Our services
Hydraulic engineering in full
From risk analysis to infrastructure protection, from urban drainage to wastewater treatment: multidisciplinary expertise, industrial R&D and predictive technologies at the service of territories, communities and businesses.
12Areas of expertise
200+Projects completed
25+Years of experience
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.
1D and 2D mobile-bed simulations and sediment transport analysis
Retention basins, attenuation reservoirs, overflow weirs and diversion channels
River training, bank protection and slope stabilisation
Proprietary algorithms, Digital Twins and LiDAR drone monitoring
Permitting with River Basin Authorities and cost-benefit analysis
Data-driven engineering for resilient and efficient networks
In a context where water scarcity and the complexity of urban networks pose growing challenges, IdroAM delivers advanced hydraulic engineering solutions to ensure service continuity, loss reduction and infrastructure safety.
Network Digital Twin: a virtual replica to simulate consumption, losses and maintenance scenarios
District Metered Areas (DMA) and Non-Revenue Water (NRW) reduction using AI and Machine Learning
Design of collectors, pipelines and storage tanks
IoT sensors and predictive maintenance to reduce emergency costs
Urban growth forecasting models for strategic network expansion
Resilient, safe cities protected against extreme events
Urban drainage is no longer just about water disposal: it now demands integrated systems combining advanced hydraulic modelling, sustainable water management and technological innovation. IdroAM develops Sustainable Urban Drainage Solutions (SuDS) that protect cities and infrastructure from flooding, reducing risks and environmental impact.
Simulations of extreme rainfall events and flash floods
Permeable paving, infiltration trenches, green roofs and rain gardens
Attenuation basins, detention systems and temporary storage
Urban Digital Twin with Machine Learning for emerging critical issues
First-flush filtration and sedimentation systems with remote monitoring
Turning wastewater into a valuable resource
Modern wastewater management goes beyond disposal: it requires integrated, efficient and sustainable solutions capable of ensuring regulatory compliance, energy savings and resource reuse. IdroAM designs and optimises municipal and industrial plants, combining applied engineering, R&D, artificial intelligence, drones and Digital Twins.
Secondary biological processes: SBR, MBR and MBBR reactors with automated control
Advanced filtration, UV or ozone disinfection and water reuse
Upgrading and capacity enhancement of existing plants without volumetric expansion
Digital Twin for real-time simulation of treatment processes
Sludge management: stabilisation and energy recovery
The technical core of every IdroAM project
Hydraulic and hydrological modelling is not merely a design support tool: it is the decision-making core that enables complex scenarios to be forecast, water networks to be optimised and the safety of civil, industrial and urban infrastructure to be guaranteed. With over 25 years of experience, IdroAM combines scientific rigour, industrial research, artificial intelligence, drones and Digital Twins.
1D/2D river hydraulic models and CFD simulations with FLOW 3D Hydro
HEC-HMS/HEC-RAS, EPA-NET/EPA-SWMM, InfoWorks WS Pro/ICM
Mike Urban/Mike 21, QGIS/ArcGIS, Autodesk Civil 3D + SSA
Water supply, sewer and irrigation network models
BIM, Digital Twin, LiDAR drone surveys and predictive Machine Learning
Quantitative analysis for hydraulic and insurance risk
Complete technical management of hydraulic works
The delivery of complex hydraulic infrastructure demands constant on-site presence, multidisciplinary expertise and rigorous operational control. IdroAM ensures that what has been designed is built with precision, safety and respect for timelines and costs, integrating drones, IoT sensors, Digital Twins and advanced data analytics.
Construction Management (CM): supervision of construction phases, technical variations, materials control
H&S Coordination (design and execution): H&S Plan and site supervision for deep excavations and in-channel works
Technical and administrative control: measurement records, cost ledgers, progress statements
Commissioning and functional testing: static and hydraulic testing
Site Digital Twin and LiDAR drones for volumetric progress tracking
Decision-making engineering for territorial protection
Modern territorial planning requires rigorous assessment of hydraulic, hydrogeological and infrastructure components. IdroAM supports public authorities, bodies and designers in defining land use strategies and civil protection scenarios, turning complex data into operational maps and clear decision-making tools.
