KETOS White Paper

Impact of Real-Time NH3-N Monitoring in Wastewater Treatment Plants

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White Paper

This pre-implementation analysis of real-time NH₃-N monitoring in wastewater treatment plants establishes a baseline for potential energy savings, cost reductions, and operational efficiencies through dynamic aeration control.

Download Our White Paper on Cutting Aeration Energy Costs in U.S. Wastewater Treatment Plants with Real-Time NH₃-N Monitoring.

Discover how real-time water quality monitoring can revolutionize wastewater treatment operations across the U.S. With aeration accounting for up to 60% of a plant’s energy use, rising electricity costs and stringent discharge regulations call for smarter, data-driven solutions. While traditional DO-based systems offer limited control, real-time NH₃-N monitoring enables precise, dynamic aeration management. Advanced platforms like KETOS SHIELD can reduce blower energy consumption by up to 30%, improve effluent quality, minimize chemical use, and ensure consistent regulatory compliance—delivering potential savings of hundreds of thousands of dollars annually. Boost your plant’s efficiency, sustainability, and resilience with this game-changing technology.

In This White Paper You Will Learn About:

How real-time NH₃-N monitoring enables dynamic aeration control and cuts energy usage by up to 30%
The financial, environmental, and operational impact of optimizing blower performance in WWTPs
Results from a simulation study comparing traditional vs. real-time aeration strategies, including energy and CO₂ savings
Actionable steps for implementing ammonia-based control systems to improve treatment efficiency and compliance