SUEZ Water - Water Technologies & Water

Condensate Polisher Systems

Reclaim ultra-high purity water in the boiler steam cycle

Condensate polishers are used to maintain a proper quality of water by removing impurities from return condensate. The decision to polish return condensate for re-use is purely economical. The condensate can be returned to an ultra pure state by simple polishing rather than using fresh make up process water. Condensate polishing is a proven method of producing high purity demineralized water from recovered boiler condensate.

Condensate Polisher Systems

Reclaim ultra-high purity water in the boiler steam cycle

Condensate polishers are used to maintain a proper quality of water by removing impurities from return condensate. The decision to polish return condensate for re-use is purely economical. The condensate can be returned to an ultra pure state by simple polishing rather than using fresh make up process water. Condensate polishing is a proven method of producing high purity demineralized water from recovered boiler condensate.

Condensate Polisher System Technology

Condensate polishing differs from regular ion exchange in that ion exchange is only part of the overall process as the condensate is already of high quality and only requires polishing. The other main function of condensate polishing is to physically filter corrosion products from the boiler condensate.
A properly functioning condensate polisher is therefore just as likely to require back washing and regeneration based on increasing pressure drop as it is based on ionic exhaustion. The ion exchange of the process involves exchanging the contaminant ions with hydrogen and hydroxide ions (for H-OH cycle) in a porous synthetic resin media.

Main Features

  • Custom build and modular units
  • Removal of contaminants from steam condensate
  • Protect steam generator from deposit formation
  • High purity demineralized water
  • H-OH, Ammonia, Amine or Sodium
     

*A trademark of SUEZ. May be registered in one or more countries.