ENGINEERING
Produced Water Treatment Systems
Fit-for-purpose produced water treatment engineering designed for performance, constructability, and reliable integration into energy and industrial facilities.
Engineering for Real Operating Conditions
Produced water treatment projects often fail at the interfaces—not because treatment technology is unavailable, but because inlet variability, brownfield constraints, and startup readiness are not fully addressed during engineering.
PSI’s approach is built to manage:
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Variable inlet conditions
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Brownfield constraints
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Integration complexity
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Performance verification requirements
Our Produced Water Engineering Approach
1. Define the Basis
Flow, composition, constraints, and treatment targets.
2. Select the Treatment Train
Stage selection based on project requirements and outlet objectives.
3. Engineer for Integration
Mechanical, piping, controls, footprint, and interfaces.
4. Prepare for Execution
5. Support Startup Readiness
Performance verification and handover support.
Treatment Technologies and Configurations
PSI supports engineered produced water treatment configurations that may include combinations of:
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Inlet conditioning / separation support
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Primary oil removal stages
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Flotation-based polishing
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Filtration / ultrafiltration polishing stages
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Monitoring and control systems
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Modular skid or containerized arrangements
Note: Final technology selection and performance commitments are project-specific and based on agreed feed conditions, operating envelope, and acceptance criteria.
Typical Produced Water Treatment Applications
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Offshore produced water treatment systems
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Onshore produced water treatment systems
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Brownfield upgrades and debottlenecking
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Reinjection support systems
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Modular package projects
Engineering — Produced Water Treatment Systems
Why End-Users Engage PSI for Produced Water Treatment Engineering
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EPC execution mindset (not design-only)
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Constructability-oriented engineering
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Integration of procurement and site execution planning
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End-user focused performance and operability considerations
