


Traditional wastewater treatment trains rely on multiple unit processes, moving bed bioreactors (MBBR), secondary clarifiers, and settling tanks, to achieve biological treatment and solids separation. These systems consume significant space, energy, and operational effort.
Proteus® fundamentally changes this approach.
Proteus integrates:
High-rate biological treatment
Biomass retention
Effective solids separation
into a single, compact biofiltration system, delivering the functional equivalent of:
An MBBR reactor
A secondary clarifier
A settling tank
in one significantly smaller footprint.
In Florida, land availability, high groundwater tables, and coastal floodplain constraints make traditional clarifiers expensive and operationally challenging.
Proteus biofiltration systems:
Reduce total basin count
Eliminate large settling tanks
Minimize excavation and concrete work
Lower energy consumption compared to mixed-liquor MBBR systems
Improve resilience during wet weather events
For Tampa Bay, Orlando, and coastal Florida utilities, this translates directly into lower capital cost, reduced construction risk, and improved long-term operability.

PROTEUS PRIMARY
Retrofit old conventional primary clarifiers to save space, increase capacity and upgrade processes by grabbing more solids upstream of aeration basins and sending them to digestors for maximum energy efficiency.
PROTEUS WET WEATHER FLOW
With continuous aeration capabilities and no settling required, the system can manage high peaking factors and variable flow rates, simplifying the treatment of dilute flows.
PROTEUS SECONDARY
Achieve higher water quality standards and comply with effluent discharge limits with a range of secondary treatment functions, such as BOD reduction, nitrification, and denitrification.
PROTEUS TERTIARY
Configurable to operate under various water quality conditions and achieve stable water quality for reuse applications or alternatives to water resources.
GROUNDWATER
The Proteus biofiltration process is highly effective at remediating contaminants such as nitrate, perchlorate, and organics to meet Federal Maximum Contamination Level (MCL).
RO CONCENTRATE
RO Concentrate Treatment with Proteus leverages a biofiltration technology that efficiently removes high concentrations of nitrogen and other pollutants without requiring sedimentation tanks, minimizing land use and lowering construction and maintenance costs.
- Influent wastewater enters through a header box and flows by gravity into the bottom of the Proteus filter
- Influent flows upwards through a packed bed of Proteus media beads, where particulates are trapped, and through a strainer box that retains the media
- Oxic/anoxic conditions can be designed based on the location of air diffusers relative to the floating media
- A layer of filtered effluent is stored in the top of the reactor as backwash water. The filter media is backwashed by gravity (no pumping) using only its own effluent.
- Filtered water leaves the Proteus filter with reduced TSS and BOD and continues to the next stage in the treatment process



The upgraded Proteus Plus configuration adds a layer of aerated biofilm for high-rate biological treatment which does not require chemicals or redirection of biomass.

The expanded polypropylene (EPP) media design provides the ideal surface area to build biofilm for high solids loading rates.

Easy construction option for management of primary wet weather flows, capacity increase, or as a tertiary bolt-on for nutrient control.
Proteus biofiltration systems are particularly effective for:
MBBR replacement projects
Clarifier capacity constraints
Nutrient removal upgrades
Wet weather flow treatment
RO concentrate and high-strength wastewater
Space-limited Florida and Caribbean facilities
This makes Proteus ideal for municipal wastewater plants, industrial facilities, resorts, and island communities across Florida, the Southeast U.S., and the Caribbean.
Carver Water Technology deploys Proteus systems from our base in Tampa, Florida, supporting projects throughout:
Tampa Bay
Orlando and Central Florida
South Florida and the Gulf Coast
The Southeast United States
The Bahamas and Caribbean islands
We understand regional regulatory requirements, environmental sensitivity, and the operational realities of coastal and island wastewater treatment.
If your facility is considering:
Expanding MBBR capacity
Replacing aging clarifiers
Reducing footprint and energy consumption
Meeting stricter nutrient limits

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