Hydraulic hazard studies for flood risk management plans across multiple return periods (RP)
Support for planning variations with hydraulic and hydrogeological compatibility assessments
Civil protection plans: emergency scenarios, alert thresholds, operational protocols
Territorial Digital Twin for dynamic simulations and predictive risk management
Geographic Information Systems (GIS) for consultation and dynamic updates
Scientific rigour and integrated sustainability
Every infrastructure project must contend with ecosystem complexity and environmental regulations. IdroAM provides advanced technical consultancy for comprehensive environmental assessments with a hydraulic, hydrogeological and territorial focus, ensuring precision, traceability and a data-driven approach.
EIA: impact analysis on water, soil, fauna and flora with hydraulic simulations
SEA: technical support for plans and programmes with hydrogeological compatibility
HRA: studies for Natura 2000 protected areas, SACs, SPAs and riparian habitats
Pre and post-works monitoring with IoT sensors and drone surveys
Environmental Digital Twin for dynamic simulations and evolutionary scenarios
Hydraulic protection for safe and sustainable transport networks
Road and rail infrastructure represents critical assets for territorial functionality and public safety. IdroAM designs integrated solutions for drainage, works protection and water flow optimisation, combining advanced modelling, industrial R&D, AI technologies and drone surveys.
Road and rail drainage: culverts, gullies, ditches and stormwater disposal
Hydraulic compatibility assessments for bridges and viaducts including freeboard analysis
Scour Analysis for foundation protection and erosion risk reduction
Structural and mechanical pavement analysis and ground consolidation
IoT monitoring for water levels, real-time alerting and predictive maintenance
Turning an environmental constraint into a strategic resource
The management of excavated soil and rock is one of the most complex challenges on civil and infrastructure engineering sites. IdroAM addresses this issue with a scientific, innovative and data-driven approach, integrating industrial research, applied engineering, modelling, drones and artificial intelligence.
Environmental and physico-chemical soil characterisation in accordance with DPR 120/2017
Reuse Management Plans (PUT) to maximise material reuse and minimise landfill and quarry extraction
Site-specific risk analysis (SRA) with site-specific threshold concentrations (STC)
Digital traceability with GIS, integrated databases and drone surveys
Transport and storage logistics optimisation for a circular economy approach
Forecasting, quantifying and mitigating hydraulic risk
In the insurance and risk management sector, uncertainty translates into high costs and suboptimal decisions. IdroAM provides advanced quantitative hydraulic risk analysis for buildings, infrastructure, industrial plants and business activities, turning complex data into reliable decision-making tools.
High-resolution 1D and 2D hydrodynamic modelling (including mobile-bed)
Rainfall intensity-duration-frequency curves with customised return periods: 50, 100, 500 years
Expected Annual Damage (EAD) estimation integrating structural vulnerability and climate scenarios
Risk classification and technical rating for premiums and deductibles
Decision Support System (DSS) with real-time data from sensors and drones
Ensuring the safety of bridges and civil engineering structures
Bridges and bridge structures are among the most critical works for the safety of citizens, traffic and industrial networks. IdroAM offers specialist expertise in hydraulic and structural protection, combining advanced hydraulic modelling, applied engineering and industrial research to guarantee resilience even under extreme climate scenarios.
Scour Analysis using HEC-18 methodologies and mobile-bed models
2D and 3D hydrodynamic modelling of flows around piers and abutments
Hydraulic freeboard verification, discharge capacity and floating debris management
Design of protection works: riprap, mattresses, check dams and innovative defences
Digital Twin with LiDAR drones, bathymetric surveys and real-time IoT alert systems
