Membrane Revolutions in Produced Water Treatment An innovative technology with the potential to dramatically improve oil water separation to enable produced water re-use www.swirltex.com @Swirltex CONTACT P E +403-869-6799 [email protected] The Swirltex process can significantly increase flux through a tubular membrane as well as reduce fouling and energy consumption using a novel innovation. Our technology is scalable and mobile , and therefore can service multiple areas quickly and easily. THE TECHNOLOGY Swirltex plans to enable efficient produced water treatment to reduce water consumption in the industry by facilitating water re-use. Membrane filtration Consistently removes solids and oil (<5ppm) Low maintenance system, low operational costs On-site, modular treatment solution High efficiency, lower GHG emissions THE SOLUTION THE PRESSURES Increasing water consumption per frac (~9.6 million gallons/well) Increasing challenges for produced water disposal & changing environmental regulations Challenging to treat produced water cost- effectively
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Membrane Revolutions inProduced Water Treatment
An innovative technology with the potential to dramatically improve oil waterseparation to enable produced water re-use
www.swirltex.com @Swirltex
CONTACT
P
E
+403-869-6799
The Swirltex process cansignif icantly increase fluxthrough a tubular membrane aswell as reduce fouling andenergy consumption using anovel innovation. Our technologyis scalable and mobile , andtherefore can service multipleareas quickly and easily.
THE TECHNOLOGY
Swirltex plans to enable eff icient producedwater treatment to reduce water consumption inthe industry by facilitating water re-use.
Membrane f iltrationConsistently removes solids and oil (<5ppm)
Low maintenance system, low operational costsOn-site, modular treatment solutionHigh eff iciency, lower GHG emissions
THE SOLUTIONTHE PRESSURES
Increasing waterconsumption per f rac (~9.6million gallons/well)
Increasing challenges forproduced water disposal &changing environmentalregulationsChallenging to treatproduced water cost-effectively
Related Documents
