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The future of water quality monitoring

From Survey to Installation, our low cost products offer peace of mind and total compliance.
What it does

Measuring water quality.

We have developed an Innovative sensor that can reliably detect biofilms & monitor the overall Water Quality in pipe systems at low cost.
Detects Biofilm 
Monitors Biofilm
Monitors Water Quality
Monitors Temperatures
Monitors Flow Rates
Monitors Corrosion levels
Monitors Turbidity
Monitors Scale levels
Monitors RGB Colour Saturation
Online Chemical Control
Auto Flush Outlets/ Systems

The benefits

Minimise Biofilm
Reduce Corrosion
Improve Energy Efficiency Transfer
Reduce Running Costs
Improve Overall Water Quality
Control Water Temperatures
Protect Our Clients Water Systems
SOLution

How does it work?

The sensor monitors the internal conditions of the pipework via an Ultra HD Camera that can provide live video to any of our clients’ remote devices. It can also present a time lapse video / pictures to show the levels of Biofilm over a specific period. This is possible due to our Biofilm Mesh Coupons that are built into each sensor. 

Our SOLution can also be built with an Ozone Generation Technology (SOLtech Ozone Cells). The compact SOLtech Ozone Cells are highly efficient & clears biofilm over a short period.
Read more
The biofilm monitor is extremely capable at promptly detecting when a biofilm is present and gives a very prompt & accurate indication of when the biofilm has been eradicated.

Our SOLution Biofilm Monitor with SOLtech Ozone Cells has been shown to be more effective in the removal of biofilm & inorganic fouling than other traditional methods, such as Sodium Hypochlorite disinfections.

Can be used in all types of water systems (e.g. Hot & Cold Water Systems, Cooling Systems, Closed Heating/Chilled Systems & Process Systems). SOLution system can also auto-flush the outlets.

This design allows a standard flush to fully comply with the regulations, but also flushes the dead leg by means of a novel plumbing arrangement to a SOLution proprietary design.

How do you know a little used outlet has been flushed? Waterman auto flush valves date and time stamp: – Time of Flush – Date of flush – Volume of water flushed – Temperature of flushed water
SOLution can monitor:
Biofilm levels
Corrosion levels
Water Flow rates
Water Temperatures
Turbidity
Scale levels
Chemical levels
Inorganic fouling
RGB Colour Saturation
Implementation

Our process

01 Survey
• Survey Site
• Risk Assess Water Systems
• The Units can be fitted to any Water System
• Identify Higher Risk Systems
• Create Implementation Strategy
• Propose Plan to Client
02 Installation
• Agree Start Date
• Carry out Install of Primary Units
• Secondary Units & Auto-Flush Valves
• Commission System
03 Monitoring
• Train Client’s Staff on Online Monitoring System
• Waterman Staff to Continually Review Results
• Carry out Case Study
• 24/7 Operation provides Detection of Temperature, Biofilm, Flow Rates etc.
04 Maintenance
• Ongoing Maintenance Included in Package
• Highly Skilled Experts
• 24/7 Emergency Call Out Facilities Nationwide
SOLution - Our Diagrams

How it can work on your water systems

Connectivity Overview

Technical Name:
Unit Name:
Communications:
Power Supply:
Connects to:



Detail:
Primary Electronics Unit (PEU)
CX (C stands for Communications)
Cloud-based server via built-in Wi-Fi or via 4G GPRS Mains Powered or Low-Voltage DC
>up to 3 MX1 or MX2 (via 1m HDMI cable), and;
>up to 4 relays (control dosing pumps, flushing valves etc.)
>up to 16 MX3 or AFU1 (wirelessly)
>provide auto-flush facility…
Read more
Technical Name:
Unit Name:
Communications:
Power Supply:
Contains:
Monitors:







Detail:
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
Technical Name:
Unit Name:
Communications:
Power Supply:
Contains:
Monitors:
Flow & Temperature Units (FTU)
MX2 (M stands for Monitor)
With CX
From CX
Flowmeter
>Flow Rates
>Water Temperatures
Technical Name:
Unit Name:
Communications:
Power Supply:
Contains:
Monitors:
Detail:
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
Technical Name:
Unit Name:
Communications:
Power Supply:
Contains:
Monitors:




Detail:
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

Cold Water Storage Tank Monitoring

System Name:
Communications:


Power Supply:

Connects to:




Detail:
MX-CWST
Within system achieved wirelessly or via HDMI cable- then data is transmitted to a cloud-based server via built-in Wi-Fi, or via 4G GPRS
Mains Powered or Low-Voltage DC, plus AA Batteries
>up to 3 MX2 (or MX1 if required)via HDMI cable, and;
>up to 4 relays (flushing valves, control dosing pumps, etc.), and;
>up to 16 MX3
>Provides auto-flush facility for CWST.
>Flushes of a precise, defined duration can be initiated by the operator as required, or automatically on a repeating, scheduled basis.
>Provides continual, timestamped, measurements of flow volume & water temperature in inlet pipe to the CWST, and other pipes as required.
>Three waterproof temperature sensors submerged in CWST at different depths accurately measure stratified water temperature.
>Temperature sensor clipped to CWST outlet pipe monitors external pipe temperature.

Cooling System Monitoring - Cooling Towers / Evaporative Condensers

System Name:
System Type:
Communications:


CX Power Supply:

Connects to:
MX-COOLING
Evaporative Condenser
Achieved wirelessly or via HDMI cable - then data is transmitted to a cloud-based server via built-in Wi-Fi, or via 4G GPRS
Mains Powered or Low-Voltage DC, plus AA Batteries
>up to 3 MX2 (or MX1 if required) via HDMI cable, and;
>up to 4 relays (flushing valves, control dosing pumps, etc.), and;
>up to 16 MX3
Read more
System Name:









Detail:
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.
System Name:













Detail:
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.
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Discover the Future of Water Quality Monitoring

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