The future of water quality monitoring

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Biofilm Sampling Units (BSU)
MX1 (M stands for Monitor)
With CX
From CX
Biofilm Sampling Cell & Flowmeter
>Biofilm
>Flow Rates
>Water Temperatures
>Chemicals
>Corrosion
>Turbidity
>Scale
>RGB Colour Saturation
Biofilm viewed by a colour video camera providing highly magnified images (static and video) of the mesh on which biofilm may grow

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Flow & Temperature Units (FTU)
MX2 (M stands for Monitor)
With CX
From CX
Flowmeter
>Flow Rates
>Water Temperatures

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Secondary Monitoring Units (SMU)
MX3 (M stands for Monitor)
With CX (wirelessly)
Internal Battery
Clip on Temperature Sensors
>Temperatures of up to three pipes
Measures the pipe temperature once every 10 minutes and then sends the data back to the CX via an RF link once daily

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Flushing Valves
AFU1 (Auto-Flush Unit)
With CX (wirelessly)
Rechargeable battery pack or DC power supply
Solenoid Valves (x2) & Flowmeters (x2)
>Battery: measure Volume & Temperature during a flush
>Mains: measure Volume & Temperature continuously
Periodically flushes up to 2 pipes, records the water temperatures of the water before & after the flush and records the duration & volume of water flushed

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Evaporative Condenser
CX connected to:
>a solenoid on the sump’s drain (e.g. on sump, outlet pipe) via a relay.
>MX2 on the mains inlet/top-up to sump via HDMI cable.
>MX3 at the sump (recording stored water) via wireless connection.
>MX3 on the sump’s recirculation line via wireless connection.
>Provides auto-flush facility for sump.
>Flushes of a precise, defined duration can be initiated by the operator as required, or automatically on a repeating, scheduled basis.
>Three waterproof temperature sensors submerged in CWST at different depths or locations accurately measuring 3 water temperatures.
>Provides continual, timestamped, measurements of flow water temperature in the recirculation pipe from the sump to the top of the condenser (distribution pipes).
>As the inlet, sump & recirculation temperatures are being continually recorded, the evaporation loss can be calculated and recorded.
>If required, additional cameras can be linked to the CX system that can monitor the dosing system / chemicals, to identify leaks, chemical levels etc.

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Cooling Tower
CX connected to:
>a solenoid on the sump’s drain (e.g. on sump, outlet pipe) via a relay.
>MX2 on the mains inlet/top-up to sump via HDMI cable.
>MX1 or MX2 on the Process Flow line via HDMI cable.
>MX3 at the sump (recording stored water) via wireless connection.
>MX3 on the sump’s outlet to the Process Flow line via wireless connection.
>MX3 on the Process Return line via wireless connection.
>Provides auto-flush facility for sump.
>Flushes of a precise, defined duration can be initiated by the operator as required, or automatically on a repeating, scheduled basis.
>Three waterproof temperature sensors submerged in CWST at different depths or locations accurately measuring 3 water temperatures.
>Provides continual, timestamped, measurements of flow water temperature in the Process Flow & Return lines.
>If MX1 fitted then the systems Biofilm levels can be monitored.
>As the inlet, sump & Process temperatures are being continually recorded, the evaporation loss can be calculated and recorded.
>If required, additional cameras can be linked to the CX system that can monitor the dosing system / chemicals, to identify leaks, chemical levels etc.