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ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
ecoaeon  ewp presentation
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ecoaeon ewp presentation

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Plimmer is a new proven hybrid capacitance deionization process. It has been developed to give an economic, low footprint, low energy, chemical free process for the removal of total dissolved solids …

Plimmer is a new proven hybrid capacitance deionization process. It has been developed to give an economic, low footprint, low energy, chemical free process for the removal of total dissolved solids from water. The patented system, although complex in development is operationally very straight forward.

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  • 1. Bringing The Revolution in Water TechnologyEcoAeon EWP®(EA EWP®)<br />© EcoAeon 2010<br />
  • 2. Salts<br />In order to purify water it is necessary to remove the salts present !<br />© EcoAeon 2010<br />
  • 3. Current technologies used to desalinate water<br /><ul><li>Distillation
  • 4. Ion exchange
  • 5. Reverse osmosis</li></ul>© EcoAeon 2010<br />
  • 6. The New Generation Technology for Water and Waste Water Treatment<br />© EcoAeon 2010<br />
  • 7. Unique Technology<br /><ul><li>Inflow water passes through the cell
  • 8. Electrodes are layered into the cell
  • 9. A D.C current of 1.6V is applied across the electrodes
  • 10. Individual electrodes are charged with different polarities
  • 11. Minerals in the water are attracted to the opposite polarity of electrode
  • 12. These minerals are electrochemically absorbed onto the electrode
  • 13. When sufficient minerals are absorbed onto the electrodes they are released in a regeneration step
  • 14. Contaminants fall off the electrodes and flushed away for discharge or reuse.  </li></ul>© EcoAeon 2010<br />
  • 15. Low energy operation without chemicals or membranes<br />Proven hybrid capacitive deionization process<br /><ul><li> Low Operating Cost
  • 16. Energy Efficient
  • 17. Low Carbon Footprint
  • 18. Chemical Free
  • 19. Adaptable
  • 20. Easy Operation</li></ul>© EcoAeon 2010<br />
  • 21. What is EcoAeon EWP®?<br /><ul><li>New technology bringing Hybrid Capacitive Deionization “HCDI”to life using the “Flow Capacitor”to desalinate aqueous solutions
  • 22. Proven Technology
  • 23. Offering sustainable water solutions in both developed countries and for the treatment of contaminated drinking water in developing countries.</li></ul>© EcoAeon 2010<br />
  • 24. About EcoAeon EWP®<br /><ul><li> A new system that desalinates and purified water without using ion exchange resins or membrane filters
  • 25. Chemical Free
  • 26. Using a direct low voltage current
  • 27. Lowest energy consumption for purifying water
  • 28. Requires no pre-treatment of water
  • 29. Low maintenance</li></ul>© EcoAeon 2010<br />
  • 30. How does it work?<br /><ul><li>In the working phase the ions present in the water are attracted and retained by the electrode that is supplied with the opposite polarity</li></ul>© EcoAeon 2010<br />
  • 31. How does it work?<br /><ul><li>After removing a certain quantity of contaminants (ions) the level of ions exiting the cell begins to increase, signifying that the EA EWP® cell is loaded
  • 32. The working flow is interrupted, and the electrical supply to the electrodes is cut through a short circuit
  • 33. The ions (contaminants )which were absorbed on the electrodes recombine after detaching from the electrodes</li></ul>© EcoAeon 2010<br />
  • 34. How does it work?<br /><ul><li>The electrodes are supplied with an opposite charge for a short amount of time (10-30 seconds)
