October 1, 2025

Real time monitoring of microbiological content in drinking water

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This approach demonstrates real-time assessment of microbiological pollution in drinking water, suggesting efficient water disinfection alternatives.

Real-time monitoring significantly reduces the response time to microbiological contamination in drinking water systems.
Conventional laboratory testing can delay results for up to three days, allowing potential biofilm development during that period.
Implementing real-time monitoring can provide results in approximately 20 minutes, improving responses to water disinfection efficacy.
The system's efficiency can alleviate the burden of limited human resources in waterworks and Public Health Institutes.

Ivana Dunić (2025) studied this question.

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October 1, 2025

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Authors

This approach demonstrates real-time assessment of microbiological pollution in drinking water, suggesting efficient water disinfection alternatives.

Real-time monitoring significantly reduces the response time to microbiological contamination in drinking water systems.
Conventional laboratory testing can delay results for up to three days, allowing potential biofilm development during that period.
Implementing real-time monitoring can provide results in approximately 20 minutes, improving responses to water disinfection efficacy.
The system's efficiency can alleviate the burden of limited human resources in waterworks and Public Health Institutes.

Ivana Dunić (2025) studied this question.

View Full Paper

Ask AI

Bookmark