Vitoria-Gasteiz - Smart AMVISA 2025 project

Description

The Smart AMVISA 2025 project marks the initial phase in digitalising the integrated water cycle. This initiative falls within Policy Plan 2, focused on “Resilient Infrastructure and Ecosystems”, under Component 5, dedicated to “Coastal Preservation and Water Resources”. The initiative focuses on enhancing water resource management to strengthen water policy, aligning with the strategic priorities set by the Ministry for Ecological Transition and the Demographic Challenge. 

Results (achieved or expected)

The project improved flood prevention through upgraded infrastructure and strategic water management practices. It advanced the digitalisation of water management, facilitating efficient data analysis and informed decision-making. Enhanced weather surveillance enabled accurate forecasting and timely interventions, while improved precipitation monitoring supported adaptive management. Additionally, a georeferenced web platform was developed. 

Enabling conditions

• The introduction of adaptation measures and a climate adaptation plan enhanced local resilience against climate change
• The transposition of the EU Marine Strategy Framework Directive ensured compliance
• Water treatment, efficiency and infrastructure safety (e.g. wastewater treatment, sanitation, water reuse, avoid water leakage) helped to protect the marine environment   
• River restoration, aquifer recovery and measures for flood prevention improved strategies to protect water resources and ecosystems
• Implementing digital tools helped streamline water management processes, enhancing efficiency and decision-making
• Specialised training programmes were delivered to equip professionals with skills for the digital transition in water management
• Water reuse initiatives were promoted to optimise resource utilisation and reduce freshwater demand 

Obstacles and difficulties met

• Climate change posed challenges by increasing uncertainty and severity of water-related events.
• Overexploitation and pollution of water resources hindered sustainable water management practices.
• Poor water quality complicated efforts to protect the marine environment
• Aging and inefficient infrastructure limited operational efficiency and effectiveness
• Water losses due to leaks and inadequate maintenance compromised overall resource management
• High risk of flooding and droughts created considerable vulnerabilities for water systems and communities
• Limited digitalisation and data integration restricted informed decision-making and efficient resource management 

Evidence of success

• Flood risk was significantly mitigated through strategic infrastructure upgrades and improved management protocols
• The georeferenced web platform enhanced real-time monitoring and operational coordination across the water cycle
• Digitalisation led to measurable improvements in efficiency, with faster response times and reduced operational costs
• Water reuse projects demonstrated tangible reductions in freshwater consumption, contributing to long-term resource sustainability
• Compliance with the EU Marine Strategy Framework Directive was achieved, reinforcing environmental standards
• Local capacity was strengthened through targeted training, enabling sustained implementation of digital water management tools

Recommendations for cities interested in developing such a project

• Prioritise the integration of digital tools to enable data-driven decision-making in water management
• Establish cross-sectoral governance to align infrastructure investments with environmental and climate goals
• Invest in workforce development programmes to ensure the availability of digital and technical expertise
• Develop geospatial platforms for real-time monitoring, forecasting and early warning systems
• Promote water reuse and efficiency measures to reduce stress on freshwater resources
• Ensure early alignment with relevant EU directives to facilitate compliance and access to funding opportunities