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ENERGY COMMUNITIES AND WATER CYCLE

Organized by ITG Technology Center, last June 26th was held the conference “Digitalization, Water Cycle and Urban Resilience”. The activity, framed in the context of the #EUgreenweek, once again became a showcase of our Ecosystem as part of a luxury program that managed to bring together key entities in the sector such as Augas de Galicia, Spanish Water Technology Platform PTEA, VIRATEC, Aqualia and KlinK Srl.

The forum served to share success stories and best practices on the digitization of the Water Cycle and its influence on urban resilience, and was accompanied by the presentation of European and national CDTI support lines for R&D&I projects.

The intervention of INNO4H2O was given by Pablo Álvarez Rodríguez (Smart Energy Project Manager at ITG Centro Tecnológico) in a presentation entitled “Energy Communities and Water Cycle”.

In the current context of climate crisis, concepts such as water resilience are becoming increasingly important. This need for adaptation calls for more flexible, interconnected and efficient systems, where water and energy management are addressed jointly. An ideal scenario for boosting energy communities

The ability of Energy Communities to generate, manage and share energy at the local level not only reduces the operating costs of water cycle infrastructures, but also strengthens the autonomy and responsiveness of these systems in critical situations, and allows moving towards more sustainable and resilient models, aligned with the current challenges of climate change.

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ICT technologies for water management (SMART WATER)

1. Systems for Distribution and Sanitation Networks
  • GIS WEB Platform for the Integral Management of Water Infrastructures.
  • Development of Integrated Management Plans for Sanitation Systems (PIGSS).
  • Cybersecurity audits: Vulnerability assessment according to ISO 27000 standards.
  • Smart Sewer System Management (Smart Sewer System Management).
  • Plant optimization through simulation module (Urban Water Platform as a Service).
Water Treatment Systems
  • Odor impact assessment at WWTPs.
3. AI for Network and Process Efficiency
  • Intelligent data integration.
  • Data Architecture.
  • Data visualization through advanced analytics.
  • Advanced Artificial Intelligence Models.
  • Future Scenario Simulation, Strategic Planning with Digital Twin.
4. Augmented Reality and NLP for Networks and Processes
  • Consulting and Implementation of NLP for the Intelligent Management of the Water Cycle.
  • Advanced applications in RV/RA/RX in the water cycle.