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Sludge Treatment Measurements
The SOLiSENZ Sludge Treatment Measurement system offers valuable insights into the operation of the treatment process, enabling real-time control and optimisation of the decanter, polymer dosing, and sludge feed. The system comprises four different sensors: a low-range sludge feed TSS sensor (LSZ; 0-100 g/L), a residual polymer sensor (PSZ), a centrate TSS Sensor (CSZ) and a high-range dry cake TSS Sensor (HSZ).
Spectrometers for the purpose of monitoring water
Water Insight produces surface water quality spectrometers for the purpose of monitoring water leaving reflectance, water colour, Chlorophyll-a (phytoplankton), Phycocyanin (cyanobacteria), the presence of algal scums, transparency/ turbidity, suspended matter and vertical diffuse attenuation.
An online bacterial monitoring system for the rapid detection of microbiological contamination in water.
The automated enzyme assay measures the activity of a specific enzyme within a microorganism through the addition of a reagent that allows for an optical response (fluorescence). The bacterial detection results are based on measured concentrations of the fluorescent product.
Measure and generate real-time data from the drinking water network
The Pipelife Smart Probing Solution provides the ability to measure and generate real-time data from the drinking water network, without environmental constraints, at any point in the network, with easy access to the pipelines from ground level.
A decision-support tool to increase sustainability and water quality and reduce the operational costs of WWTPs
The Dutch water boards are fully engaged in the energy transition and making efforts to meet climate objectives as agreed with the Dutch national government and derived from the International Paris Climate Agreement; there is a strong commitment to deploying renewable energy sources.
The switch to renewable energy has so far been effective in reducing the carbon footprint of the Water Boards, but ultimately a reduction in actual energy consumption is the most sustainable. In addition, stricter quality requirements are increasingly being set for the effluent from WWTPs, in particular in relation to pharmaceuticals and other micropollutants, to improve the quality of the receiving water and to increase the possibilities for reuse. This requires further treatment than what is now commonly available, and additional treatment steps often consume (much) extra energy. As a result, it is becoming increasingly difficult to further reduce the carbon footprint of wastewater treatement plants (WWTPs).
The Water Impact Forecast (Wat-IF) decision-support tool is being developed to accelerate the acceptance and application of new monitoring concepts and innovative technologies to help reduce the carbon footprint WWTPs.
Each year, more than 100 new sensor technologies for the water industry enter the market.
Between 2001-2010, the number of floods reported globally was 1,852, which is 250 times higher than 100 years earlier (ourworldindata.org).
All our upcoming events can be found in our Events Calendar, including instructions on how to register for these events. Additionally, you can find scheduled product launches and database updates under News and Events.
Is there something that you can't find? Don't hesitate to get in touch with us and let us know what you would like to see at our next event.
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