Every WFS project is contracted to a written outlet specification. These reference cases show the water-quality step-change achieved on real produced-water streams.
A rising-water-cut onshore field needed injection water that would not plug the formation. A WFS train combining separation, flotation, media filtration and polishing brought a heavily oily feed to full reinjection spec — and held it.
| Parameter | Feed | Treated |
|---|---|---|
| Oil-in-water (OIW) | ~2,500 mg/L | <5 mg/L |
| Total suspended solids | ~300 mg/L | <2 mg/L |
| Silt Density Index (SDI) | Not injectable | <3 |
A sour field produced water carrying several thousand mg/L of H₂S alongside high chlorides. WFS delivered the full sour-service train in high-alloy, NACE-compliant materials with safe vent-gas disposal.
| Parameter | Feed | Treated |
|---|---|---|
| Hydrogen sulphide (H₂S) | Several thousand mg/L | <1 ppm |
| Oil-in-water (OIW) | High, variable | <5 ppm |
| Vent gas | Uncontrolled sour vent | Routed to VGCU |
Instead of deep-well disposal, produced water was polished through ultrafiltration and reverse osmosis to reuse grade — cutting disposal energy and freshwater draw at the same time.
| Parameter | Feed | Treated |
|---|---|---|
| Treatment route | Deep-well disposal | UF + RO polishing |
| Water quality | Disposal only | Reuse-grade |
| Resource impact | Freshwater import | Major disposal-energy and freshwater savings |
Share your water chemistry, flow rate and discharge spec — our engineers scope a treatment train and return a tailored, confidential estimate for your site.
