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WHAT IS SONECO®?

Soneco®, Power & Water's patented, award-winning technology offers a sustainable liquid chemical-free water treatment process with reduced energy requirements.

REVOLUTIONARY

The Soneco® electrocoagulation water treatment process relies upon electrodes made from specific metals within the system to treat the water. Traditionally, during wastewater effluent treatment, these electrodes are fouled in a process called passivation and will need to be cleaned and eventually replaced.

With the Soneco® unique cleaning-in-place ultrasound technology, we have eliminated the primary weakness of electrocoagulation - passivation. Ultimately, Soneco® ensures a superior wastewater treatment process without the additional costs of increased energy consumption and more frequent electrode replacement. 

Read more about the Soneco® passivation resistant technology.  


FLEXIBLE & EASY TO INSTALL

The compact, modular design of Soneco® makes it the ideal choice for any job - small or large. Much like traditional liquid chemical dosing, the treatment unit can be installed as a stand-alone system and easily integrated into existing water treatment processes, or used alongside a number of proprietary processes.

Soneco® can be programmed for a variety of effluent treatment requirements by simply operating the control unit and changing the electrode material. 

The following processes can be achieved:

  • Sono-EC: Electrocoagulation
  • Sono-HDX: Electrochemical pH Adjustment

  • See some example process configurations
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    APPLICATIONS

  • Municipal
  • Aquaculture
  • Industrial
  • Mining
  • Agriculture
  • Construction


    • To hear more on how our expertise and technologies can change your company, please contact us.


      GET IN TOUCH

      A liquid chemical-free electrocoagulation water treatment system and water treatment process for effluent treatment in sewage treatment, sludge water, industrial water.


      Ultimately, Soneco® ensures a superior water treatment process without the additional costs of increased energy consumption and electrode replacement.