Services
We can help you with
We offer a wide range of specialized technical and engineering solutions for the Blue Economy.
Explore our diverse portfolio of service offers.
- Environmental Impact Assessment (e.g., marine mammals, underwater noise)
- Socio-Economic Impact Studies
- Environmental consenting risk & Constraint Mapping
- Environmental monitoring
- Life Cycle Assessment (LCA), Social-LCA & Biodiversity LCA
- Environmental Survey Procurement & Management
- GIS: Advanced Spatial Analysis and Modelling
- Structural Engineering and modelling of fluid-structure interactions
- Detailed CFD modelling of marine energy structures
- Cable and mooring design analysis
- Advanced O&M, Reliability Modeling and Maintenance Strategy
- Prototype testing in wave tank
- Wind turbine generator engineering
- Digital Twinning: Real-Time Data, Performance & Maintenance
- Metocean reports to support design
- Site assessment and mapping
- Conceptual design, layout definition and WTG selection
- Grid connection assessments
- Wake modelling and energy yield assessments
- Tendering & auction support, bid strategy definition
- Permitting & Consenting support
- Stakeholder engagement
- Floating wind innovations
- Floating PV
- Ocean energy (wave, tidal, OTEC)
- Hydrogen
- Energy storage
- Co-location with other marine uses (e.g., aquaculture, habitat restoration – Nature Inclusive/Enhancing Designs, interactions with Marine Protected Areas, static fishing)
- Energy & environmental policy advisory
- Stakeholder mapping and engagement plans
- Public Awareness Campaigns
- Advanced training programs for executives
- Market Entry Strategy
- Support to EU and private funding applications
- Market studies
- Supply chain analysis
- Techno-economic & LCOE modelling
- OPEX Forecasts
- Foresight and scenario building
- T&I modelling and planning
- Port assessment and selection
- Vessel assessment and selection
- Development of method statements & storyboards
- HSE Risk assessments
- Offshore client representation
- Third-party technology/design/project review
- Regulatory Compliance
- Risk Assessment
- Route-to-market
Our Tools
We have experience using decision-making tools for deep offshore applications as well as employing state-of-the-art software for design and engineering purposes.
Mechanical is a best-in-class finite element solver with structural, thermal, acoustics, transient and nonlinear capabilities and Fluent has advanced CFD physics modeling capabilities known for its industry leading accuracy.
Mechanical is a best-in-class finite element solver with structural, thermal, acoustics, transient and nonlinear capabilities and Fluent has advanced CFD physics modeling capabilities known for its industry leading accuracy.
A finite element software coupled with SolidWorks CAD capabilities, capable of producing modal, static, dynamic and fatigue analyses.
A finite element software coupled with SolidWorks CAD capabilities, capable of producing modal, static, dynamic and fatigue analyses.
A 3D linear radiation-diffraction BEM codes (boundary element method).
A 3D linear radiation-diffraction BEM codes (boundary element method).
Simulates the coupled dynamic response of wind turbines like operational and extreme load, blade and tower fatigue, power production and control transient events, etc.
Simulates the coupled dynamic response of wind turbines like operational and extreme load, blade and tower fatigue, power production and control transient events, etc.
Dynamic analysis of offshore systems like loadings on offshore structures in extreme conditions, time series of mooring line tension, and wave drift loads.
Dynamic analysis of offshore systems like loadings on offshore structures in extreme conditions, time series of mooring line tension, and wave drift loads.
A viscous-flow CFD code that solves multiphase unsteady incompressible flows using the RANS equations.
A viscous-flow CFD code that solves multiphase unsteady incompressible flows using the RANS equations.
A strategic support tool for scenario building to support future foresight action plans based on the morphological analysis.
A strategic support tool for scenario building to support future foresight action plans based on the morphological analysis.
Optimisation tool to select and size energy sources to satisfy a predefined load profile.
Optimisation tool to select and size energy sources to satisfy a predefined load profile.
