Biochemicals are organic materials that originate from nature's own organisms, such as microorganisms. They can be used for the same thing as petrochemicals, the main difference being that biochemicals do not pollute. In this way, biochemicals can help support the green transition.
“Jeff Lievense researched making polymers using biochemistry, and he has since put that research to good use, so now some of the world's largest chemical groups make biochemical polymers that are included in carpets, for example,” explains Jens Nielsen.
“We may not notice biochemical polymers in the same way as wind turbines, but Jeff's work is both a huge achievement in biochemistry and contribution to the green transition – not to mention, a billion-dollar business."
With the honor comes 100,000 kroner from Novozymes.
“Novozymes is based on innovation. We translate technology into biological solutions for many different industries, where they improve products for consumers and processes for industries, enabling them to use less energy and fewer chemicals, supporting the green transition. Jeff's work is a huge inspiration for us,” says Claus Crone Fuglsang, Chief Science Officer and Executive Vice President of Research & Development at Novozymes.
“It's a great honor for me to be recognized by Novozymes, a leader in sustainable biotechnology, and to be considered in the company of the previous recipients, Professors Villadsen, Palsson, Stephanopoulos, Reuss, and Liao,” says Novozymes Award winner, Jeff Lievense. “Fermentation has been serving humankind for a very long time, mostly as an art and only in the past 150 years as a science and technology. In this, the Century of Biology, I am convinced that the best is yet to come; most importantly, the industrial deployment of biotechnology to contribute towards achieving a carbon neutral world and secure prosperity for future generations.”
