Seagrass Technologies

Seagrass Technologies is a global venture startup based in India, dedicated to cultivating marine algae for a healthy and sustainable planet. The company has developed a harvesting technology platform that utilizes non-potable water, such as seawater, and non-arable land to grow marine microalgae. Seagrass Technologies' platform captures carbon dioxide in open raceway ponds, providing renewable solutions that can enhance people’s lives while promoting a greener and more sustainable planet. Seagrass Technologies takes pride in being the FIRST company in India (and SE Asia) to produce all three major marine microalgae using seawater. Among these, the company focuses particularly on Dunaliella salina (DS) micro-algae, known for delivering a high concentration of natural β-carotene for antioxidant and nutritional food supplements. The company has developed proprietary technology to cultivate all three major marine algae, deploying unique cultivation methods to boost yield capacity while reducing production costs. As an organization, Seagrass Technologies is committed to supporting and raising awareness about the benefits of algae. The company aims to promote the “Green Planet Initiative” by advocating sustainable practices and environmentally sound technologies. Furthermore, Seagrass Technologies will produce micro-algae biomass targeting various sectors, including anti-oxidant and nutritional food supplements, pigments and oil for nutraceuticals, natural cosmetics, pharmaceuticals, animal feeds, fertilizers, bio-fuels, and bio-plastics. This biotechnology startup was founded in 2016 and operates within the Biotechnology, Health Care, and Clean Energy industries. As for the company's investment history, details about its last investment and investors are not available at this time. Seagrass Technologies’ pioneering approach to growing marine algae using sustainable methods positions it favorably within the biotechnology and clean energy sectors, presenting potential opportunities for future investment and growth.