Packaged Wastewater Plants

Package Wastewater Treatment Plant

A package wastewater treatment plant brings biological treatment, tanks, aeration, sedimentation, filtration or membrane units into a factory-built equipment scope. Flow rate, footprint, installation form, material requirement and outlet target decide whether MBR, MBBR, QD Tank, MV, BFTR or QDPP routes fit the project.

Compare Packaged Plant Options

Small To Medium Flow

Reference ranges cover compact 1-24 m3/day units and packaged biological plants up to 500 m3/day.

Route Before Model

MBR, MBBR, BFTR, MV and QDPP options are selected around influent data and outlet targets.

Built For Site Limits

Above-ground, buried, modular vertical and PP tank formats help match footprint and material needs.

Package wastewater treatment plant equipment in workshop

Factory Built Compact Routes RFQ Ready

Check Selection InputsPrepare flow, water quality, outlet target, site layout and installation form.

Compare Plant TypesReview MBR, MBBR, BFTR, QD Tank, MV and QDPP routes.

Check Capacity RangesUse reference ranges for early RFQ discussion before final sizing.

Prepare Packaged Plant RFQSend one project input set for route, material and equipment review.

Selection Inputs

Factory-Built Plants For Decentralized Wastewater

A packaged plant can reduce site construction work, but the equipment route still depends on the wastewater source, hydraulic load, pollutant profile, footprint, discharge or reuse target and material conditions.

Start With Project Conditions

The same daily flow can require different equipment when ammonia, suspended solids, salinity, oil, site access or outlet target changes.

Daily flow, peak flow and whether the plant needs one or multiple treatment lines.

COD, BOD, SS, NH3-N, pH, TDS, oil, color and other influent indicators when available.

Discharge standard, reuse target, sludge handling expectation and operating access.

Above-ground, buried, semi-buried, modular vertical, PP tank or container-oriented delivery preference.

Packaged wastewater treatment plant process flow with screening equalization biological treatment separation disinfection outlet and sludge line

Route Logic

Choose The Packaged Route By Flow, Footprint And Outlet Target

Packaged does not mean one standard tank fits every project. The equipment format is narrowed by hydraulic load, process target, installation limits and material exposure.

FLOW

Flow And Peak Load

Small daily flow can point toward QD Tank or compact PP routes, while larger decentralized projects may need WSZ, MV or multi-module packaged configurations.

BIO

Biological Process

MBR supports compact membrane separation. MBBR uses suspended carriers. BFTR uses a Biofilm Fiber Turntable Reactor concept where attached-growth treatment and rotating media fit the project route.

SITE

Installation Form

Above-ground, buried, semi-buried, vertical, modular or container-oriented formats affect layout, access, excavation and transport planning.

MAT

Material Boundary

Carbon steel, PP tank and corrosion-sensitive options are reviewed against wastewater characteristics, site exposure and procurement requirements.

Request A Packaged Plant Datasheet Set

Datasheets can be matched to the plant family under review, including model range, basic dimensions, process route, material notes and RFQ input requirements. Final drawings and quotation data still depend on the submitted project conditions.

Plant Types

Packaged Plant Types And Process Roles

The packaged plant family includes carbon steel integrated plants, modular vertical equipment and PP tank routes. Each option has a different process role and site-fit boundary.

MBR Biological Wastewater Treatment Systems

MBR 5-500 m3/day

MBR Integrated Plant

A/O and membrane bioreactor route for compact biological treatment where membrane separation and a smaller footprint are important.

Evaluate MBR Systems

MBBR 5-500 m3/day

MBBR Integrated Plant

Carrier biofilm treatment route for decentralized sewage and projects where suspended biological media support nitrification and denitrification.

Evaluate MBBR Systems

BFTR integrated sewage treatment plant equipment

BFTR Biofilm Turntable

BFTR Integrated Plant

Biofilm Fiber Turntable Reactor route for integrated sewage treatment. BFTR is reviewed when attached-growth biological treatment, maintenance access and project flow conditions support a rotating biofilm configuration.

Define BFTR Scope

Buried package wastewater treatment plant tank

QD Tank 1-24 m3/day

QD Tank Compact Unit

Small water-volume vertical unit for small facilities, courtyards, agritourism sites and compact decentralized sewage projects with limited space.

Select Small-Flow Route

MV modular vertical wastewater treatment plant equipment

MV 30-500 m3/day

MV Modular Vertical Plant

AAO, MBBR, sedimentation and filtration route for villages, towns and difficult terrain where modular vertical layout supports compact site planning.

Review MV Configuration

QDPP PP Tank

QDPP Integrated Tank

High-modulus PP tank route for projects that require corrosion resistance, buried or above-ground tank options and compact equipment layout.

