en.Wedoany.com Reported - Swiss company bNovate Technologies has signed a nationwide distribution and service agreement with Best Water Science to expand the market reach of its real-time water quality monitoring technology.

Under the agreement, bNovate's microbial water quality monitoring technology will serve a broader range of customers in the food and beverage, industrial water, and municipal utility sectors. Best Water Science, a member of the BWT Group, will distribute the BactoSense® product portfolio in the United States, supporting customers who require rapid access to microbial water quality information.

This collaboration aims to enable automated microbial analysis for organizations managing water quality risks in critical operational environments. bNovate specializes in real-time microbial water quality monitoring, helping water professionals, industrial operators, and researchers transition from delayed manual laboratory results to continuous online data. The company's BactoSense® technology employs automated flow cytometry to provide rapid bacterial detection and actionable water quality insights, applicable to drinking water, industrial processes, and other scenarios requiring reliable water quality information.

Pierre Balidas, Chief Technology Officer of Best Water Science, stated that the company aims to provide customers with high-quality water treatment products and services, noting that bNovate's technology helps ensure hygiene safety and health in daily water use. Serge Gander, CEO of bNovate Technologies, said the agreement represents a significant step in expanding the U.S. market coverage of BactoSense® technology. This agreement follows bNovate's recent collaborations in the Asia-Pacific and Middle East regions, as the company continues to expand the international availability of its water quality monitoring solutions.

Traditional microbial water quality testing relies on laboratory methods, which can lead to delayed results and limit operators' ability to respond quickly to water quality changes. Real-time water quality monitoring helps operators detect microbial changes earlier, optimize operational decisions, and support a more proactive approach to water safety management. This is particularly important in municipal water supply, food and beverage production, industrial water systems, and high-purity water applications, where contamination risks can impact compliance, safety, and operational continuity. As utilities and industrial operators invest in smarter water quality systems, online monitoring technology is becoming increasingly important for continuous surveillance and rapid response.

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