If you are a city utility dealing with new EU reporting laws for direct emissions — this project developed an AI-based monitoring system that can reduce emissions by up to 50%. It helps you meet net-zero goals while cutting energy and chemical costs by 20%.
AI-Powered Emission Monitoring and Cost Reduction System for Wastewater Treatment Plants
Imagine a smart thermostat, but for water cleaning plants. Instead of just checking temperature, it uses a high-tech sensor to 'smell' harmful greenhouse gases in the air and water. It then uses an AI brain to automatically adjust the machinery to stop these gases from escaping and save electricity.
What needed solving
Wastewater plants lack commercial tools to monitor and report N2O and CH4 emissions required by new EU laws. This leads to inefficient energy use and high greenhouse gas output.
What was built
A complete system consisting of multiplexing hardware, the EmiCo Lite analyzer, AI/digital twin software, and a cloud-based user platform.
Who needs this
Who can put this to work
If you are a private operator dealing with high operational overheads — this project developed a multiplexing analyzer that monitors multiple basins with one device. This reduces the need for expensive hardware while cutting chemical and energy consumption by 20%.
If you are a consultant dealing with clients who lack commercial tools to track N2O and CH4 — this project developed a cloud-based user platform and digital twin. It provides the high-quality data needed to prove a 50% reduction in greenhouse gas emissions.
Quick answers
How does this system reduce operational costs?
The system uses AI models to adjust aeration parameters, leading to 20% cost savings for energy and chemical consumption.
Can this be scaled across a large plant with many basins?
Yes, the technology features multiplexing capabilities that allow one analyzer to monitor multiple aeration basins, which saves costs for operators.
Is the technology protected by intellectual property?
Based on available project data, the solution utilizes patented measurement technology.
How does this help with legal compliance?
New EU regulations require wastewater treatment plants to monitor and report direct emissions; VARIO provides the commercial solution for this reporting.
What is the timeline for deployment?
The project period is from 2023-04-01 to 2025-03-31, with the system now described as ready for market deployment.
Who built it
The project is led by a single German SME, Variolytics GmbH, which holds a 100% industry ratio. This lean structure suggests a highly focused commercial drive, as the company is directly responsible for both the R&D and the eventual market deployment of the patented technology.
Contact Variolytics GmbH regarding the EmiCo Lite analyzer and AI optimization models.
Talk to the team behind this work.
Contact us to connect with Variolytics GmbH for a pilot installation.