MBR Wastewater Treatment Plant
Motiva MBR systems combine biological treatment with membrane separation for compact domestic sewage, decentralized wastewater and selected organic wastewater projects. Flow rate, influent quality, outlet target and site layout shape the final equipment scope.
5-500 m3/d Range
PVDF Membrane
Project-Based Scope
WSZ Series
A/O + MBR
ISO Systems
CEP
Engineering Qualification
40,000 m2 Factory
When MBR Fits The Treatment Route
MBR review starts with wastewater characteristics, flow, footprint and outlet target. The route works best when biological treatment is suitable and membrane separation is needed to reduce footprint or improve solids separation.
Review These Conditions First
MBR should be evaluated as part of the full route, especially when upstream screening, equalization or pretreatment affects membrane load and cleaning needs.
Biological Treatment Comes First
Membrane Separation Replaces Secondary Settling
Pretreatment Protects The Route
Water Data Narrows The Equipment Scope
A/O + MBR Process In One Compact Equipment Scope
For suitable wastewater, the biological stage reduces organic load and supports nitrogen-related treatment review, while the membrane tank separates mixed liquor from treated water. The route can be configured with screening, equalization, disinfection, sludge discharge and control systems according to project needs.
1
Screen
2
Equalize
3
Treat
4
Separate
5
Discharge
Complete WSZ MBR Model Table For Early Selection
The WSZ MBR model family covers approved reference rows from 5 to 500 m3/d. Use the complete table for initial comparison; final drawings, grouping, power configuration, operation scope and quotation are confirmed after wastewater and project review.
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Use operating power for early energy review. A practical estimate is operating power x expected running hours x local electricity tariff; final operating cost depends on local power price, operation schedule, aeration strategy, cleaning cycle, influent load and project configuration.
Reference Influent And Outlet Indicators
MBR equipment selection starts with influent data and the required outlet target. These indicator ranges are useful for early discussion, while final performance review depends on wastewater characteristics, pretreatment, operation and discharge requirements.
Organic Load
Nutrients And Solids
Operating Window
Choose MBR, MBBR Or Packaged Plant Direction
MBR is one biological treatment route, not a universal answer for every wastewater source. Compare the project target, operation preference and site limits before choosing the equipment family.
Review Current MBR Route
Compare MBBR Routes
Review Packaged Plant Options
Applications For Compact Biological Treatment
Application fit depends on water quality and project target, not the industry name alone. MBR may be reviewed for decentralized sewage and selected organic wastewater where biological treatment and membrane separation are suitable.
Villages And Townships
Camps And Scenic Facilities
Commercial Facilities
Small Organic Wastewater
Compact Upgrade Projects
Reuse-Oriented Review
Containerized Deployment
Complete System Routes
Equipment Manufacturing, Certification And Delivery Review
Our MBR supply scope can include tank fabrication, membrane module integration, aeration, pumps, piping, electrical control, documentation and delivery review. Confirmed credentials include ISO management systems, CEP certification, environmental engineering qualification, a safety production license and multiple patents and software copyrights.
ISO + CEP
Engineering Qualification
Patents
Prepare Drawings
Confirm Materials
Review Operation Access
Coordinate Delivery
Selected MBR Project References
Motiva project records include MBR use across rural, domestic and underground integrated wastewater projects. These references help buyers compare flow scale, equipment form and process route before sending project data.
Rural Containerized MBR Sewage Project
A completed 100 m3/day rural containerized MBR sewage project in Jiangsu shows how MBR equipment can be packaged for decentralized rural sewage treatment.
Domestic Wastewater WSZ Integrated System
A completed 80 m3/day Zhejiang domestic wastewater project used WSZ integrated equipment for a medium-small domestic sewage treatment route.
Underground AO + MBR Integrated Project
A completed 160 m3/day Tianjin underground integrated wastewater treatment project used AO + MBR technology for domestic sewage treatment.
Send Water Data For MBR System Review
A first inquiry can start with contact details, wastewater source, flow range, target outlet and any available water-quality report. Detailed sizing can continue after the basic route is clear.
Prepare A Useful First Inquiry
Complete laboratory data is helpful, but not required at first contact. Clear project basics help narrow whether MBR, MBBR, DAF pretreatment or a packaged plant route should be reviewed first.
Motiva RFQ / Water Data Form
Send one set of project inputs for MBR selection, complete wastewater systems, treatment route review or equipment quotation.
Shared Inquiry Form
Add a native Elementor Form widget here after import.
MBR Wastewater Treatment Plant FAQ
An MBR wastewater treatment plant combines biological treatment with membrane separation. In Motiva’s WSZ MBR route, A/O biological treatment is combined with PVDF hollow fiber membrane modules to support compact solid-liquid separation. What capacity range can be reviewed for the WSZ MBR series? The confirmed WSZ MBR reference range covers 5-500 m3/d. Final sizing, grouping, dimensions, power and layout depend on project flow, wastewater indicators, site conditions and outlet target.
The confirmed WSZ MBR reference range covers 5-500 m3/d. Final sizing, grouping, dimensions, power and layout depend on project flow, wastewater indicators, site conditions and outlet target. How is MBR different from MBBR? MBR uses membrane separation after biological treatment, while MBBR uses suspended carriers for biofilm treatment. The choice depends on outlet target, footprint, solids separation needs, operation preference and wastewater characteristics.
MBR uses membrane separation after biological treatment, while MBBR uses suspended carriers for biofilm treatment. The choice depends on outlet target, footprint, solids separation needs, operation preference and wastewater characteristics. Does MBR remove the need for a secondary sedimentation tank? For the confirmed MBR product route, membrane separation can remove the need for a conventional secondary sedimentation tank. Final layout still depends on pretreatment, sludge handling, maintenance access and project design.
For the confirmed MBR product route, membrane separation can remove the need for a conventional secondary sedimentation tank. Final layout still depends on pretreatment, sludge handling, maintenance access and project design. What affects MBR wastewater treatment plant cost? Cost depends on flow rate, pollutant load, membrane area, tank size, pretreatment needs, controls, pumps, material requirements, installation form, delivery scope and outlet target. A fixed price should not be estimated from flow alone.
Cost depends on flow rate, pollutant load, membrane area, tank size, pretreatment needs, controls, pumps, material requirements, installation form, delivery scope and outlet target. A fixed price should not be estimated from flow alone. What data should be sent for MBR selection? Useful inputs include wastewater source, daily and peak flow, COD, BOD, ammonia nitrogen, SS, TP, pH, oil or grease if present, salinity or TDS if relevant, discharge or reuse target, site layout and available water-quality reports.
Useful inputs include wastewater source, daily and peak flow, COD, BOD, ammonia nitrogen, SS, TP, pH, oil or grease if present, salinity or TDS if relevant, discharge or reuse target, site layout and available water-quality reports. Can one MBR system fit every wastewater source? No. High oil, high salinity, toxic compounds, heavy solids, poor biodegradability or difficult industrial wastewater may require pretreatment or a different route before MBR can be considered.
No. High oil, high salinity, toxic compounds, heavy solids, poor biodegradability or difficult industrial wastewater may require pretreatment or a different route before MBR can be considered. Review MBR Fit Before Final Equipment Selection Share flow rate, influent indicators, outlet target and site constraints to narrow the MBR model range, pretreatment needs and equipment scope. Request MBR System Review
Review MBR Fit Before Final Equipment Selection
Share flow rate, influent indicators, outlet target and site constraints to narrow the MBR model range, pretreatment needs and equipment scope.