How It Works
More Treatment – Same Footprint
By deploying a proven biological treatment system inside your existing lagoons or treatment tankage, MMB delivers high-rate biological performance without the capital cost, construction timelines, or operational disruption of building new.
The Science Behind the Performance: Moving Bed Biofilm Reactor (MBBR) Technology
At the core of MMB is a high-density biofilm carrier media. Billions of specialized microorganisms colonize the protected surface area of each carrier, forming a resilient, self-regulating biofilm community. Unlike suspended growth systems that depend on maintaining a precise mixed liquor concentration, MBBR biofilm carriers retain active biomass regardless of hydraulic fluctuations — making the system inherently more stable, more efficient, and more forgiving under variable loading conditions. The result is dramatically higher treatment rates per unit volume, allowing MMB to accomplish in a fraction of the space what traditional systems require entire new plants to achieve.
How It’s Applied
MMB integrates directly into your existing treatment infrastructure. There's no new civil construction, no new process train to operate. Here's how implementation works:
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1
Site Assessment
We evaluate your existing infrastructure, loading conditions, and effluent objectives to identify exactly where MMB can close the performance gap.
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2
System Design
We engineer a modular MMB configuration sized to your site — scalable for anything from small lagoon upgrades to high-volume industrial applications.
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3
Fabrication
MMB carrier media and containment systems are prefabricated off-site, keeping lead times well short of traditional construction schedules.
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4
Installation
MMB is installed directly inside your existing lagoon or plant — designed to minimize disruption, with treatment continuing in most cases.
What Happens Inside The System
Once deployed, MMB operates as a continuous, self-sustaining biological engine inside your lagoon or plant. Here's what's happening beneath the surface:
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1
Wastewater Contacts the Media
Influent flows through the MMB zone, bringing BOD, ammonia, and other contaminants into direct contact with the biofilm-coated carriers.
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2
Biofilm Uptake
The dense microbial community on each carrier rapidly assimilates pollutants — at concentrations far exceeding what a conventional plant can support.
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3
Nitrification and BOD Removal
Ammonia-oxidizing and heterotrophic bacteria work simultaneously, converting ammonia and consuming carbonaceous BOD at high, sustained rates.
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4
Solids Management
Excess biofilm sloughs off at a controlled rate, reducing clarifier solids loading and extending the effective capacity of existing downstream systems.
Ready to Start?
Every treatment challenge is different. Tell us about your operation and we'll identify exactly how MMB can improve performance within your existing infrastructure.