Select PP Tank Configurations

Specification Ranges

Reference Capacity Ranges For Early RFQ Review

Reference ranges narrow the packaged plant family before detailed sizing. Final dimensions, power, operating cost, equipment quantity and route design depend on wastewater characteristics, material needs and site conditions.

Plant Family	Reference Range	Typical Review Signals	RFQ Inputs
MBR Integrated PlantA/O + membrane bioreactor	5-500 m3/day Range	Compact biological treatment, membrane separation, reuse or tighter outlet targets.	Flow, COD, BOD, SS, ammonia, outlet target, membrane access and cleaning preference.
MBBR Integrated PlantSuspended carrier biological route	5-500 m3/day Range	Biofilm carrier route, nitrification or denitrification need, decentralized sewage treatment.	Flow, pollutant load, temperature, carrier preference, footprint and downstream target.
QD TankCompact vertical small-flow unit	1-24 m3/day Range	Small decentralized sites, courtyards, agritourism areas and compact facility sewage projects.	People served, daily flow, installation space, voltage, disinfection and sludge discharge preference.
MV Modular Vertical PlantAAO + MBBR + sedimentation + filtration	30-500 m3/day Range	Villages, towns, difficult terrain and projects needing modular vertical treatment modules.	Daily flow, terrain, module count, transport limits, installed power and access conditions.
QDPP Horizontal Tank A/BPP integrated tank route	5-500 m3/day Range	Corrosion-resistant PP tank projects where discharge target affects process option selection.	Material requirement, buried or above-ground layout, flow, outlet target and tank access.
QDPP Vertical Tank AVertical PP compact tank	30-150 m3/day Range	Compact vertical footprint and PP material route for suitable decentralized sewage projects.	Flow, footprint, installation depth or height limits, material preference and outlet target.
Submarine-Type Integrated PlantBuried or semi-buried integrated route	Project Configured	Sites needing underground or semi-underground installation with integrated equipment room.	Excavation limits, access cover layout, maintenance plan, influent data and delivery form.

Reference ranges support initial equipment comparison. Fixed pricing and final drawings are prepared after route review, material selection and project conditions are clear.

Technical Review

Reference Indicators And Design Boundaries

Outlet targets, process route, power, maintenance access and sludge handling are reviewed together. Reference values support early screening, while final commitments depend on influent quality and project design.

Reference Outlet Indicators

MBR reference set:COD ≤ 50 mg/L, BOD ≤ 10 mg/L, NH3-N ≤ 5(8) mg/L, SS ≤ 10 mg/L, TP ≤ 0.5 mg/L, pH 6.0-9.0.

MBBR review:outlet target, nitrification/denitrification need and downstream polishing decide the model route.

QDPP A/B routes:discharge target affects whether the higher or lower treatment route is reviewed.

Power And Cost Fields

Model tables include installed power, operating power and daily operating cost fields for several packaged plant families.

Aeration, pumps, membrane operation, disinfection, flow pattern and local electricity price change the final operating cost.

Fixed pricing and operating cost should be prepared after model, route and project conditions are clear.

Sludge And Maintenance Inputs

Sludge discharge mode, membrane access, carrier inspection and equipment room layout affect maintenance planning.

Buried and semi-buried plants need clear access cover, ventilation, lifting and inspection conditions.

Workshop documents can support layout review, but final maintenance access follows site conditions.

BFTR Review Boundary

BFTR is a Biofilm Fiber Turntable Reactor route for integrated sewage treatment.

Its review should consider attached-growth treatment fit, rotating media access, biological load and downstream target.

Cost and performance comparisons should stay tied to source conditions and project design.

These indicators are not a universal discharge guarantee. Final effluent targets, equipment power, operating cost and sludge handling are confirmed through water-quality data, route selection and project review.

Installation Forms

Above-Ground, Buried, Modular And PP Tank Options

Installation form affects civil work, transport, maintenance access and long-term material exposure. The plant format should follow the site instead of forcing one layout onto every project.

Above-ground packaged wastewater treatment plant equipment

Above-Ground Equipment

Useful when access, inspection and faster placement matter more than underground concealment.

Buried Or Semi-Buried

Suitable where surface space, appearance or site planning favors underground placement.

Modular Vertical

Useful for difficult terrain, phased flow planning or sites that need compact module grouping.

HMPP integrated pump station wastewater project

PP Tank Route

Reviewed where corrosion resistance, tank material and compact layout are important to procurement.

Applications

Applications For Small And Medium Wastewater Projects

Packaged wastewater treatment plants are usually reviewed when site work must stay controlled, equipment delivery needs to be clear, and flow is suitable for a compact treatment route.

Packaged Wastewater Treatment Plants for domestic sewage

Villages And Townships

Domestic sewage routes often need compact biological equipment, simple operation access and clear discharge targets.

