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Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
Reverse Osmosis Design: Industrial Reverse Osmosis Equipment
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Reverse Osmosis Design: Industrial Reverse Osmosis Equipment

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Free Reverse Osmosis Design Guide. Industrial Reverse Osmosis Equipment Made Simple. www.LayneChristensen.com

Free Reverse Osmosis Design Guide. Industrial Reverse Osmosis Equipment Made Simple. www.LayneChristensen.com

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  • 1. 1
    Reverse Osmosis Design: Designing Effective Reverse Osmosis Equipment for Industrial and Power Generation Applications
    www.LayneWater.com
    1
  • 2. 2
    Reverse Osmosis Equipment for Power Generation
    Primary power generation Reverse Osmosis application is boiler feed water pre-treatment
    Downstream of clarification and filtration
    Upstream of demineralization polishing
    Reverse Osmosis equipment performance directly impacts demin performance and acid/caustic usage.
    www.LayneWater.com
  • 3. 3
    Reverse Osmosis Equipment Definitions
    Osmosis
    Pure water diffuses from the dilute side to the concentrated side of a semipermeable membrane.
    Reverse Osmosis
    High pressure is applied to the concentrated side of the membrane and pure water flows to the dilute side.
    Net Driving Pressure
    The pressure applied to the membrane to create the reverse osmosis. Typically 200 – 450 psi.
    www.LayneWater.com
  • 4. 4
    Designing Reverse Osmosis Equipment for Power Generation
    Four main components to an RO system
    Element
    Array
    Stage
    Pass
    www.LayneWater.com
  • 5. 5
    Reverse Osmosis Equipment for Power Generation
    RO Element types
    Spiral wound
    Hollow fiber
    Large tube
    Flat plate
    www.LayneWater.com
  • 6. 6
    Reverse Osmosis Equipment for Power Generation
    RO Array
    How the elements are grouped together
    Series
    Parallel
    www.LayneWater.com
  • 7. 7
    Industrial Reverse Osmosis for Power Generation
    RO Stage
    A series of elements linked together such that the reject (concentrated) water from stage 1 becomes the feed water for stage 2.
    This is done to reduce wastewater and to increase the total recovery from the RO array.
    www.LayneWater.com
  • 8. A Two Stage RO System for Power Generation
    www.LayneWater.com
  • 9. Reverse Osmosis for Power Generation
    RO Pass
    An arrangement of elements where the permeate from pass 1 becomes the feed water of pass 2.
    This is done to produce a final product that is more pure than what can be achieved using only one pass.
    9
    www.LayneWater.com
  • 10. A Two-Pass Two-Stage RO System
    www.LayneWater.com
  • 11. 11
    Using Multiple Passes to Improve Permeate Quality in a Power Generation Example
    Note: Calculated results. Field efficiencies will likely be lower.
    www.LayneWater.com
  • 12. Using Multiple Stages to Reduce Wastewater in a Power Generation Example
    Note: Calculated results. Field efficiencies will likely be lower.
    12
    www.LayneWater.com
  • 13. 13
    Critical Next Step!
    Download and read the complete whitepaper while it is still available:
    Reverse Osmosis Design for the Power Generation Industry- What You Need to Know
    http://www.laynewater.com/landing_ro_powerind.html
    www.LayneWater.com
  • 14. 14
    Why Choose Layne for your Power Generation Reverse Osmosis Applications?
    Total Water Expertise from Source to Discharge!
    1. Complete filtration options – From large municipal to light industrial Layne has the technology
    2. Hydrology – Layne can locate, quantify and compare all of your water source options
    3. Well drilling – No water available? We can access water sources that are beyond the reach others
    4. Pipeline Construction – 10 miles from a water source? Not a problem!
    Get the whole story here!
    www.LayneWater.com
  • 15. 15
    15
    www.LayneWater.com

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