SUEZ Water - Water Technologies & Water

E-SERIES Wastewater Treatment System

A complete wastewater treatment package for sanitary waste is ideally suited for small wastewater treatment needs.

Starting with a complete wastewater treatment packaged (membrane process skid, ex-situ membrane cleaning systems, as well as biological tank(s) and equipment with membranes situated in the biological tank) these systems can operate as a standalone treatment plant. 

E-SERIES Wastewater Treatment System

A complete wastewater treatment package for sanitary waste is ideally suited for small wastewater treatment needs.

Starting with a complete wastewater treatment packaged (membrane process skid, ex-situ membrane cleaning systems, as well as biological tank(s) and equipment with membranes situated in the biological tank) these systems can operate as a standalone treatment plant. 

Features

Features 

  • The ZeeWeed* 500 reinforced ultrafiltration membrane has a 0.04 μm nominal pore diameter - for optimal removal of particulates, bacteria, and viruses.  Its PVDF chemistry gives mechanical strength and chemical resistance. 

  • Standard selection of tanks, blowers and ancillary equipment, sized for your system 

  • Main control panel to control your whole wastewater treatment plant 

  • Low flux design to minimize membrane cleaning requirements and eliminate need for backwashing membranes 

  • Ex-situ cleaning 

  • Six system sizes:  

    • E-SERIES E10K – 10 to 62 GPM per train 
    • E-SERIES E20K – 46 to 160 GPM per train 

    • E-SERIES E30K – 68 to 230 GPM per train 

    • E-SERIES E40K – 155 to 630 GPM per train 

    • E-SERIES E50K – 210 to 1050 GPM per train 

    • E-SERIES E75K  

Benefits

Benefits 

  • Automated operation minimizes operator requirements.  Gives consistency in treatment process. 

  • Pre-engineered for a short delivery timeline from submittal to a fully operational system 

  • Prefabricated equipment to minimize site work and site installation time/costs 

  • Simple yet robust process and membranes give increased tolerance for upstream process upsets 

  • High effluent quality to meet stringent effluents requirements