Review Domestic Sewage Routes

100 m3 per day buried QDPP sewage treatment project

Camps, Scenic Areas And Facilities

Variable occupancy and limited land can make modular packaged plants more practical than heavy civil structures.

Review Complete Treatment Systems

300 m3 per day industrial wastewater treatment project with integrated equipment

Small Industrial Support

Food, logistics, light manufacturing or facility wastewater may need pretreatment review before packaged biological equipment.

Compare Industrial Routes

Factory Proof

Factory Proof, Documentation And Delivery Scope

Our packaged plant scope can include tank fabrication, process equipment integration, piping, valves, electrical coordination, transport review and procurement documents. Final scope depends on equipment size, material, installation form and project requirements.

20+ Years

Wastewater treatment equipment manufacturing and project support experience.

40,000 m2

Factory and workshop area supporting packaged plant fabrication and assembly.

Patents

Multiple patents and software copyrights support product development and documentation.

DRW

Prepare Drawings

General arrangement, process route and equipment layout support early technical review.

MAT

Confirm Materials

Carbon steel, PP tank route, coating and corrosion exposure are reviewed by water and site data.

Check Fabrication Scope

Workshop assembly, equipment matching and inspection planning support purchasing decisions.

EXP

Review Delivery Conditions

Transport size, module count, lifting access, export packing and delivery terms are confirmed with the quotation scope.

Motiva packaged wastewater treatment plant manufacturing workshop

Project References

Selected Packaged Plant Project References

Selected references include rural MBR, compact QDPP tank and WSZ integrated systems across different capacity ranges. New project performance depends on influent data, process route, outlet target and engineering review.

100 m3 per day rural containerized MBR sewage treatment project

100 m3/day Jiangsu Rural Sewage MBR

Rural Containerized MBR Sewage Project

A Jiangsu rural packaged MBR project example showing how container-oriented equipment can support decentralized sewage treatment planning.

30 m3/day Hainan QDPP Compact Tank

Small QDPP Integrated Tank Project

A Hainan QDPP packaged plant example for a small-capacity wastewater project where PP tank layout and capacity range matter.

Zhejiang WSZ integrated domestic wastewater treatment project

80 m3/day Zhejiang Domestic Wastewater WSZ

Domestic Wastewater WSZ Integrated System

A Zhejiang domestic wastewater project example showing how WSZ packaged equipment can support medium-small domestic wastewater flows.

Packaged Plant RFQ

Send Water Data For Packaged Plant Review

Send one set of project inputs for technical review of packaged plant type, biological route, material boundary, installation form and early RFQ scope.

Useful water inputs: source, daily flow, peak flow, COD, BOD, SS, NH3-N, pH, TDS, oil, color and salinity. Project targets: discharge or reuse target, above-ground or buried preference, material need, site limits and delivery form. Final sizing, operating cost, drawings and pricing are confirmed after route, equipment and project conditions are reviewed.

Wastewater Treatment RFQ Setup Checklist

Prepare flow data, drawings and outlet targets before a full packaged plant inquiry.

Full packaged plant review continues through the Motiva RFQ / Water Data Form when project inputs are ready.

Motiva RFQ / Water Data Form

Prepare the project basics first. A water-quality report, site sketch or preferred installation form can shorten the first review.

Add wastewater source, flow rate, country or region, target outlet and site installation preference.

Include COD, BOD, SS, NH3-N, pH, TDS, oil, color, salinity or a lab report when available.

Route review comes first, then plant family, material scope, drawings and RFQ details are narrowed.

The shared inquiry path supports packaged plant selection, complete system review and equipment quotation from the same project input set.

FAQ

Package Wastewater Treatment Plant FAQ

Packaged plant selection depends on route, capacity, installation form, cost factors and RFQ data quality.

What is a package wastewater treatment plant?

It is a factory-built wastewater treatment plant that combines tanks, biological treatment, aeration, separation, controls or supporting units into a compact equipment scope for suitable small and medium projects.

How do I choose between MBR and MBBR packaged plants?

Outlet target, footprint, biodegradability, solids handling and operation preference shape the choice. MBR uses membrane separation, while MBBR uses suspended biofilm carriers.

What capacity range can be reviewed?

Reference ranges include QD Tank at 1-24 m3/day, MV at 30-500 m3/day, and MBR, MBBR or QDPP horizontal routes at 5-500 m3/day. Final sizing depends on project data.

Can a packaged plant be buried underground?

Buried or semi-buried options can be reviewed when site layout, access, civil conditions and maintenance requirements support that installation form.

What affects package wastewater treatment plant cost?

Cost depends on flow rate, pollutant load, process route, tank material, installation form, controls level, delivery scope, documentation needs and outlet target.

What data should be sent for a packaged plant RFQ?

Useful inputs include daily flow, peak flow, wastewater source, COD, BOD, SS, ammonia, pH, TDS, salinity, oil, outlet target, site layout and installation preference.