Spacer
Home
Spacer Spacer
Home | Keyword Search
Spacer
News Markets Products Library Financial About Us Talk To Us
Spacer
Spacer
Visit our Download Page

Associated Pages:
Products
OSMO® MUNI RO Series

OSMO® MUNI NF Series

OSMO® MUNI LE-RO Series

Auto SDI (Silt Density Index)

Applications
Torrington, Wyoming Case Study

Virden, Manitoba, Canada Case Study

Pascagoula, Mississippi Case Study

Lincoln Pipestone Rural Water District Case Study

Colorado's Clifton Water District Case Study

Municipal Drinking Water

Laboratory

Seawater Desalting

Water Purification

Technical Papers
Evaluating Spiral-wound Sepralator Performance

Death, Taxes . . . and RO Membrane Fouling

RO Feedwater: Treat It Right

The Filtration Spectrum

Understanding Crossflow Filtration

Wastewater Treatment Using Crossflow Filtration Technology

Methods of Water Purification

Spiral-Wound Sepralators: The Range of Options

Membranes, the Finest Filtration

Reverse Osmosis Battles Salt Water Intrusion

Choose among membranes for RO desalination - Varied construction options available

Fundamentals of Osmo® Systems

Spiral-Wound Elements for Potable Water Treatment

Spiral-Wound Sepralators: The Range of Options

Select Engineering Principles of Crossflow Membrane Technology

What Is Reverse Osmosis?

How Osmonics Membranes Work

Advanced Water Treatment Technologies May Bring Purified Water to San Diego

Advances and Changing Costs in Reverse Osmosis and Ion Exchange Systems
MUNI Series
Solutions with Speed



Osmo MUNI Series RO systems

Since 1969, Osmonics has supplied cities, towns and communities across the world with high-quality water treatment equipment. When elevated nitrate levels from agricultural activity were discovered in the water source of a southern Minnesota community, Osmonics’ low energy reverse osmosis (RO) was the solution. In Pascagoula, Mississippi, residents turned to Osmonics when contaminants in their water supply were causing taste, color and odor problems. Today, 27,000 residents of the city enjoy pristine, crystal-clear water, while ensuring compliance with existing EPA regulations.

Now, for the first time Osmonics is offering energy-efficient membrane systems built for trouble-free integration into municipal water plants. By utilizing patented technologies and proven designs, the MUNI systems produce water with the lowest total energy in the industry. The final result is that our customers can purchase a system using less floor space, with the security of a proven RO system design.


Why Osmonics?
  • Single-source accountability. We manufacture all the components of your membrane system: pumps, membranes, housings, controls, and pre-filtration.

  • Experience. 30+ years helping communities solve their water quality problems.

  • Support. Regional service available worldwide 24/7/365.

  • Installation capability. Turn-key, project management, installation drawings.

  • Quality. ISO 9001 certified manufacturing facility.

Why the MUNI Series?
  • Lowest Overall Cost
    • Minimal footprint
    • Lowest electrical consumption
    • Reduced interconnecting piping

  • Speed of delivery: 10-20 weeks

  • Membrane quality. Our Desal® membrane elements lead the way in fouling resistance and low energy design.

  • System Design Assistance
    • Online drawing library
    • Design guide binder
    • Installation list and case studies


Complete Municipal Water Treatment System



MUNI System Applications


MUNI Series Matrix


Model Capacity
gpm (m3/hr)
Dimensions
l x w x h in. (l x w x h cm)
OSMO-MUNI-100 70-110 (16-25) 194 x 46 x 70 (493 x 117 x 178)
OSMO-MUNI-150 120-165 (27-38) 274 x 46 x 70 (696 x 117 x 178)
OSMO-MUNI-300 240-325 (55-74) 274 x 80 x 70 (696 x 203 x 178)
OSMO-MUNI-450 360-490 (82-111) 274 x 80 x 94 (696 x 203 x 239)
OSMO-MUNI-1.0 600-700 (136-160) 274 x 100 x 100 (696 x 254 x 254)
OSMO-MUNI-2.5 1500-1700 (340-385) 320 x 102 x 120 (813 x 259 x 305)



Downloads

 
 
Home
:: News :: Markets :: Products :: Library :: Financial :: About Us :: Talk To Us
   
 

©1995-2003 Osmonics, Inc. All rights reserved except where specifically noted.
Privacy Policy :: Webmaster :: Site Credits

 

   
Spacer
Home