Tool to identify suitable configurations of floaters to maximise lifetime, prevent overdesign, and reduce costs.
Tool to identify suitable configurations of floaters to maximise lifetime, prevent overdesign, and reduce costs.
Provides a quick overview of geographical biofouling distribution to facilitate informed decisions.
Provides a quick overview of geographical biofouling distribution to facilitate informed decisions.
Assess O&M strategy: corrective, calendar, and condition-based maintenance. Short-term planning of O&M operations based on pre-defined operation plans, safety requirements (environmental and maritime), logistics, and weather forecasts.
Assess O&M strategy: corrective, calendar, and condition-based maintenance. Short-term planning of O&M operations based on pre-defined operation plans, safety requirements (environmental and maritime), logistics, and weather forecasts.
Provides Levelized Cost of Energy (LCOE) for offshore renewable energy (ORE) projects and financial indicators such as Internal Rate of Return (IRR) and Net Present Value (NPV), considering project location, technology design, farm design, and project costs, among others. Articulated with a parametric cost model that factors in key parameters across the life cycle phases of ORE technology to create mathematical relationships for accurate cost estimates based on industry data. Includes a range of sensitivity drivers to identify the most impactful aspects of ORE technology.
Provides Levelized Cost of Energy (LCOE) for offshore renewable energy (ORE) projects and financial indicators such as Internal Rate of Return (IRR) and Net Present Value (NPV), considering project location, technology design, farm design, and project costs, among others. Articulated with a parametric cost model that factors in key parameters across the life cycle phases of ORE technology to create mathematical relationships for accurate cost estimates based on industry data. Includes a range of sensitivity drivers to identify the most impactful aspects of ORE technology.
GIS-based Multi-Criteria Decision Analysis (MCDA) tool (using Python scripts) for prioritizing areas for offshore renewable energy (ORE) project development. Criteria and weight distribution are based on objective cost assumptions, with cost functions reclassifying local characteristics into installation and operation costs. This robust approach addresses the well-known insufficiencies of traditional MCDA.
GIS-based Multi-Criteria Decision Analysis (MCDA) tool (using Python scripts) for prioritizing areas for offshore renewable energy (ORE) project development. Criteria and weight distribution are based on objective cost assumptions, with cost functions reclassifying local characteristics into installation and operation costs. This robust approach addresses the well-known insufficiencies of traditional MCDA.
Decision-support tool for planning offshore operations - weather windows assessment and weather delays. Able to accommodate site and project specific requirements. Validated database with >16k vessels.
Decision-support tool for planning offshore operations - weather windows assessment and weather delays. Able to accommodate site and project specific requirements. Validated database with >16k vessels.
Contribution to the development and upkeep of open-source tools for the offshore renewable energy community.
DTOceanPlus: open-source suite of advanced design tools for ocean energy projects.
EMF Modelling: Estimation of Electromagnetic fields radiated from subsea power cables.
Contribution to the development and upkeep of open-source tools for the offshore renewable energy community.
DTOceanPlus: open-source suite of advanced design tools for ocean energy projects.
EMF Modelling: Estimation of Electromagnetic fields radiated from subsea power cables.
Input-Output Analysis Tool is a macroeconomic model for mapping the interconnections between industries and assists in analysing the economic impact of changes in investments and innovations, aiding strategic decision-making by highlighting dependencies and economy-wide effects.
Input-Output Analysis Tool is a macroeconomic model for mapping the interconnections between industries and assists in analysing the economic impact of changes in investments and innovations, aiding strategic decision-making by highlighting dependencies and economy-wide effects.
Life Cycle Assessment (LCA) tool for evaluating environmental impacts of technologies and processes over the life cycle, quantifying emissions, energy and resources used, and supporting informed decisions in the development of more sustainable solutions.
Life Cycle Assessment (LCA) tool for evaluating environmental impacts of technologies and processes over the life cycle, quantifying emissions, energy and resources used, and supporting informed decisions in the development of more sustainable solutions.
Testimonials
