Subsea Water Treatment and Injection System
Unique value proposition (UVP)
To optimize oil recovery, water injection (WI) is normally used as the preferred drainage mechanism. WI traditionally represents high CAPEX and early commitment with large uncertainty, before the dynamic nature of the reservoir is known. A modular approach, moving water treatment and injection close to the subsea well head, as close to the reservoir as possible, enables a flexible, cost efficient, and robust field development with lower carbon footprint. Identified as a Lower Emissions Oil and Gas Solution (LEOG). *Use company contact for detailed value proposition.*
Key Benefits
- The modular water injection system lowers initial capital expenditure and enables flexible investment by postponing major financial commitments until reservoir behavior is better understood.
- Placing water treatment and injection near the subsea wellhead cuts operational costs and boosts oil recovery efficiency by optimizing proximity to the reservoir.
- This approach, recognized as a Lower Emissions Oil and Gas Solution, aligns with sustainability objectives by reducing the carbon footprint compared to conventional water injection methods.
Company contact
TRL scale
9
DevelopmentTech demoMature
Categories
Oil & Gas
Subsea systems and marine operations
- Subsea production systems
- Subsea production systems · subsea processing
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