In the realm of synthetic biology and precision fermentation, innovation is flourishing as startups explore new frontiers. One such company pushing boundaries is baCta, based in Paris. They stand out by using genetic engineering to produce natural rubber, a feat challenging due to the complex nature of its polymer. However, baCta has successfully developed a proof of concept using engineered bacteria to create natural rubber in vitro, ensuring a renewable and carbon-neutral process.
Recently securing €3.3 million in funding, baCta aims to industrialize their lab-based process and ramp up production to meet the demands of various industries. With synthetic rubber derived from petroleum and natural rubber harvested from trees both posing sustainability concerns, baCta offers a greener alternative that could drastically reduce carbon footprints. CEO Mathieu Nohet is optimistic about scaling up production and ensuring cost-competitive pricing while significantly lowering CO2 emissions.
Natural rubber not grown on trees
With a focus on sustainability and environmental impact, baCta’s innovative approach could revolutionize the rubber industry. By utilizing synthetic AI enzyme technology within bacteria, baCta demonstrates a path to efficient polymerization of rubber, enabling cost-effective production and significant reductions in carbon emissions. Through diversifying feedstock and exploring new methods, baCta seeks to position itself as a key player in providing bio-engineered natural rubber to various markets.
Targeting luxury fashion brands initially, baCta plans to expand into industrial applications once production is scaled up. With a commitment to pilot scale production within 18 months, backed by prominent investors, baCta aims to revolutionize the production of natural rubber and potentially other compounds in the future.
Beyond natural rubber, baCta has ambitions to apply their innovative approach to producing isoprenoids sustainably, catering to various industries requiring these chemical compounds. However, their immediate focus remains on reshaping the natural rubber market and establishing themselves as leaders in sustainable bio-engineered materials.
