Innovative SUBSEA SYSTEM Designs

Introducing Subsea 2.0™ by TechnipFMC

· Subsea Systems,Innovation,Subsea Technology,Well Control,TechnipFMC

Introducing TechnipFMC's Subsea Innovations.

There is a need for sustainable improvements in the way subsea projects are delivered.

This requires fundamental changes to the way we design, manage and execute.

Now, real change is here. We're transforming subsea

iEPCI™, our powerful integrated approach to field architecture and project execution, transforms subsea from concept to project delivery and beyond. Our value proposition builds on early involvement and integrated solutions enabling streamlined project execution.

Now, we've gone one step further

We assembled an expert team to rethink how subsea production could be even more efficient. The result is Subsea 2.0™ — a revolutionary product platform that integrates seamlessly with iEPCI™.

Subsea 2.0™ at a glance

The products have been designed by combining both field-proven and new technologies. The products are smaller, lighter and use fewer parts than previous generations. The product platform is built using standardized components configured in a modular architecture.

Delivering unique benefits

Reduced complexity of concept and product design
More efficient project delivery from engineering to installation
Optimized product performance and reduced costs beyond installation

Core Subsea 2.0™ products Compact trees Compact manifolds Flexible jumpers Distribution Controls Integrated connectors

Our Subsea 2.0™ product platform makes subsea projects simpler, leaner and smarter

Helping to... Improve project economics

Dramatic reduction in total cost of ownership
Improved reliability, flexibility and availability over the life of the field

Unlock first oil and gas faster

Significant reduction in hardware delivery time decreases total project execution schedules

Simpler Product and field design

Smaller, lighter products designed with fewer parts but with the same or greater functionality

Standardized components 50%

reduction in weight and size

Early involvement in front-end design Leaner Project execution

Standardized/modular products for greater automation in manufacturing and reduced engineering hours

Reduced engineering hours required Significant reduction in lead time 70%–90%

reduction in manual activities

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