Ideal MBBR®
Hybrid Activated Sludge

The Moving Bed Biofilm Reactor (MBBR) is a proven fixed-film or attached growth biological process for municipal and industrial wastewater treatment. The technology can be designed to address biological oxygen demand (BOD) removal, as well as nitrification and denitrification treatments. This MBBR biological system has one of the smallest footprints in the industry while tolerating load swings and temporary load depravation.

Design

Freely moving, specifically designed bio-media is introduced to the Ideal MBBR™ tank. The media’s large protected surface area provides enough space for the growth of beneficial biofilms. A stainless-steel aeration manifold installed at the bottom of the aerobic reactor provides the dissolved oxygen for BOD removal and nitrification. It also provides the mixing energy to promote the fluidization of the bio-media.

Near the top of the tank, a stainless-steel sieve allows water to exit the reactor while preventing the bio-media from escaping. The bacteria digest organics in the waste stream and convert soluble material into biomass that can be removed downstream. An Ideal DAF™ system, placed downstream of the MBBR tank is a compact solution for the separation of the biomass and solids from the wastewater.

For the denitrification applications, the same bio-media is employed in an anoxic environment. In place of blower air, we use mechanical mixing to create an anoxic environment that facilitates better media mixing and fluidization.

In industrial applications, we can pair our Ideal EQ™, MBBR systems, Dissolved Air Flotation (DAF) technology and sludge dewatering system as an integrated solution, providing our customers with a turnkey solution for advanced wastewater treatment.

Simple to Operate

  • Small footprint
  • Low capital cost
  • Easy to retrofit existing systems

Excellent Load Management

  • Stable under load variations
  • Provides industrial wastewater pretreatment, reducing subcharges
  • Generates low volumes of solids and requires no sludge recycling
  • Reduces loads to downstream activated sludge procoesses
  • Dissolved oxygen is the only required parameter for process control

Improve Existing Facilities

  • High loading rates
  • Increases plant capacity
  • Easy to retrofit existing tanks to meet new nitrrogen limits

Case Studies

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