• With such a wealth of information here at SWAN, we want to make it easier for you to find the knowledge you seek as quickly as possible.

  • Lighthouse uses some of the most advanced AI language models to understand your questions and sifts through SWAN's entire knowledge base to find an answer. We have carefully trained it to present relevant information in a consolidated way.

  • As you navigate an ocean of information, let Lighthouse be your beacon.

  • Disclaimer: We cannot always guarantee complete or accurate responses, given that AI-powered dialogue is still an emerging technology. Lighthouse will always accompany answers with the most relevant references, which we encourage you to check out. We highly value your feedback to ensure that Lighthouse meets the highest standards of quality and reliability. If you notice something off, please contact us at:

  • Ready to join us?

    SWAN Members enjoy full access to Lighthouse (unlimited searches and gated content) along with global membership benefits.

Looking for classic search?

Maintaining Pressure and Minimising Fluctuations in Iceland

Eramosa (Digital Water Solutions) and Veitur Case Study


Related Topics

Leak Detection

Pressure Optimisation

Location: Álftanes Peninsula, Iceland
Population: 2,600

On the western Atlantic coast of Iceland, the beautiful Álftanes Peninsula is home to four thousand people, including Iceland’s president. Residents of Álftanes receive water through a distribution network served by a single main pipeline. The pipeline is small in diameter and it is impossible to maintain constant pressure during periods of high demand. In addition, the pipeline is made of a variety of materials, including PVC. With no local water storage and operations overseen by a neighboring municipality, it is challenging for the water team in Álftanes to meet their operational goals.

The Value of hydrant.AI

It was essential that any technology installed in Álftanes’ hydrant system met two key critera: the ability to work across pipe materials (including PVC) and the ability to be installed in a dry barrel noninterrupting configuration (which would allow hydrants to remain operational year-round).

The Experience

With DWS’ hydrant.AI technology, all the pilot goals were met, many to a higher degree than originally expected.

Benchmarks met included:

  • Identified smalls leaks as low as 2-2.5 l/s.
  • Identified three leaks as average pressure increased to meet demand.
  • Located an unexpected closed connection through interpretation of the data.
  • Identified pressure drops and associated trends related to a larger user in the area.
  • Observed both simulated and real-world leaks in acoustic and pressure data.

Key Value Propositions identified:

  • Locate small leaks before they become issues.
  • Identify pressure drops and associated trends.
  • Protect assets as pressure fluctuates to meet demand.
  • Include multiple sensors in a single integrated solution.
  • Allow year-round monitoring with a dry barrel non-interrupting configuration.

Problems solved with hydrant.AI

For the Álftanes Peninsula, pressure spikes and leaks were a major issue.

  • With hydrant.AI technology, both simulated and real leaks were detected. With advance detection, the water team had time to fix leaks before they became issues.
  • In addition, data collected by hydrant.AI helped the team better understand pressure spikes and correlate causes ranging from operational to demand driven events.

Furthermore, Veitur was able to see the ways ambient temperature effected the stability of the pipes in their distribution network.

Looking to the future:

  • Veitur plans to experiment with this technology in other Icelandic regions. With the capability to monitor year-round, northern regions with colder climates can also be supported.
  • DWS aims to expand this technology to include other hydrant types, such as below-ground hydrants.

Featured SWAN Members: