Fermbox Bio, a company specializing in developing and producing solutions using synthetic biology, has launched a new product called EN3ZYME.
EN3ZYME is a special mixture of enzymes (called a cocktail) that helps break down waste plant materials like corn stalks and leaves into usable sugars.
These sugars can be fermented to create second-generation (2G) ethanol, a biofuel that can be used in cars and helps reduce reliance on fossil fuels. This is a major advantage over traditional ethanol, which can sometimes compete with food production for land.
“Our biomanufacturing model is designed to offer tailored solutions for each plant, whether onsite or offsite, for the production and supply of our enzymes to our customers,” explained Mr. Ramachandrappa. “This flexibility caters to both large and small-scale operations, streamlining processes, reducing inventory, and boosting efficiency. It adapts to fluctuating demands and maximizes resource utilization.”
The sugars can also be used as a food source for microbes in a process called precision fermentation. These microbes can then produce a variety of valuable bio-based products, such as colorings, flavors, and even new types of protein, all without using land for food crops.
“EN3ZYME’s ability to transform non-food, agri-based residues into high-value cellulosic sugars marks a pivotal step towards a circular bioeconomy,” shared Dr. Ling Hua, former SVP of Clariant Biotechnology.
EN3ZYME makes it more efficient and cost-effective to convert waste plant materials into usable sugars. By promoting the use of waste materials and reducing reliance on food crops, EN3ZYME contributes to a more sustainable approach to biofuel and bioproduct production.
The demand for 2G ethanol and bio-based products is growing rapidly, driven by concerns about climate change and government initiatives. The launch of EN3ZYME positions Fermbox Bio to play a significant role in this growing market.
