Your challenges
An Innovative Predictive Modeling Solution for Tap Water Quality
This advanced solution enables real-time monitoring and control of Trihalomethanes (THMs) and Haloacetic Acids (HAAs) levels in drinking water at the tap. It ensures safe, high-quality water that meets health and regulatory standards.


Consumer Health
THMs and HAAs are harmful by-products formed when chlorine reacts with organic matter. Their presence in drinking water can pose serious health risks.

Regulatory Compliance
Strict compliance with potable water quality standards is essential to avoid penalties and ensure user safety.

Cost Optimization
Unnecessary flushing and ineffective treatment processes can drive up operational costs. Optimized management helps reduce expenses and improve efficiency.

Efficient Resource Management
The solution promotes the responsible use of water and chemical resources, helping minimize environmental impact while maintaining water quality.
How does it work ?
Variables
Predict’THM uses four key variables: hydraulic residence time, temperature, organic matter concentration, and the possible presence of bromides. Based on these indicators, the solution can predict THM and HAA levels at any point in the distribution network.
Results
This enables operators to adjust activated carbon treatments in real time to ensure optimal removal of organic matter.
Our positive impact
An intelligent solution to anticipate health risks and optimize the management of drinking water networks.


Network Flushing Reduction
By avoiding unnecessary flushing operations, Predict’THM enables significant cost savings and operational efficiency.

Safe Water at the Best Cost
By optimizing treatment processes, Predict’THM ensures high-quality drinking water while keeping operational costs under control.

Compliance with Health Standards
The solution helps ensure full compliance with essential chemical parameters, protecting public health and meeting regulatory requirements.

Resource Management
Predict’THM contributes to environmental protection by optimizing the use of water and chemical resources, aligning with sustainable development goals.