Veolia Water Technologies & Solutions

Z-PAK with RMS Water Filtration System

Z-PAK RMS is ideally suited for use in numerous applications including drinking water treatment, tertiary filtration and RO pre-treatment.

Versatile and reliable, the Z-PAK RMS pressurized ultrafiltration system - featuring the ZeeWeed* 1500 Rackless Membrane System - is ideally suited for use in numerous applications including drinking water treatment, tertiary filtration and RO pre-treatment. Compared to granular filter media, ZeeWeed membranes produce superior water quality, and are virtually unaffected by variable raw water quality - all at a cost comparable to conventional filtration technology. 

Features

Features 

  • ZeeWeed* 1500 ultrafiltration membrane effectively blocks particles, bacteria, viruses, and cysts from water supplies 

  • Process skid including membrane feed/backwash pump, 500 µm strainer and; options for permeate turbidity and MIT for drinking water applications 

  • CIP Tank 

  • Main control panel  

  • Standard selection of ancillary equipment; membrane blowers, compressors, chemical dosing systems, etc. to complete your system 

  • Standard configurations of up to four process trains all controlled by main panel on primary process skid 

  • Six system sizes: 

    • Z-PAK R100 – Each train up to 100 GPM 
    • Z-PAK R200 – Each train up to 200 GPM 

    • Z-PAK R400 – Each train up to 400 GPM 

    • Z-PAK R600 – Each train up to 600 GPM 

    • Z-PAK R800 – Each train up to 800 GPM 

    • Z-PAK R1100 – Each train up to 1100 GPM 

Benefits

Benefits 

  • Automated operation minimizes operator requirements 

  • 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 

  • Robust process and membranes give increased tolerance for upstream process upsets 

  • Compact footprint allows installation inside existing buildings 

  • Minimizes pre-treatment requirements for high solids influent 

Supporting Materials