Sea Swift offshore platform

We can provide comprehensive EPCI (Engineering, Procurement, Construction, and Installation) support that covers everything from analysis to design, fabrication, project management, and offshore installation.

For more information about how our innovative platform solutions can support your next field development project, get in touch. Or if you would like to learn more about key projects and experience, you can download our case study.

Structure designs include:

• Monopiles
• Conductor supported
• Jackets

Topsides designs can be:

• Over 1000te in weight on jackets, and up to 650te for Conductor Supported designs
• Digitally enhanced with the latest offshore monitoring and automation technology
• 100% renewably powered

If you’re considering a platform for reintroducing CO2 into an offshore storage location, you may have the option of utilising an existing platform in a suitable location or building a new one.

For projects requiring a new platform installation, our Sea Swift CO2 platform solution is the ideal choice. Due to its flexible nature, it can serve as a crucial hub for injecting CO2 into depleted offshore reserves. The platform topsides can be easily modified to include the required components, including CO2 compressors and storage infrastructure designed to withstand the specific properties and behaviour of CO2, that are crucial to optimise injection operations. Depending on the number of wells you are planning to inject a monopile, conductor-supported or jacket design could be utilised.

Further benefits include:

• Configurable design
• Tailored injection solutions
• Suitable for one or more wells
• Ideal CCS field development solution

Learn more in our key projects and experience case study.

By combining advanced technology with its modular design, we are able to provide the ideal solution for green hydrogen production from your offshore wind development.

Sea Swift H2’s modular design enables scalability, allowing you to adapt and expand your green hydrogen production capacity as needed. Whether you start with a single unit or a large-scale deployment, the inherent flexibility ensures efficient and cost-effective operations. Its modular components can be easily integrated, reducing deployment time and minimising environmental impact.

Sea Swift integrates electrolysis technology to efficiently split water molecules into hydrogen and oxygen, so you can confidently produce green hydrogen that meets the most rigorous industry standards.

Further benefits include:

• Scalable green hydrogen
• Electrolysis technology agnostic
• Reduced deployment time
• Advanced modular design

Learn more about offshore platform design and build.