bNovate Technologies Released Water Monitoring Solution
The new BactoSense ID system identifies and quantifies bacteria in water in under 60 minutes.
Updated on Oct. 5, 2026 in Life Sciences
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bNovate Technologies has introduced the BactoSense ID, an automated monitoring solution that utilizes flow cytometry to detect coliforms, enterococci, and E. coli. This technology provides rapid bacterial identification that significantly improves upon the speed of traditional laboratory methods.
Why it matters
Traditional lab-based testing can take between 18 and 72 hours, creating gaps where water contamination may go undetected. By automating the identification process, this system allows for near real-time responses to water quality changes.
The system processes samples using flow cytometry and swappable reagent cartridges, capable of delivering results in less than 60 minutes. It is built to integrate with existing plant SCADA operations and supports automation through BactoSwitch technology.
The players
bNovate Technologies
Headquartered in Lausanne, Switzerland, this company specializes in rapid microbiological monitoring solutions for water treatment.
The details
The device monitors bacteria by automatically sampling water and identifying contamination through specialized reagent cartridges. It has already been implemented across a global network, with over 500 systems currently in operation to support water safety monitoring.
Timeline
October 5, 2026: Official publication of news regarding the BactoSense ID solution.
The Big Picture
This release follows the advancement of flow cytometry for automated water quality analysis, a technology that has been validated by 70 peer-reviewed papers. The system marks a shift in the discipline from centralized, slow-turnaround lab testing to decentralized, continuous field monitoring.
The transition to rapid, automated detection allows water treatment plants to respond to contamination events like heavy rainfall in hours rather than days. This provides more immediate protection for public water supplies and reduces the risks associated with undetected bacterial spikes.
The takeaway
Rapid bacterial detection transforms water safety by eliminating the days-long delay inherent in traditional culture-based testing. Municipalities and industrial facilities can now utilize automated data to maintain tighter control over water quality in volatile weather conditions.
Further reading
For more information on innovations in the field, visit Life Sciences.
Source note: This article includes information reported by Water Online.
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