You probably do not come from: United Arab Emirates. If necessary, change to: United States

Pump station monitoring retrofits

Water and Wastewater
Water treatment
Monitoring and maintenance
Remote monitoring
Case Study

io-key easily and cost-effectively prevents flooding caused by system failures

Know about pump station
failures immediately

Simple connection

Avoid high consequential
costs of flooding

Results

  • Prevention of local flooding due to pump station failures
  • Simple connection via io-key
  • moneo integration of sensors for level and pump monitoring
  • Prevention of costly clean-up work

The challenge

In areas where the natural gradient is not suffi­cient to transport wastewater, smaller pumping stations are installed. These also prevent flooding during heavy rainfalls. There are typically one or two pumping stations per residential area of 50 households.

Their comparably simple construction consists of electrically operated pumps and level sen­sors which either work mechanically or with ultrasound. In the past, the pumping stations did not feature any monitoring solution. If the level measurement did not work, the pump would not start and the station would overflow. Breakdowns of pumping stations would only be noticed when local flooding occurred. This had financial consequences: a tanker with a pump for cleaning cost several thousand euros. At the same time, such flooding incidents did not help the company’s reputation.

Our customer

One of the largest water and waste-water companies in Great Britain supplies drinking water and sewage treatment / sewerage services to over 2.5 million households and more than 110,000 businesses.

Almost one billion litres of untreated water are collected every day and treated in their network of over 1,000 sewage treatment works. The sewerage system has a total length of 76,000 kilometres.

Our customer

One of the largest water and waste-water companies in Great Britain supplies drinking water and sewage treatment / sewerage services to over 2.5 million households and more than 110,000 businesses.

Almost one billion litres of untreated water are collected every day and treated in their network of over 1,000 sewage treatment works. The sewerage system has a total length of 76,000 kilometres.

The solution – why ifm?

Remote monitoring proved difficult in the past, as it was simply too complex to connect over 400 pumping stations to the network. This challenge was solved with ifm’s io-key, which offers a simp­le and fast way to transfer sensor data directly to the cloud.

The compact device merely requires a power supply and sufficient mobile network coverage. For communication, the module uses Narrow­band IoT or the 2G network; alternatively, a mobile network connection via LTE CAT M1 can be used.

As only small amounts of data are transmitted, such narrowband networks are completely suf­ficient. Via an IO-Link input module, the io-key in the pumping station is connected to the ana­logue sensor signals of the level sensors and the signals for the status of the pumps.

The installation is based on the plug & play prin­ciple: After connecting the sensors to the io-key, the values become immediately available in the cloud and can be observed via the dashboard. The system optimally connects to the IIoT plat­form moneo. If a component in a pumping stati­on fails, the monitoring solution will immediately trigger an alarm, allowing maintenance staff to intervene before any flooding occurs. Already in the first months following installation, they were able to prevent two floods due to failures in pumping stations.

Case Study: Pump station monitoring retrofits

System structure for pump station monitoring

The latest success stories

The inspiring application reports, case studies and video reports from all industries show how our customers successfully save costs with solutions from ifm. At the same time, the efficiency and functionality of machines can often be increased.