Excitingly, our trial with the United Utilities Innovation Lab has reached its conclusion – meaning we can now share the results! The United Utilities Innovation Lab offers companies an opportunity to test products in real-world environments before taking them to market, and in early 2021, we joined to test and develop our product Evogen Biogas … Read More
wastewater
Introducing Evogen Biogas Additive for improved efficiency and yield
The Genesis Biosciences team is proud to launch Evogen Biogas Additive, the latest product in our range of innovative microbial solutions Evogen Biogas Additive is a granulated powder designed to enhance the performance and cost-effectiveness of anaerobic digestion (AD) systems. The product is added to AD systems to increase their biogas yields and to reduce … Read More
Introducing our brand new range of wastewater treatment products
We’re thrilled to introduce our new application-specific range of wastewater treatment products. Specifically designed for enhancing and improving water quality in municipal and industrial wastewater. Visit our online microsite Browse our range of wastewater treatment products, choose the right one to resolve your plant issues and learn more about the technology behind our approach – … Read More
Why Dr Chris Charles is our Employee of the Year
Dr Chris Charles is the Genesis Biosciences’ European Employee of the Year. From developing new uses for our technology to genome sequencing, Dr Chris Charles has been vital in our success this year. For an insight into Chris and his unique approach to molecular and applied microbiology, be sure to check out his staff profile. But … Read More
Staff Profile: Dr. Chris Charles, Research Scientist
As a Research Scientist who joined Genesis Biosciences in 2017, Dr. Chris Charles brings his expertise in molecular and applied microbiology to our team. After many years honing his research skills and developing his scientific knowledge, Chris officially became Dr. Chris Charles in 2017 after completing his Ph.D in the biodegradation of isosaccharinic acids under alkaline conditions … Read More