Search
Close this search box

Sevan, LATTICE Test Next-Gen FSIU Design for CCS

Sevan Deepwater Technology and LATTICE International AS are evaluating an optimised FSIU concept for CCS, combining LPV storage technology with a cylindrical hull design.

SHARE ARTICLE

Sevan Deepwater Technology and LATTICE International AS are conducting joint evaluations of a next-generation floating storage and injection unit (FSIU) concept for the carbon capture and storage (CCS) industry.

The work centres on a large liquid CO2 floating storage and injection unit design that combines LATTICE’s pressure vessel technology (LPV) for large-scale liquefied gas storage with Sevan’s cylindrical hull design. Initial estimates show a 19% reduction in hull size, while increasing cargo capacity by 40%.

Sevan Deepwater Technology, a member of the Seatrium Group, and LATTICE International AS state that the current engagement is non-exclusive and does not represent a commercial commitment at this stage.

If the evaluation results are positive, the companies will investigate and consider next-step opportunities to offer the optimised FSIU solution more broadly to the global energy and CCS industry.

Editorial Note:
This article was prepared with the assistance of AI tools to enhance clarity and efficiency.
All information has been reviewed and verified by the HMT News editor.
CNOOC targets a 40% offshore wind capacity increase in 2026 to reach 3.5 GW, partnering with Ming Yang Smart Energy as falling costs and national targets accelerate China’s offshore wind build-out.
BW Offshore and McDermott outline a floating blue ammonia FPSO concept to convert offshore gas into low-carbon ammonia, capture up to 99% CO₂, and export directly to carriers.

Subscribe to HMT WEEKLY

Receive HMT WEEKLY in your mailbox.

Heavy Marine Transport News, Delivered Daily — Stay informed on shipping, offshore, and global logistics.

SECTION

INFORMATION

CONTACT

For general inquiries and to contact us,
please email: info@hmt-news.com