Connector Subsea Solutions (CSS) is a technology leading engineering business with a large a portfolio of products and equipment to provide solutions to the Offshore Oil & Gas industry.
Since 2000, CSS has supplied novel, reliable and cost-effective solutions for subsea and deepwater projects and has a proven track record from some of the world’s most demanding subsea environments.


OUR SOLUTIONS

MORGRIP mechanical connectors provide a weldless alternative for a quick, safe method for pipeline repair or tie-in

MORGRIP® subsea clamps provide a fast and effective way to permanently repair a pipeline while mitigating the need to cut out and replace the damaged section.

Complete systems for lightweight and compact remote operated Pipeline Repair & Tie-in

Safe, reliable and field proven solutions for subsea communication and control

we offer options with regards to Emergency Pipeline Repair Systems (EPRS), contingency asset management and technical rental to help customers select the right system

MORGRIP® connectors earn vendor status with a major Middle East operator, validating our engineering, QA and on-time delivery.

CSS and Petrobras sign Memorandum of Understanding covering subsea technology and distribution equipment development

CSS delivers adaptable MORGRIP® connectors for a complex subsea pipeline repair project, supporting multiple pipe sizes with a single design.

CSS MORGRIP® collet connector secures critical pipeline integrity during a subsea installation in the Gulf of Thailand.

The Subsea Distribution Alliance unites three of the most experienced and trusted names in subsea technology to provide best-in-class design, manufacture and delivery capabilities for clients.

Visit CSS at UTC 2025 in Bergen. Learn more about our complete range of subsea solutions at Stand 28.

Discover how CSS successfully delivered a new MORGRIP® clamp and a refurbished clamp for a major pipeline repair project.

CSS played a key role as a supplier in the Equinor campaign for the Statpipe New Landfall (SNL) Project. Read More