, cleantech