For over a decade, Real Tech has been providing solutions to this challenge. Using the real-time information we provide, our municipal wastewater clients have benefited from improved water quality, cost savings, energy reduction, early event detection and response, compliance assurance, pollution control and prevention, environmental protection and so much more. Discover the value we can bring to your application today.
MUNICIPAL WASTEWATER APPLICATIONS
Traditionally, wastewater treatment professionals have had limited real-time information, relying upon lab data for parameters such as BOD or COD, that doesn’t allow for immediate and rapid response to fluctuations and events. It doesn’t have to be that way.
INFLUENT WASTEWATER
INFLUENT WASTEWATER MONITORING
PARAMETERS:
BOD, COD, TSS, Spectral Absorbance, Contaminant Alarm, Conductivity, pH
DESCRIPTION:
Gain peace of mind that an unforeseen event or shock load won’t go unnoticed. With real-time monitoring you can mitigate risk and enable your team to quickly react and boost treatment when unexpected events occur, avoiding costly operational problems.
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TREATMENT
CHEMICAL DOSE OPTIMIZATION
PARAMETERS:
BOD, COD, TSS
DESCRIPTION:
Optimize your chemical dose while achieving your desired solids and organics removal with real-time monitoring. With pre-treatment and post clarification monitoring, you can track your system’s effectiveness and dose in response to raw wastewater conditions. In turn, excess chemical dose will be minimized, decreasing sludge production and disposal costs, making for smoother operation after primary clarification.
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AERATION OPTIMIZATION
PARAMETERS:
BOD, COD, TSS, DO
DESCRIPTION:
Improve the efficiency of your aeration system with real-time monitoring of organic loading in addition to TSS and DO. Energy savings can be achieved by optimizing and controlling the aeration rate in real-time. Monitoring enables you to increase the rate when high organic loads are detected or decrease rate when organics are minimal, all while maintaining adequate treatment.
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BIOLOGICAL NUTRIENT REMOVAL MONITORING
PARAMETERS:
N03, N02
DESCRIPTION:
Optimize your carbon addition by monitoring nitrate and nitrite in real-time. A continuous feed of real-time information will enable you
to dose supplemental carbon in response to current wastewater conditions, avoiding overfeeding while maintaining nitrogen removal targets. In turn, costs are minimized through more efficient dosing and water quality is improved.
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UV DISINFECTION PERFORMANCE AND OPTIMIZATION
PARAMETERS:
UVT
DESCRIPTION:
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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TREATED WASTEWATER
ADVANCED TREATMENT MONITORING
PARAMETERS:
BOD, COD, TSS, Spectral Absorbance, Contaminant Alarm
DESCRIPTION:
Be assured your pre-treatment operations are running as designed with real-time monitoring. Upstream failures can be quickly detected, and immediate corrective actions taken to boost your chemical dosage and avoid costly damage, such as clogging of your membranes. In turn, the service life of your advanced treatment technologies will be extended, and costs minimized.
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EFFLUENT DISCHARGE MONITORING
PARAMETERS:
BOD, COD, TSS, Spectral Absorbance, Contaminant Alarm
DESCRIPTION:
Gain peace of mind that effluent quality continuously meets expectations with real-time monitoring. Quick alerts of concentrations approaching set thresholds can trigger treatment enhancements well before concentrations are exceeded, ensuring compliance with effluent quality standards for environmental discharge or reuse purposes.
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