baCta is revolutionizing the rubber industry by engineering microorganisms to produce biosynthetic natural rubber, a sustainable alternative to traditional rubber sources. Utilizing a mixotrophic approach, the company captures CO2 and other renewable carbon sources, transforming them into isoprene through AI-designed enzymes. This innovative process not only creates a high-quality, carbon-negative rubber but also significantly reduces the carbon footprint associated with rubber production.

The mission of baCta is to fully decarbonize the rubber industry, providing a resilient and flexible raw material that meets the growing demand for sustainable products across various sectors, including transportation, healthcare, and consumer goods. By harnessing cutting-edge synthetic organelles technology, baCta aims to lead the charge towards a more sustainable future.

baCta addresses rubber sustainability by tackling the environmental impact of natural rubber, which is resource-intensive and contributes to carbon emissions. With global demand at 3.5 kg of rubber per person annually, baCta offers a solution aligned with the Circular Economy, focusing on resource conservation and innovation. Their process could eliminate over 500 million tons of CO2 equivalent emissions annually, showcasing their commitment to reducing environmental harm. With a carbon-negative output of up to -151%, baCta is pioneering a more sustainable future for material production.

Founder/s: Mathieu Nohet, Marie Rouquette, Selcuk Aslan
Based In: Paris, France
Website: www.bacta.life