Industrial Wastewater Treatment Systems for Factories and Industrial Parks
We design and manufacture wastewater treatment systems for high-COD, oily, acidic, chemical, pharmaceutical, textile, food processing, electroplating and mixed industrial park wastewater. Share your water quality data and discharge target to receive a practical process proposal.
Industrial Wastewater Problems We Help Solve
Industrial wastewater is rarely solved by a single machine. We evaluate the wastewater source, pollutant composition, COD load, biodegradability, salinity, oil content, heavy metals and final discharge or reuse target before configuring the treatment process.
High COD and Refractory Organics
For industrial wastewater with high COD, complex organic compounds, color, odor, toxicity or poor biodegradability that cannot be handled efficiently by biological treatment alone.
Poor Biodegradability
For wastewater streams that need pretreatment before entering biological systems, especially when toxic compounds reduce microbial activity.
Oily Wastewater and Suspended Solids
For food processing, slaughtering, petrochemical, machinery, coating and similar wastewater containing oil, SS, flocs or floating pollutants.
Heavy Metals and Complexed Metals
For electroplating, PCB, metal finishing, mining, metallurgy and chemical wastewater containing heavy metals or chelated metal compounds.
Acidic and Pickling Wastewater
For acid washing, metal surface treatment, chemical production, battery material and mixed acid wastewater requiring neutralization, recovery or separation.
Industrial Park Mixed Wastewater
For centralized treatment plants receiving mixed wastewater from chemical, pharmaceutical, textile, coating, food processing or other industrial tenants.
Integrated equipment layout for complex wastewater treatment
Advanced oxidation for COD polishing
High-COD pretreatment and system upgrading
Difficult wastewater treatment project reference
Equipment manufacturing and project supportWastewater Treatment for Single Factories and Industrial Parks
Whether you are treating wastewater from one manufacturing plant or a centralized industrial park, the process should be built around real water quality, influent fluctuation, discharge target and long-term operation requirements.
For Manufacturing Plants and Industrial Facilities
We configure wastewater treatment systems for single factories based on production process, wastewater volume, pollutant load, existing treatment facilities and discharge or reuse targets. The system can be designed for new projects, capacity expansion, compliance upgrades or pretreatment before biological treatment.
- Chemical and pharmaceutical plants
- Food processing, slaughterhouse and beverage production
- Textile, dyeing, leather and coating wastewater
- Electroplating, PCB, paper mill and petrochemical wastewater
For Industrial Parks, Industrial Estates and CETP Projects
For industrial parks and centralized effluent treatment plants, we focus on mixed wastewater composition, shock load resistance, source pretreatment, centralized biological treatment, advanced treatment, online monitoring and future expansion.
- Industrial park wastewater treatment
- Common effluent treatment plant and centralized ETP
- Multi-source wastewater collection and pretreatment
- Industrial park water reuse and upgrading
Process Routes Configured Around Your Wastewater
The final process route depends on water quality, treatment target, discharge standard, site conditions and operating requirements. Below are common process directions we may configure after reviewing your project data.
| Wastewater Problem | Possible Process Route | Main Purpose |
|---|---|---|
| Oil, SS, floating solids | Chemical dosing + DAF + sedimentation | Remove oil, suspended solids and flocs before biological treatment. |
| High COD and poor biodegradability | Catalytic self-electrolysis + biological treatment | Break down complex organics and improve biodegradability. |
| Refractory organic pollutants | Ozone catalytic oxidation / photocatalytic oxidation | Improve advanced oxidation and COD reduction. |
| Heavy metals and complexed metals | Catalytic self-electrolysis + precipitation | Release and remove heavy metal ions. |
| Industrial park mixed wastewater | Source pretreatment + centralized biological + advanced treatment | Handle variable water quality and shock loads. |
| Medium / high-concentration organic wastewater | Anaerobic reactor + aerobic biological treatment | Reduce organic load before downstream treatment. |
| Acidic wastewater / pickling wastewater | Neutralization / mixed acid recovery / evaporation | Control pH and recover valuable acid where applicable. |
| Reuse or stricter discharge | MBR / BAF( Biological Aerated Filter) / RO / ozone catalytic oxidation | Improve final effluent quality for discharge or reuse. |
Core Technologies for Difficult Industrial Wastewater
Different industrial wastewater streams require different treatment mechanisms. We combine physicochemical treatment, biological treatment, catalytic oxidation, electrochemical pretreatment, filtration and integrated equipment manufacturing according to project requirements.
FCM-IV Catalytic Self-Electrolysis
Used for high-concentration, toxic, refractory and poorly biodegradable wastewater. It helps open rings and break long-chain organic molecules, reduce color, improve biodegradability, support coagulation and prepare wastewater for downstream biological treatment.
