Manganese Removal Filtration Systems for Municipal Water

Reduce staining, taste concerns, and deposits in mains and tanks.

Manganese removal filtration for municipal water captures particulate manganese and related solids so water is clearer and deposits stop building up in mains, tanks, and plumbing.

Yardney Multi Media systems with IMA-65 specialty media are listed for iron, manganese, and arsenic.

  • IMA-65 media for manganese removal
  • Multi Media vessels, 5 micron filtration
  • Backwash cleaning
  • Serving industry since 1965
Cooling Tower

Why Municipal Water Needs Manganese Control

Manganese can produce staining, taste concerns, and distribution system deposition, especially when water chemistry shifts. Filtration helps remove particulate manganese and related solids, improving clarity.

Dissolved manganese is typically oxidized into insoluble manganese dioxide that filtration or clarification then removes. Oxidant choice and contact time depend on the source water.

Benefits

Improve Clarity: Remove particulate manganese for clearer water.

Reduce Buildup: Limit deposits in mains, tanks, and plumbing.

Fewer Complaints: Cut staining and taste calls from customers.

Lower Maintenance: Reduce the upkeep that manganese deposits cause.

Yardney Multi Media Systems with IMA-65 Media

Yardney Multi Media systems filter organic and inorganic suspended solids down to 5 microns, with automatic backwash and a removable underdrain. IMA-65 media is listed for iron, manganese, and arsenic, and the Payette case study states it removes iron and manganese without potassium permanganate.

Deep Bed Sand Media filters, with a 36-inch shell and 15-micron filtration, can serve as additional solids control. At Well 13A in Lakewood, California, the city wanted manganese, which sometimes exceeded its 0.05 ppm aesthetic guideline, reduced alongside arsenic, and the project’s published results cover arsenic only.

Applications

  • Municipal manganese removal
  • Iron, manganese, and arsenic removal with IMA-65 media
  • Particulate manganese and related solids
  • Solids control to protect mains, tanks, and plumbing
  • Replacement media for existing units

Standard Assembly Includes (Multi Media systems)

  • Full assembly on a skid mount
  • Tanks and backwash valves
  • Inlet, outlet, and backwash manifolds
  • Controller, solenoids, electrical wire, and tubing
  • Removable underdrain
  • Interior epoxy coating (3M Scotchkote 134)

Available Options

  • ASME code
  • High-pressure rating
  • PLC controller
  • Custom filter station layout piping
  • Air scour
  • Continuous flow
  • Rinse to waste
  • Solar package
RCW filtration system
Cooling Tower

Municipal Manganese Removal Process

  • Water enters the filter, with an oxidant or aeration step added upstream if the source water requires it.
  • Manganese forms solid particles that the media bed captures.
  • Clearer water moves on to distribution or the next treatment step.
  • Backwash starts on elapsed time or pressure differential and releases captured manganese to the backwash manifold.

Manganese levels, pH, and oxidant choice set media depth and flow rates, so each system is sized from site data.

Filtration Technology Options

Multi Media: organic and inorganic suspended solids down to 5 microns; from 10 gpm; automatic backwash by elapsed time or pressure differential

Specialty Medias: IMA-65 for iron, manganese, and arsenic; supplied in systems or as replacement media

Deep Bed Sand Media: filtration to 15 microns on a 36-inch shell for added solids control

Manganese Filtration FAQs

Why is manganese a problem in municipal water?

Manganese can cause staining, taste concerns, and deposits in mains, tanks, and plumbing, especially when water chemistry shifts.

Dissolved manganese is oxidized into insoluble manganese dioxide, which filtration or clarification then removes. Aeration, chlorine, and permanganate are common oxidants.

It is a Yardney specialty media aimed at iron, manganese, and arsenic together. You can order it inside a new system or as replacement media in an existing one.

Yes. IMA-65 is listed for both, and the Payette case study states it removes iron and manganese without potassium permanganate.

Sizing depends on flow, manganese and iron levels, pH, and oxidant. Multi Media systems start at 10 gpm, and Yardney reviews site data to recommend a design.