Our Services
we provide expertise in various critical areas. Our services encompass fabrication inspection, ensuring that all components meet the required standards and specifications. We also excel in transport and installation, meticulously planning and executing the logistics involved in safely deploying the wind turbine foundations and associated infrastructure. Our expertise extends to cable burial performance, where we assess and optimize the techniques employed to bury cables securely and effectively.
Risk assessment is another integral aspect of our consultancy, as we conduct thorough evaluations to identify potential hazards and develop mitigation strategies. In addition, we offer pile installation assessment, ensuring the precise and stable placement of piles to support the wind turbine structures. Our consultancy covers foundation transportation, where we devise efficient strategies for the safe and timely transportation of foundation components.
Construction
FABRICATION INSPECTION
TRANSPORT & INSTALLATION
CABLE BURIAL PERFORMANCE
RISK ASSESSMENT
PILE INSTALLATION ASSESSMENT
FOUNDATION TRANSPORTATION
MONOPILE STORAGE
INSTALLATION TOOLS ASSESSMENT
As a consultant, we have the capability to extend the operational lifespan of your wind farms. Through the utilization of our advanced digital twin technology, extensive offshore engineering experience, proficient surveying expertise, and cohesive teamwork, we can effectively monitor and assess the structural integrity and performance efficiency of each turbine and foundation within your wind farm. By doing so, we have the potential to significantly prolong the operational lifespan of your wind farm, adding valuable years of productive operation.
O&M
WTG COMPONENT REPLACEMENT
CABLE DAMAGE SOLUSIONS
SCOUR PROTECTION MANTENACE
FOUNDATION LIFETIME EXTENSIONS
COATING REPAIR SOLUSIONS
CORROSION CALCULATION
We take great pride in our track record of delivering highly cost-effective foundation designs for some of the largest offshore wind projects globally. Our success stems from our comprehensive in-house approach to design, enabling us to have immediate access to all necessary information throughout the process. This holistic approach allows for greater efficiency, as we can fully comprehend the design and supply chain constraints by utilizing the vast array of inputs readily available to us. The outcome is an optimized structural design and substantial cost savings for the project.
Engineering
MONOPILE DETAIL DESIGN
JACKET DETAIL DESIGN
SUBSTATIONS DETAIL DESIGN
LOAD ITERATIONS
SECONDARY STEEL DETAIL DESIGN
SCOUR PROTECTION DESIGN
CORROSION PROTECTION DESIGN
SUCTION BUCKET DESIGN
WAVE LOADS
SEISMIC LOADING
CYCLE SOIL DEGRADATION
During the Feasibility phase, the project undertakes preliminary engineering tasks. The project site's boundary conditions, including factors such as wind, wave patterns, geology, and others, are thoroughly examined and meticulously evaluated. This comprehensive assessment aims to identify potential risks and hazards that could pose threats to the project's successful execution.
Feasibility
PROJECT BID SUPPORT
PROJECT DEVELOPMENT STRATEGIES
TECHNICAL FEASIBILITY
DUE DILIGENCE
SEISMIC ASSESSMENT
ENVIRONMENT IMPACT ASSESSMENTS
3D GROUND MODELLING