SAO₃ Ozone Catalytic Oxidation
Used for advanced treatment where conventional oxidation is not sufficient. It enhances ozone utilization, supports deeper degradation of organic pollutants and can be combined with BAF, MBR, RO or other downstream processes.
DAF Dissolved Air Flotation
Used for wastewater containing oil, suspended solids, colloids, coagulated flocs and light floating pollutants. It is often configured as pretreatment before biological or advanced treatment.
IC Anaerobic Reactor
Used for medium and high-concentration organic wastewater. It can reduce organic load before aerobic treatment, MBR, MBBR, BAF or advanced oxidation stages.
MBR / MBBR / BFTR Biological Units
Used after pretreatment to improve organic removal, nitrogen removal, effluent stability and compact system layout. Biological systems can be integrated with DAF, catalytic pretreatment and final polishing.
QDPP / PP Tanks and Integrated Units
Used where corrosion resistance, customized tank structure, modular equipment integration or industrial wastewater system durability is important.
Centralized Wastewater Treatment for Industrial Parks and CETP Projects
Industrial park wastewater often receives mixed effluent from multiple industries, with variable flow, unstable pollutant composition, shock loads, high COD, toxicity, color, salinity, ammonia nitrogen or poor biodegradability.
Multi-Source Wastewater Evaluation
Separate evaluation for chemical, pharmaceutical, textile, food, coating, electroplating and other wastewater sources before centralized treatment.
Source Pretreatment Before Central Plant
High-risk wastewater streams may need pretreatment before entering the common treatment plant to protect the central biological system.
Shock Load Resistance
Process design considers flow fluctuation, COD variation, toxicity, salinity changes and future tenant expansion.
Centralized Biological Treatment
Biological systems can be configured after pretreatment to improve system stability and reduce final polishing pressure.
Advanced Treatment and Reuse
Ozone catalytic oxidation, BAF, MBR, RO, filtration or reuse stages can be configured for stricter discharge or recycling requirements.
Future Expansion
The process and equipment layout should leave room for increased flow, additional factories and future discharge upgrades.
Planning an industrial park wastewater project? Send the industry list, estimated flow rate and target discharge standard. We will help evaluate the treatment route.
Get CETP Process ProposalFrom Process Design to Equipment Manufacturing
We support industrial wastewater projects with process configuration, equipment manufacturing, integrated system supply, installation support, commissioning coordination and operation-oriented technical communication.
For oil, SS, floc, pH control, precipitation and final polishing.
For high COD, heavy metals, refractory organics and advanced treatment.
For MBR, MBBR, BFTR, tanks, reactors, pump stations and complete configurations.
Industrial Wastewater Applications
Our systems can be configured for different industrial wastewater sources according to pollutant composition, treatment capacity and discharge requirements.
Chemical Wastewater
For chemical production, intermediates, solvents, mixed organics, color, toxicity and refractory COD.
Pharmaceutical Wastewater
For high-COD, toxic and poorly biodegradable wastewater from pharmaceutical production and intermediates.
Textile and Dyeing Wastewater
For color, COD, surfactants, auxiliaries, viscous wastewater and advanced treatment needs.
Electroplating and PCB Wastewater
For heavy metals, complexed metals, acid/alkali wastewater and compliance upgrading.
Food Processing and Slaughterhouse
For oil, SS, organic load, odor and biological treatment stability.
Petrochemical and Refining
For oil, refractory organics, shock loads and advanced oxidation.
Paper Mill Wastewater
For COD polishing, color, suspended solids and reuse or discharge upgrade.
Industrial Park Wastewater
For mixed wastewater from multiple factories, centralized ETP / CETP and future expansion.
Not sure which process route fits your wastewater?
Send your water quality report or key indicators. We will evaluate the likely pretreatment, biological and advanced treatment direction.
Factory Production for Industrial Wastewater Treatment Systems
Manufacturing support for industrial wastewater projects — from DAF units, catalytic oxidation reactors and dosing systems to PP / QDPP tanks, filtration units, piping, control cabinets and export preparation.
Built for Complex Industrial Wastewater Projects
Industrial wastewater projects often require multiple treatment units working together. Our production team supports equipment fabrication, module assembly, process integration and pre-delivery checking based on wastewater quality, flow rate and discharge target.
- DAF, catalytic oxidation, self-electrolysis and filtration equipment can be combined by process route.
- PP / QDPP material options are available for corrosive or special wastewater conditions.
- Piping, dosing, control cabinet and skid/module layout can be arranged for overseas delivery.
Reported Project Results for Difficult Industrial Wastewater
For complex industrial wastewater, project evidence should be judged by wastewater source, treatment capacity, influent indicators, process route and improvement after treatment. Results vary by wastewater composition and discharge requirements.
North China Pharmaceutical Wastewater Upgrade
FCM-IV catalytic self-electrolysis and catalytic oxidation were used as pretreatment before biological treatment.
