Membrane Bioreactors (MBR)

Product name

Membrane Bioreactors (MBR)

Primary media

Industrial effluents
Sewage
Wastewater

System type

Engineered systems

Process characteristics

Aerobic

Technologies

Membrane bioreactors

Installation

Above ground

Availability

For hire
For sale

TITAN MBR™ (Membrane Bioreactor) Flat-Plate Membranes (MF) maintain high permeability and flux rates even at peak-day rates. They stack within a fully submerged module inside the aeration zone. Transmembrane pressure created by gravity drives the flow through the membranes. Clean water discharges while blocked solids remain in the aeration zone. Diffusers beneath the module scour the membranes while also providing air supply to the bacteria. Chemical cleaning occurs efficiently in-place—typically on a semi-annual basis—with simple chemical injection. No permeate pumps are required, saving energy and maintenance compared to most other MBR systems.

TITAN MBR™ Membrane Bioreactor

Information
Flows	Up to 3 MGD (11,350 cmd)
Models	Packaged and Field-Erected Systems
Design	BOD, TSS & Nutrient Removal

TITAN MEM-BOX™ Membrane Bioreactor

Information
Flows	Up to 2+ MGD (7,570 m3/d) per train
Applications	For New and Existing WTTPs (Municipal and Industrial)
Design	BOD, TSS & Nutrient Removal + Add Capacity

TITAN MBR QUBE™ Membrane Bioreactor

Information
Flows	Up to 20,000 GPD (75.5 cmd)
Models	Packaged and Field-Erected Systems
Design	BOD, TSS & Nutrient Removal

TITAN MBR MEM-FRAME™ Membrane Bioreactor

Information
Flows	Up to 190,000 GPD (715 cmd)
Models	Retrofit Option
Design	BOD, TSS & Nutrient Removal

QuickSmart™ Controls for TITAN MBR™

Delivering simplified operation yet powerful treatment system control, QUICKSMART™ Controls provide unparalleled ability to monitor and adjust all of your TITAN MBR™ functions. The easy to use, intuitive layout makes control modifications, screen navigation and viewing easier than ever, with screen function buttons and a status bar accesible from every screen. Added features take system controller functionality to new levels.