BLUEengineering
Port and river infrastructure are central elements for logistics, the blue economy and territorial connectivity. This area of activity focuses on the planning, design and optimisation of ports, navigable channels, dredging and maritime structures, ensuring the functionality, safety and sustainability of these infrastructures. BLUEMETRICS' approach integrates hydraulic engineering, numerical modelling and solutions tailored to each physical and operational context.
01
📋
Engineering & Design
Ports, marinas and coastal infrastructure
Planning and technical design for port structures and maritime operations.
- Planning and master planning of ports, marinas and coastal infrastructure;
- Design of port and coastal structures: quays, breakwaters, groynes, outfalls, etc.;
- Design of port and coastal structures: quays, breakwaters, groynes, outfalls, etc.;
- Simulation and analysis of ship mooring;
02
🧮
Dredging & Dredged Material Management
Silting, volumes and destination
Dredging studies and planning, with environmental assessment and logistics for dredged material.
- Siltation studies and definition of dredging volumes;
- Planning, dimensioning and supervision of dredging operations;
- Environmental assessment and disposal of dredged material;
03
🛰️
Technical & Operational Support
Inspection, representation and field support
Technical assistance and specialised supervision during the execution of coastal and port works.
- Supervision of works and technical assistance in the field;
- Representation of the project owner and specialised monitoring;
- Physical modelling (2D/3D) and technical support for coastal and port works;
04
🔭
Adaptation to Climate Change & Greening the Gray
Resilience, reskilling and climate finance
Projects to make coastal infrastructure more resilient and integrated with natural solutions.
- Assessment of climate vulnerability and risk in ports, riverine areas and coastal infrastructure;
- Project for adapting infrastructure to climate change;
- Designing flexible and adaptable infrastructure (adaptive pathways);
- Integration of climate resilience criteria into engineering projects;
- Support for project applications for climate financing (Climate Proofing);
- Requalification of rigid structures with mixed or nature-based solutions (Green-Grey);
- Co-design with stakeholders for local and sustainable solutions.