Discover how a new cyanobacteria monitoring system is transforming water treatment plant operations with real-time data.
Blue-green algae, also known as cyanobacteria, is a problem for many water sources, as these cyanobacteria can produce cyanotoxins that endanger people’s health. Currently, most detection is done manually through visual inspections of the source, and any prediction is likely based on guesswork from the weather forecast. Surely there is a faster, more reliable way to monitor the risk.
Luckily, Lutra, in collaboration with the Kapiti Coast District Council in New Zealand, have developed a cutting-edge method for monitoring and predicting cyanobacteria risks in water treatment plants. This innovative system not only tracks the presence of potentially harmful microorganisms but also predicts future risks, enabling proactive management.
The project integrates advanced spectrofluorometer sensors from Trios and Lutra’s ID (Infrastructure Data) data and operations management software to establish a robust monitoring framework. The sensors measure the concentrations of algae and cyanobacteria entering the plant, while the predictive model correlates this data with environmental factors to forecast potential issues.
This system has improved plant operations by providing real-time data and automating process controls. It optimises dosing and treatment parameters, significantly reducing manual inspections and operational costs.
The cyanobacteria monitoring system is versatile and can be adapted to other water treatment plants. By understanding the variations in conditions of a water source, such as temperature, drought and chemistry, and visualising this data, the system can provide valuable insights and predictions. This adaptability makes it a valuable tool for water treatment facilities worldwide.
You can find out more about this innovative system in this full article and video on Lutra’s website.
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