DESIGN OF HYDRAULIC RISK PLANS AND URBAN DRAINAGE SYSTEMS

Integrated solutions for risk mitigation and sustainable stormwater management.

Growing urbanization, the reduction of permeable surfaces, and the increasing frequency of extreme weather events are severely testing the capacity of urban infrastructures to manage stormwater efficiently and safely.
Aquanexa responds to these challenges with an integrated service that combines the design of hydraulic risk plans with the development of sustainable urban drainage systems, aiming to support designers, public authorities, utilities, infrastructure operators (ports, highways, airports, etc.), and private entities in planning, prevention, and hydraulic risk management.

 

The service includes in-depth territorial studies, analysis of existing water networks and infrastructures, and advanced hydraulic modeling to simulate risk scenarios, identify vulnerable areas, and correctly size mitigation works and/or stormwater treatment systems.
At the same time, efficient urban drainage systems are designed to control, delay, or retain runoff using solutions such as detention tanks, retention basins, and Sustainable Urban Drainage Systems (SUDS).

 

Special attention is given to regulatory compliance, including the preparation of documents required by regional and national regulations (e.g., hydraulic invariance projects, simplified municipal risk documents), and to the use of advanced digital tools: GIS, digital twin, interactive interfaces, and analytical dashboards that support informed decision-making.

 

Aquanexa ensures a multidisciplinary and scalable approach, capable of adapting to complex urban contexts and enhancing technical data to turn it into actionable strategy.

Application areas

Extended waterExtended water
GasGas
District heatingDistrict heating
WasteWaste
InfrastructuresInfrastructures
Smart citiesSmart cities
AgricultureAgriculture

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Hydraulic risk prevention

Targeted analysis and interventions to reduce flooding and protect strategic infrastructure and the environment.

Sustainability and regulatory compliance

Environmentally respectful solutions that meet applicable standards and minimize intervention impacts.

Operational and design efficiency

Optimization of water resources, time, and costs through digital tools and an integrated approach.

Support for resilient cities

Planning solutions that enable adaptive and sustainable urban management.

Advanced Hydraulic Modeling

Simulations to analyze network behavior under variable and critical scenarios.

Hydraulic risk plans

Territorial analysis, simulations, and up-to-date data for the preparation of compliant technical documents.

Sustainable drainage systems (SUDS) and Sponge Cities

Nature-based technologies for local stormwater management.

Geospatial integration and digital twin

Detailed territorial analyses enabling precise, data-driven design.

Detention tanks, retention basins, and stormwater treatment systems

Design of infrastructure for controlled water accumulation, release, and treatment.

Technical and regulatory compliance

Projects and plans aligned with local, regional, and international regulations.

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