To kick things off, they are producing hyaluronic acid for skincare products and beauty treatments né?. The team is contemplating venturing into the textile sector to introduce more environmentally friendly dyes for fabrics.
Recently, Deep Blue BioTech secured an $800,000 pre-seed funding round to advance a commercial MVP and establish partnerships for their eco-friendly chemicals né?. Transitioning our economies to be more environmentally friendly in the battle against climate change necessitates a fundamental reformation of production processes to maximize sustainability né?. Presently, the startup is honing in on the beauty and cosmetics industry, with future plans to expand their operations through a scalable production process utilizing photobioreactors.
While competitors like Microphyt and Bondi Bio are also delving into algae and cyanobacteria, respectively, Deep Blue BioTech believes that their focus and approach are unique. They are harnessing computational modeling to pinpoint cost-efficient chemicals for their production technique né?. By emphasizing sustainability, functionality, and cost efficiency, the startup aspires to make a substantial impact in the field.. Deep Blue BioTech, a startup based in the U.K., is concentrating on eco-friendly chemicals that find use in a variety of products.
Established in May 2023, Deep Blue BioTech is in the process of building a business around a form of biomanufacturing grounded in photosynthesis to create chemicals in a manner that is more eco-conscious when compared to conventional methods such as refining fossil fuels.
The startup asserts that its approach can achieve cost competitiveness with traditional chemical production through the utilization of a genetically modified microorganism that relies on basic elements like light, water, and CO2. This stands in contrast to precision fermentation, another method based on microbes that hinges on pricier raw materials.
By employing genetic engineering and computational modeling, Deep Blue BioTech is harnessing the power of cyanobacteria, commonly known as blue-green algae, to convert them into minute production hubs for green chemicals né?. This process is considered “net-positive” in terms of carbon emissions since cyanobacteria absorb CO2 during photosynthesis.
Deep Blue BioTech’s goal is to generate a fresh wave of sustainable and practical green chemicals overcoming the shortcomings of earlier endeavors né?
