Project Summary

The water management industry is deeply affected by its construction inconsistencies. Specifically, new water pipes coexist with the older distribution system dating back 50 years. As a result, failures occur, and water leakages emerge. Yet, water leakage problems are challenging and difficult to contain or manage effectively.

Per year, there is a 20% average loss of treated water globally. So, assuming that leakages are left unattended, they can result in around 31.5 million m3/year of water loss and €16 million in revenue. At the same time, processing water and wastewater is energy-intensive and accounts for around 40% of municipal energy use, commonly produced by burning fossil fuels with carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) emissions of up to 5%. Thus, a definitive solution should be found regarding problems with groundwater management, source water protection, and the treatment of existing and new wastewater.

Objectives

Technologies

  • Modular design for extended functionality
  • Accurate water network navigation
  • Continuous pipeline scanning
  • Assistance with the decision-making process of inspection and maintenance scheduling
  • Structural defect identification
  • Data logging and archiving
  • Accurate detection of leaks
  • Novel repair deployment mechanism for pipeline repairs
  • Provision of resident robot charging
  • Wireless data exchange between resident robot and DSS
  • Retrieval and delivery of mission plans

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