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Flood Defence and
Service 01
Flood Defence and
Hydraulic Risk Reduction
Turning hydraulic complexity into territorial safety
Hydraulic risk management can no longer rely on isolated interventions. IdroAM approaches territorial protection with an integrated catchment-wide vision, where applied engineering, advanced numerical modelling and industrial research converge to deliver safe, sustainable and innovative solutions. Our approach combines scientific precision, R&D and collaboration with universities and international research centres, ensuring resilient hydraulic works and a genuine reduction of risk for communities, infrastructure and productive assets.
Expertise
Our lines of intervention
We operate across three complementary levels: diagnostic analysis, integrated design and predictive monitoring.
1
Advanced Hydrodynamic Modelling
- 1D and 2D mobile-bed simulations: we forecast the interaction between water and sediments to understand how the river channel will evolve during flood events. This approach prevents common design errors and ensures works that are durable and effective over time.
- Sediment transport analysis: we estimate material accumulation and erosion along rivers, essential for the safety of bridges, embankments and diversion channels.
2
Hydrological and Hydrogeological Studies
- Rainfall-runoff models: we integrate historical data and future climate scenarios to define reliable design flow rates.
- Hydraulic risk analysis: we assess areas prone to flooding and landslides to plan targeted interventions.
3
Integrated Design of Hydraulic Works
- Retention basins and attenuation reservoirs: intelligent systems for the temporary management of flood flows.
- Overflow weirs and diversion channels: strategic bypass works to relieve critical river reaches.
- River training and bank protection: design of check dams, weirs and natural or artificial defences.
- Slope stabilisation: landslide risk mitigation through advanced geotechnical analysis.
Integrated hydraulic safety combined with environmental regeneration and social use of the territory.
Every project is born from the integration of industrial research and design practice, backed by over 25 years of experience in hydraulic risk management.
IdroAM Engineering
R&D
Industrial Research and Technological Innovation
IdroAM integrates R&D and applied engineering to deliver results born from the combination of industrial research and design practice.
Proprietary Algorithms
Advanced calculation and simulation tools that go beyond the limitations of commercial software.
Drone and IoT Monitoring
High-resolution LiDAR and photogrammetric surveys create Digital Twins of the territory, calibrating models with centimetre-level precision.
Artificial Intelligence (AI) and Data Analysis
Predictive models based on machine learning to anticipate floods and inundations, providing real-time decision-making tools.
This integration of advanced models, data analysis and field experience guarantees a win-win approach, where hydraulic safety coexists with the environmental and social value of the territory.
Added Value
The Value of IdroAM Design
Our experience of over 25 years allows us to navigate Italian and European regulations with confidence (EU Floods Directive 2007/60/EC, NTC 2018), designing works that are approvable, buildable and maintainable.
Technical and regulatory support services:
- Permitting with River Basin Authorities, Regional Bodies and Environmental Agencies.
- Cost-benefit analysis to ensure the maximum return on investment.
- Win-win approach: hydraulic safety integrated with environmental regeneration and social use of the territory.
Why Us
Why choose IdroAM
1
Precision and scientific rigour
Every project is grounded in real data, LiDAR surveys and multidimensional hydrodynamic simulations.
2
Industrial and academic collaboration
We combine specialist expertise with university research and international R&D.
3
Practical and lasting solutions
From preliminary analysis to post-works monitoring, we reduce technical uncertainties and operational risks.
4
Advanced technologies
Digital Twin, AI, drones, IoT sensors and sophisticated numerical modelling.
Technical Focus
Technical focus: Mobile-Bed Modelling
Many works fail because they are designed on static channel assumptions. IdroAM simulates the real dynamics of the riverbed, ensuring that works not only withstand floods, but maintain their functionality and safety over time.
Benefits of advanced modelling:
- Elimination of uncertainties in the delineation of risk areas.
- Definitive safety for urban, industrial and critical infrastructure areas.
- Optimisation of construction and maintenance costs.
Objectives
Service objectives
Prevent damage to people, industries and infrastructure.
Reduce flooding and landslide risks through targeted interventions.
Provide advanced decision-making tools for public bodies, insurers and land managers.
Integrate hydraulic safety, environmental protection and social use of the territory.
