Aquaterra Energy

Can offshore carbon storage infrastructure be simpler, lighter and lower-carbon? We explored that challenge through a project for a major global offshore operator looking to unlock large-scale CO2 storage in depleted North Sea gas reservoirs. The result was a minimal-facilities, renewable-led platform concept designed around intelligent engineering and practical offshore delivery. By integrating structural design, power modelling and constructability from the outset, the project demonstrated how a function-led approach could reduce technical uncertainty, simplify operations and support the next stage of development.

Defaulting to a vessel-based approach could be adding unnecessary cost and complexity. Discover how integrated, riser-based well access can make jack-ups a practical alternative for suitable shallow-water abandonment campaigns, reducing rig time, offshore risk and overall campaign costs.

Defaulting to a vessel-based approach could be adding unnecessary cost and complexity. Discover how integrated, riser-based well access can make jack-ups a practical alternative for suitable shallow-water abandonment campaigns, reducing rig time, offshore risk and overall campaign costs.

Every extra day offshore hits your abandonment budget. The Aquaterra Energy Abandonment Brochure explains how our engineered systems, campaign planning and interface management help you minimise rig and vessel exposure while maintaining full regulatory compliance. Download it now to see practical ways you can compress schedules without compromising on safety or integrity.

Discover how an integrated jack-up well access package makes subsea intervention simpler and more cost-effective on suitable shallow-water wells.

Simplify subsea intervention with a fully integrated jack-up well access package designed to minimise interfaces, reduce costs and improve project efficiency.