Offshore Energy

We will apply the core competencies we have developed during 25+ years supporting the offshore pipelines & subsea industry to develop safe, robust, efficient, and cost-effective designs for the offshore wind industry.

Core competencies

Offshore environment

Wind & waves, hydrodynamic loading
Turbine/foundation loading interaction (dynamics, fatigue, etc.)
Corrosion protection
Seabed morphology and sediment transport
Cable routing, burial and protection
Pile design

Advanced engineering

Advanced finite element analysis (FEA) capabilities
Reliability-based design
Code development

Project management support

Planning, design, procurement and execution
Tendering package preparation and evaluation
Risk assessment

Capabilities

Floating Wind

Technical due diligence
Foundations design, assessment & selection
Mooring system and anchoring design & specification
Installation & logistics advice
Floating substations concepts and engineering
Cable routing, burial and protection
Pile Design
Market surveys (Fabricators, suppliers, installation contractors, etc.)

Floating Wind

Carbon Capture Use & Storage

Carbon Capture Use and Storage (CCUS) refers to the removal of carbon dioxide from power plants, industrial applications, and the transportation to depleted hydrocarbons reservoirs or saline aquifers.

There are unique challenges associated with the transportation of CO₂ and using our knowledge and expertise, we provide the following:

Technical consulting and due diligence studies
Modelling and Design of CO₂ field developments and transportation networks
Integrated asset modelling coupling onshore compression, pipeline transport and well injection in a single life of field model.

Combining the Worley Group’s capture experience with our transportation and storage expertise, we can deliver integrated solutions across the asset lifecycle; from concept phase through to detailed design and operational support.