Ozone Catalytic Oxidation + RO
In the referenced 40-minute comparison test, SAO₃-II showed stronger COD polishing performance than ozone alone and a typical commercial catalyst.
Ningxia Pingluo Wastewater Treatment Plant
The project received wastewater from pharmaceutical intermediates, pesticides and chemical raw material production.
Want to know whether your wastewater can use a similar route?
Send your water quality report, estimated flow rate and required standard for an engineering review.
Smart Operation Support with Chaos Cloud Platform
For industrial wastewater plants and industrial park projects, long-term operation matters as much as process selection. Chaos Cloud Platform supports remote monitoring, equipment operation data collection, online analysis, alarm information and operation visibility for project management.
Collect equipment running status and site operation information for management review.
Support remote visibility of key operation details and water quality information where configured.
Track alarms, maintenance details and operation issues to support stable management.
Helpful for plants facing strict discharge supervision, remote sites or limited local operators.
Lower Operation Pressure for Plant Owners and EPC Teams
Remote data and operation visibility help project owners, operators and EPC teams manage equipment status, maintenance response and compliance pressure more efficiently.
Why Industrial Wastewater Projects Work With MOTIVA
Process-Oriented Engineering
We evaluate wastewater source, pollutant type, COD load, biodegradability, pH, salinity, oil, heavy metals and discharge target before recommending a process route.
Integrated Manufacturing Capability
Manufacturing scope covers integrated sewage treatment plants, air flotation machines, non-standard sewage treatment systems, mechanical filters and PP material processing.
40,000㎡ Production Workshop
Workshop capability supports bending, shearing, rolling, laser cutting, blanking and automatic welding for equipment manufacturing.
Certified Engineering and Manufacturing Strength
Qualification assets include ISO 9001, ISO 14001, ISO 45001, CEP certification, environmental engineering contracting qualification, safety production license, patents and software copyrights.
Qualification and Trust Badges
How We Start an Industrial Wastewater Project
The fastest way to move forward is to share water quality data and your discharge or reuse target.
Send Basic Water Quality Data
Share wastewater source, flow rate, COD, BOD, ammonia nitrogen, pH, salinity, oil, SS, heavy metals and treatment target.
Process Route Evaluation
We evaluate whether the project requires DAF, catalytic pretreatment, anaerobic, biological, advanced oxidation, filtration or reuse stages.
Equipment Configuration
Based on the selected process route, we recommend equipment modules, layout direction, material selection and integration method.
Proposal and Technical Communication
We provide a practical proposal direction for quotation evaluation, project tendering or EPC coordination.
Get a Process Proposal for Your Industrial Wastewater Project
Send us your wastewater source, flow rate, water quality data and discharge or reuse target. Our team will review the information and recommend a suitable treatment route and equipment configuration.
Industrial Wastewater Treatment FAQ
What information do you need to design an industrial wastewater treatment system?
We need the wastewater source, flow rate, influent water quality, discharge or reuse standard, existing process if any, project location, site constraints and operation requirements. Key parameters include COD, BOD, ammonia nitrogen, SS, oil, pH, salinity and heavy metals.
Can one system treat wastewater from different factories in an industrial park?
Yes, but the process should be designed based on different wastewater sources. For industrial park and CETP projects, high-risk wastewater streams may require source pretreatment before entering the centralized treatment plant.
What process is suitable for high-COD industrial wastewater?
High-COD wastewater may require pretreatment before biological treatment. Depending on the wastewater composition, possible routes include catalytic self-electrolysis, DAF, anaerobic treatment, biological treatment, ozone catalytic oxidation and final polishing.
Do you provide equipment only or complete treatment systems?
We support process configuration and equipment manufacturing. Depending on the project, the system may include DAF, dosing, reactors, biological treatment units, filtration, oxidation, tanks, pump stations and integrated equipment.
Can your system be used for upgrading an existing wastewater treatment plant?
Yes. Many industrial projects require pretreatment or advanced treatment upgrades rather than full replacement. A suitable process can be configured after reviewing the existing system and current effluent problems.
Is this page suitable for CETP and industrial estate wastewater projects?
Yes. This page is designed for both single-factory industrial wastewater and centralized industrial park wastewater treatment projects, including CETP, industrial estate ETP and mixed industrial effluent treatment.
Can you guarantee the final effluent standard before testing?
The process route should be evaluated based on wastewater samples, influent data and local discharge requirements. For complex industrial wastewater, water quality testing and engineering review are recommended before final process confirmation.
Can the system support remote operation monitoring?
Remote operation support can be configured through the Chaos Cloud Platform, including equipment operation data collection, online analysis, alarm information, maintenance details and site status visibility where the required instruments and communication conditions are included.
Send Your Wastewater Data and Get a Practical Treatment Route
Whether you are planning a new industrial wastewater treatment plant, upgrading an existing facility or designing a centralized system for an industrial park, we can help evaluate the process route and equipment configuration based on your project data.
