DMC Biotechnologies and Toyobo have announced a multi-year collaboration to develop sustainable, fermentation-produced chemical intermediates. These high-volume chemicals will be used in a wide range of essential materials. The partnership combines DMC’s expertise in precision fermentation with Toyobo’s extensive knowledge in chemical synthesis and biotechnology. It also leverages their broad access to global markets.
Toyobo’s Executive Officer, Norio Iizuka, stated, “Toyobo is dedicated to driving innovations in sustainable materials and production. By integrating Toyobo’s chemical synthesis and biotechnology expertise with DMC’s advanced biotechnology platform, we aim to create new opportunities for sustainable chemical products that meet global market demands.”
Under this agreement, both companies will work together to accelerate the development and commercialization of biobased, cost-effective chemicals. DMC will utilize its proprietary Dynamic Metabolic Control™ technology and metabolic engineering capabilities. These tools enable efficient, scalable, and robust fermentation processes that can produce chemicals at a competitive cost. Toyobo will apply its deep industry knowledge and expertise in chemical synthesis and biotechnology to bring these innovative products to market.
Jim Flatt, CEO of DMC Biotechnologies, expressed enthusiasm for the partnership. “We are excited to collaborate with Toyobo, a leader in chemical innovation. This partnership reflects our shared commitment to delivering sustainable, affordable solutions to the chemical industry. It also shows how established industry leaders and innovative biotech companies can work together to create more sustainable and secure supply chains for essential chemicals.”
This collaboration aims to accelerate the shift toward biobased chemicals, supporting global sustainability goals. By combining advanced biotechnology with chemical industry expertise, DMC and Toyobo seek to develop scalable solutions that meet increasing market demands for environmentally friendly materials.