  • 35. A reduced flow flushes the concentrated salts in the cell for either disposal or re-use
  • 36. Then the cycle starts again</li></ul>© EcoAeon 2010<br />
  • 37. Broad Spectrum Removal<br />Heavy Metals<br /><ul><li>Chrome
  • 38. Iron
  • 39. Copper
  • 40. Silver
  • 41. Gold
  • 42. Zinc
  • 43. Nickel
  • 44. Cadmium
  • 45. Mercury
  • 46. Lead
  • 47. Manganese</li></ul>Normal Salts<br /><ul><li>Calcium Carbonate
  • 48. Magnesium Carbonate
  • 49. Sulfates
  • 50. Phosphates
  • 51. Sodium Chloride (salt)
  • 52. Chlorides
  • 53. Fluorides</li></ul>Other<br /><ul><li>Organics</li></ul>( that dissolve )<br /><ul><li>Pathogens up to 99%</li></ul>Biggest Problems Today<br /><ul><li>Nitrates (99% removal)
  • 54. Arsenic (99% removal)
  • 55. Humic Acid (99% removal)
  • 56. Ammonia (99% removal)
  • 57. Chromium 6 (99% removal)</li></ul>© EcoAeon 2010<br />
  • 58. Energy Consumption<br /> As an example, the energy consumption is in the order of 0.20-0.40 KWh per 1000 liters for a solution of 1000 mg/l of NaCl (salt)<br />A major advance in sustainable water treatment<br />© EcoAeon 2010<br />
  • 59. Applications<br /><ul><li>The EcoAeon EWP® techonology has infinite applications
  • 60. We have divided them into three distinct types:
  • 61. Partial desalination
  • 62. Full Demineralization
  • 63. Special applications and treatment of waste water</li></ul>© EcoAeon 2010<br />
  • 64. EcoAeon EWP® Single pass:<br /><ul><li>Used when only partial desalination is required
  • 65. Used as an ion exchange water softener without using salt
  • 66. Used for agricultural irrigation
  • 67. Used to remove Nitrates, Arsenic and organic contaminants from drinking water</li></ul>© EcoAeon 2010<br />
  • 68. EcoAeon EWP® Twin Pass:<br /><ul><li>For demineralisation of water
  • 69. To obtain residual conductivity ofless than 4 μS/cm
  • 70. A multiple pass unitto demineralise water with high salt concentration (up to 10,000 mg/l of NaCl - Salt)</li></ul>© EcoAeon 2010<br />
  • 71. EcoAeon EWP® Waste Water:<br /><ul><li>For the reuse of water
  • 72. To reduce the salt concentration after chemical precipitation plants
  • 73. To desalinate water after biological purification plants in relation to their re-use and a possible replacements of membranes
  • 74. To reduce investment and operational costs of a thermal distiller or of Reversal Osmosis unit
  • 75. And for all the special applications</li></ul>© EcoAeon 2010<br />
  • 76. EA EWP® in Summary<br />Removes up to 95% of contaminants<br />Recovers up to 95% of water<br />Applications include:<br /><ul><li>Removal of Heavy Metals
  • 77. Ammonia Removal
  • 78. Colour Removal from Textile waters
  • 79. Nitrate Removal
  • 80. Fluoride Removal
  • 81. Arsenic Removal
  • 82. Pesticide Residual Removal
  • 83. Endocrine Disruptor Removal
  • 84. Reduction of pathogens
  • 85. Removal of humic Acid
  • 86. Water Softening
  • 87. Water/Waste Water Treatment
  • 88. Borehole Water Treatment
  • 89. Brackish Water Treatment
  • 90. Boiler Water Treatment
  • 91. Water Recycling
  • 92. Deionization of Pure Water
  • 93. Load Reduction on Membrane Systems</li></ul>© EcoAeon 2010<br />
  • 94. EA EWP® in Summary<br />EA EWP® is a sustainable solution for both industrial and commercial applications in addition to being a viable solution to treat borehole and brackish water for safe domestic consumption.<br />As a consequence of its flexibility and adaptability, EA EWP® can be used in many municipal, commercial, industrial and NGO applications. <br />© EcoAeon 2010<br />
  • 95. EcoAeon EWP®<br />is the distributor for theEcoAeon EWP® Technology<br />(EA EWP®)<br />© EcoAeon 2010<br />

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