About
Founded in 2018, blueOASIS is a private company headquartered in Horta, Portugal specializing in Wind, Solar, Tidal.
blueOASIS is a consulting and engineering firm specializing in offshore renewable energy, marine sustainability, and digital twinning solutions. The company provides advanced numerical simulation, AI-driven analysis, and digital twin technology to optimize the design and operational performance of renewable energy systems including floating offshore wind turbines, floating solar farms, tidal turbines, and wave energy converters. They also offer underwater acoustics expertise to assess and mitigate marine noise pollution. With a multidisciplinary team of aerospace engineers, mechanical engineers, naval architects, computer science specialists, and environmental experts, blueOASIS collaborates with universities and research institutions to develop innovative solutions for ocean sustainability and green maritime technologies.
Headquarters
Founded
Company type
Focus areas
Products & services
Business models
Value chain
Service areas (3)
Offshore Renewable Energy
Design, analysis, and optimization of floating offshore wind turbines, floating solar farms, tidal turbines, and wave energy converters using CFD, FEA analysis, mooring analysis, and optimization algorithms.
Underwater Acoustics and Marine Noise Pollution
Assessment, analysis, and simulation of acoustic behavior in marine ecosystems; noise source identification, characterization, and environmental impact modeling.
Digital Twinning and Simulation
Advanced numerical simulation, AI, and digital twinning solutions to optimize design and operational performance of renewable energy systems and offshore engineering projects.
Locations
Headquarters
Instalações da Escola do Mar dos Açores, Complexo da ex-Estação da Rádio Naval da Horta, 9900-038, Horta, Portugal
Operating locations (2)
- Largo do Camões 14, Leiria, Portugal
- Rua do Norte 16, Ericeira, Portugal
Service regions
Projects
7Development of a Digital Twin for wave monitoring
Improvement of hydrodynamic loads modelling practices for floating offshore wind turbine platforms
Development of an innovative tension mooring system for floating wind turbines
Extreme response of a floating docking pontoon for an electric ferry
Underwater Noise Environmental Impact Modelling
ML-Based visual assessment of biomass in aquaculture cages
ADVISOR Cooperative Missions of Autonomous Vehicle Swarms for Surveillance Tasks
Credentials & affiliations
Partnerships
Sofar, universities and research institutions across Europe
