Stauper has developed and patented a suite of technologies that allows operators a low-cost and efficient solution for produced water challenges.
Stauper's offering is based on a well-proven and established principle of gas flotation. Utilizing a unique gas in water mixer and the Stauper Coalescence Chamber (SCC), Stauper improves separation and degassing due to a unique water flow control and pattern.
The technology is supplied as a retrofit kit for existing vessels as well as in standalone skids for de-oiling and degassing of produced water.
Stauper's first patented technology was the Stauper Compact Flotation Unit skid which has been accepted as Best Available Technology for removing dispersed oil from produced water.
The Stauper CFU Skid is compact, maintenance free, scalable, and proven to treat produced water down towards zero ppm oil in water.
Retrofitting of existing vessels with Stauper Coalescence Chamber will allow operators to improve separation efficiency and flow capacity in a short time and with a significant lower cost than installing new process equipment
Accepted and Qualified as Best Available Technology by leading operators around the world.
Removes up to 99.5%
of oil in the water
Discharge down
towards 0ppm
Flexible, stable &
removes solids
Our Technology Advantage
An important differentiator to the Stauper CFU is the water flow control through the patented Stauper Coalescence Chamber (SCC).
Stauper has also developed, patented, and commercialized a solution for bringing the SCC into other water separation vessels in order to solve produced water quality requirements and debottlenecking challenges. A low-cost, time efficient way of upgrading existing equipment.
Full Scale References
Headquartered in Norway, Stauper serves international markets through a network of partners and local representatives. Stauper has a wide range of references, including skidded solutions and retrofits.
The following installations are under contract:
2023
Asia – 31,200 m³/day (195,000 bwpd) · Two-stage
North America – 14,400 m³/day (90,000 bwpd) · Two-stage
Latin America – 7,000 m³/day (43,750 bwpd) · Retrofit
Asia – 11,280 m³/day (70,500 bwpd) · Two-stage
2022
Europe – 144 m³/day (900 bwpd) · Two-stage
Asia – 7,200 m³/day (45,000 bwpd) · Single-stage
Asia – 10,800 m³/day (67,500 bwpd) · Single-stage
Asia – 12,000 m³/day (75,000 bwpd) · Two-stage
Asia – 12,000 m³/day (75,000 bwpd) · Single-stage
2021
Asia – 4,500 m³/day (28,000 bwpd) · Two-stage
Asia – 3,100 m³/day (19,400 bwpd) · Two-stage
2020
Europe – 13,920 m³/day (87,000 bwpd) · Retrofit
2019
Asia – 1,900 m³/day (11,900 bwpd) · Single-stage
2018
Asia – 39,600 m³/day (247,500 bwpd) · Single-stage
Asia – 2,200 m³/day (13,750 bwpd) · Single-stage
Asia – 2,200 m³/day (13,750 bwpd) · Single-stage