UV254, Spectral Absorbance, N0_3, N0_2, Colour, TOC/DOC, Conductivity, DO, pH/ORP, Turbidity

Gain peace of mind that an unforeseen event or change in your water quality won’t go unnoticed. With real-time monitoring you can mitigate risk and enable your team to quickly react and boost treatment when the unexpected occurs, avoiding costly operational problems.
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N0_3, Chromium VI

Optimizing mixing ratios and evaluating process efficiency is simple with real-time monitoring. You can maximize your efficiency of the blending process while also gaining assurance that effluent concentration continuously meets drinking water standards.
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UV254, TOC/DOC, Spectral Absorbance, Turbidity, pH

Coagulation optimization can be achieved by monitoring ​at the plant inlet and post filtration, tracking your system’s effectiveness ​in response to changing water conditions to achieve your desired turbidity and organics removal goals, extending filter run times, increasing disinfection efficiency and minimizing DBP precursors.
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Permanganate

Although permanganate is an effective water treatment aid, residual amounts in treated water can lead to customer complaints. Monitoring residual permanganate provides early warning of overdosing well before pink colour is visible, while ensuring effective removal for iron, manganese and colour.
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UV254, TOC/DOC, Spectral Absorbance, Turbidity, pH

Improve your activated carbon or ion exchange resin lifetime while maximizing efficiency with real-time monitoring. Pre and post treatment monitoring will enable you to foresee contaminant loading to the system, track the contaminant removal efficiency, and provide a clear indication for determining regeneration requirements. Powdered activated carbon (PAC) addition can also be optimized with real-time organics monitoring. You can minimize excess PAC feed to reduce sludge and save on costs while maintaining your desired organics removal.
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UVT

Achieve effective UV disinfection and gain peace of mind your system is continuously operating within specification with real-time UVT monitoring. Cost savings can be gained for dose pacing enabled systems by integrating UVT into the dose calculation. In turn, the system can operate in accordance with the current water quality conditions, improving efficiency and minimizing energy costs.
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UV254, TOC/DOC, Spectral Absorbance, THM, HAA

Be assured trihalomethanes (THMs) and haloacetic acids (HAAs) are limited by continuously monitoring the removal of precursors throughout your treatment process and monitoring THMs and HAAs before and after disinfection. Enhancements to treatment can be triggered or source water blending ratio adjusted when effluent organics concentrations exceed your plant thresholds, ensuring drinking water standards are met in the distribution system.
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UV254, TOC/DOC, Spectral Absorbance, pH/ORP, N0_3, N0_2, Colour, Turbidity, DO

Gain a sense of security that unforeseen or uncharacteristic events will be rapidly detected with continuous monitoring of key water quality parameters and contaminants in your distribution system. Timely detection and alert will enable your team to take corrective and  preventative steps to minimize the impact on water quality and public health and safety.
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N0_3, N0_2, Total Chlorine, Monochloramine, Free Chlorine, pH, Conductivity, Ammonium, TOC, Temperature

Rest assured that a nitrification event will be rapidly detected with real-time monitoring in the distribution system. Strategically placed monitoring systems provide an early warning that nitrification is occurring, enabling you to boost disinfection in pumping stations and flush pipes in problem areas as necessary. Real-time insights can also support improvements and optimization of your chloramination process at the plant to minimize the potential for future nitrification events.
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