Subsea Reverse Osmosis System for Fresh Water Production

The solution forms part of an innovative approach to sustainable water production, where seawater is processed subsea using reverse osmosis technology before the produced fresh water is transported to shore or directly to end users. By utilizing the natural hydrostatic pressure available at depth, the system can reduce energy consumption compared to conventional desalination plants while minimizing the footprint of onshore infrastructure.

For Kverneland Aqua, the project required the delivery of equipment intended for long-term operation in a harsh marine environment, where reliability, material selection, documentation, and manufacturing quality are critical to overall system performance.

01

Client

Waterise

03

Date

2024

02

Our Role

Turnkey Contractor

04

Project duration

Continual development

Scoope Of Work

Kverneland Aqua was responsible for the manufacturing, assembly, and delivery of equipment supporting the subsea reverse osmosis system. The project combined fabrication, machining, assembly, quality assurance, and project coordination to ensure that the delivered equipment met both technical and operational requirements.

As with most subsea applications, particular attention was given to corrosion resistance, structural integrity, maintainability, and compliance with project-specific documentation requirements.

FABRICATION & ASSEMBLY

Manufacturing and assembly of mechanical components and supporting structures for subsea operation.

CNC MACHINING

Precision machining of critical components requiring tight tolerances and repeatable quality.

PROJECT MANAGEMENT

Coordination of activities, suppliers, documentation, and delivery milestones throughout the project.

QUALITY ASSURANCE & DOCUMENTATION

Preparation and control of manufacturing records, material certificates, inspection reports, and project documentation.
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