Microvi MNE for Ammonia Removal Demonstrated in Cold Temperatures at Thames Water Wastewater Treatment Plant in the UK
The Microvi MNE process could work within Thames Water’s existing infrastructure and aims to help with impending challenges while providing an economical and environmentally beneficial solution.
Microvi and WesTech have installed a fully automated Microvi MNE demonstration plant configured as a tertiary nitrification system for ammonia removal. Microvi’s MNE technology intensifies the treatment process, allowing Thames Water to treat more wastewater within existing infrastructure -- meeting the demands of anticipated population growth.
"We are excited to partner with Thames Water to demonstrate the efficacy of Microvi MNE for ammonia removal, in spite of cold temperatures," said Dr. Fatemeh Shirazi, CEO and CTO of Microvi. "When other treatment methods fail due to decreased activity in cold temperatures, Microvi MNE continues to deliver impressive removal rates. We’ve started seeing these results at the Thames Water site and look forward to pushing the technology to meet the industry’s needs."
"We’re always looking for new ways to be more efficient and resilient in how we care for the precious environment in which we operate, while managing impacts of climate change and population growth. I'm excited to find out if the Microvi MNE process provides a robust ammonia treatment for our sites especially over the colder winter months," said Dr. Eve Germain-Cripps, Wastewater Research, Development and Innovation Manager at Thames Water.
Microvi's wastewater technology has significant advantages over conventional wastewater treatment processes. It requires a smaller footprint and does not generate biological solids, while removing BOD, ammonia, phosphorus and nitrate. With potentially more efficient oxygen demand and reduced recycle pumping it also has lower energy costs. The solution is operator friendly, stable, robust, and can be used in existing infrastructure.
Microvi’s technologies have been demonstrated in the US, Australia and the UK for drinking water, municipal wastewater, and industrial applications.