In the world’s harshest environments and deepest waters, quality and reliability are essential. JDR’s world-leading analysis, design and verification services bring insight and control to offshore oil, gas, and renewable energy systems.
We aim to help customers at every stage of their project. Our service provides expert engineering assessment at the FEED, R&D, and design stages of a project. This combination of knowledge, skills and expertise means JDR can offer key advantages at each stage, validated by extensive testing techniques.
However complex, and wherever the project is located in the world, our comprehensive range of analysis, design and verification services are designed to:
- Identify and mitigate environmental, regulatory and technical risks.
- Reduce unnecessary costs, delays and over-runs.
- Develop innovative new solutions with confidence.
- Extend the life and reliability of subsea installations.
- Achieve expected results.
Our engineers and analysts can perform dynamic system analysis for any cable or umbilical system, we can calculate overall product response to loading from vessel motion, waves and current. Our team of experts can also perform a range of quasi-static analyses in a broad range of scenarios and situations.
In the design of subsea power cables and their installation, JDR engineers perform a series of assessments to ensure optimal performance. JDR`s expert analysts work closely with our experienced subsea cable, umbilical and termination designers, together with our established manufacturing teams. This ensures that products meet challenges to deliver cost-effective, practical and executable design solutions. We also work with third parties when required.
JDR uses the latest automated analytical techniques to enhance the analysis and design outcomes. Automated scripting and control enables cost-effective solutions to be evaluated using multiple software platforms. To validate our numerical models and confirm the outputs of analytical work, JDR also performs extensive in-house testing.