200T/H Ultrafiltration Treatment Plants for Wastewater
The 200T/H Ultrafiltration Treatment Plants for Wastewater provide high-capacity membrane filtration, ensuring stable effluent quality and reliable large-scale industrial water reuse.
200T/H high treatment capacity
Advanced UF membrane technology
Stable effluent water quality
Automatic backwash operation
Modular plant design
Low energy consumption
PLC intelligent control system
200T/H Ultrafiltration Treatment Plants for Wastewater Specifications
The 200T/H Ultrafiltration Treatment Plants for Wastewater are engineered for large-scale wastewater purification and reuse applications. Utilizing advanced ultrafiltration membrane technology, the system effectively removes suspended solids, colloids, bacteria, and part of high-molecular organic substances, delivering stable and high-quality effluent.
Designed with a modular configuration and intelligent control system, the plant ensures continuous 200T/H operation, reliable membrane performance, and optimized energy consumption, making it suitable for various industrial wastewater treatment projects.
Parameter
Specification
Treatment Capacity
200 m³/h
Membrane Type
Hollow Fiber UF
Filtration Accuracy
0.01 μm
Operating Pressure
0.1–0.4 MPa
Influent Turbidity
≤60 NTU
Effluent Turbidity
≤1 NTU
Control System
PLC Automatic
Power Supply
380V / 50Hz
200T/H Ultrafiltration Treatment Plants for Wastewater Process Flow
The 200T/H Ultrafiltration Treatment Plants for Wastewater process typically includes an equalization tank, lift pump, and pre-filtration stage to remove large particles, followed by optional coagulation dosing to enhance solid-liquid separation. The wastewater then enters the ultrafiltration membrane unit, where suspended solids, colloids, and microorganisms are retained. Automatic backwashing and periodic CIP maintain stable flux, and the treated water is discharged or reused according to project requirements.
200T/H Ultrafiltration Treatment Plants for Wastewater Core Advantage
High Capacity 200T/H Continuous Operation
Engineered for large-scale projects, the plant ensures stable 200T/H treatment capacity with consistent effluent quality.
Advanced Ultrafiltration Membrane System
High-performance UF membranes deliver efficient removal of suspended solids and colloids for reliable purification.
Automatic Backwash and CIP Cleaning
Integrated automatic backwash and chemical cleaning maintain membrane flux and extend operational lifespan.
Modular and Expandable Plant Design
The modular structure allows flexible installation, easy expansion, and simplified maintenance for industrial users.
Stable Effluent for Reuse Applications
Treated water meets reuse or discharge standards, supporting sustainable industrial wastewater management.
Energy Efficient and Cost Effective Operation
Optimized hydraulic design and intelligent control reduce energy consumption and long-term operating costs.
200T/H Ultrafiltration Treatment Plants for Wastewater Typical Applications
Industrial Wastewater Recycling Projects
Widely applied in large-scale industrial wastewater recycling projects to improve effluent quality and enable safe water reuse in production processes.
Power Plant Wastewater Treatment
Used in power plants to treat cooling water blowdown and other wastewater streams, ensuring stable and compliant discharge.
Petrochemical Effluent Treatment Systems
Suitable for petrochemical plants to remove suspended solids and colloids before advanced treatment or reuse stages.
Textile and Dyeing Industry Applications
Effectively reduces turbidity and contaminants in textile wastewater, providing reliable pretreatment for further purification units.
Food and Beverage Processing Wastewater
Treats wastewater from food and beverage factories, enhancing water clarity and supporting environmental compliance.
Municipal Industrial Park Water Reuse
Installed in industrial parks to centralize wastewater treatment and supply reclaimed water for secondary industrial use.
Application scope
Industrial Wastewater Recycling Projects
Power Plant Wastewater Treatment
Petrochemical Effluent Treatment Systems
Textile and Dyeing Industry Applications
Food and Beverage Processing Wastewater
Municipal Industrial Park Water Reuse
Industrial Wastewater Recycling Projects
Widely applied in large-scale industrial wastewater recycling projects to improve effluent quality and enable safe water reuse in production processes.
Power Plant Wastewater Treatment
Used in power plants to treat cooling water blowdown and other wastewater streams, ensuring stable and compliant discharge.
Petrochemical Effluent Treatment Systems
Suitable for petrochemical plants to remove suspended solids and colloids before advanced treatment or reuse stages.
Textile and Dyeing Industry Applications
Effectively reduces turbidity and contaminants in textile wastewater, providing reliable pretreatment for further purification units.
Food and Beverage Processing Wastewater
Treats wastewater from food and beverage factories, enhancing water clarity and supporting environmental compliance.
Municipal Industrial Park Water Reuse
Installed in industrial parks to centralize wastewater treatment and supply reclaimed water for secondary industrial use.
200T/H Ultrafiltration Treatment Plants for Wastewater Quality Certification
The 200T/H Ultrafiltration Treatment Plants for Wastewater are manufactured under ISO 9001 quality management standards and comply with CE certification requirements, ensuring safe operation, reliable performance, and consistent product quality.
CE1
CE2
CE3
CE4
ISO1
ISO2
ISO3
ISO4
ISO5
ISO6
200T/H Ultrafiltration Treatment Plants for Wastewater FAQ
Q1: What is the treatment capacity of this plant?
The plant is designed to treat up to 200 cubic meters of industrial wastewater per hour with stable and continuous operation.
Q2: What pollutants can the UF system remove?
The ultrafiltration system effectively removes suspended solids, colloids, bacteria, and part of high-molecular organic substances.
Q3: Is the system suitable for wastewater reuse?
Yes, the treated effluent can be reused in industrial processes or supplied as feed water for further advanced treatment units.
Q4: Does the plant support automatic operation?
The system can be equipped with a PLC-based automatic control system for filtration, backwash, monitoring, and alarm functions.
Q5: How is membrane fouling controlled?
Automatic backwashing combined with scheduled chemical cleaning procedures helps maintain membrane performance and extend service life.
Technical Service
Pre-Sales Technical Consultation
Customized System Design Support
Process Flow Optimization Service
On-Site Installation Guidance
Commissioning & Start-Up Support
Operator Training Programs
Remote Technical Assistance
Spare Parts Supply Service
200T/H Ultrafiltration Treatment Plants for Wastewater Packaging and Global Delivery
The 200T/H Ultrafiltration Treatment Plants for Wastewater are securely packaged with protective film, reinforced steel structures, and durable wooden crates to ensure safe long-distance transportation. All modules and components are firmly fixed to prevent vibration and damage during transit. We support sea freight, air freight, and land transport, and provide complete export documentation to guarantee smooth customs clearance and reliable global delivery.
200T/H Ultrafiltration Treatment Plants for Wastewater Video
Watch the 200T/H Ultrafiltration Treatment Plants for Wastewater video to explore the plant layout, treatment process, and real project performance, demonstrating high-capacity operation, automatic control, and stable effluent quality for industrial reuse or compliant discharge.
Talk to Our Water Treatment Engineering Experts
Connect with our experienced water treatment engineering experts for professional guidance on technology selection, system design, and project optimization. We provide responsive support to help you achieve efficient, compliant, and reliable water treatment solutions.
Factory Environment
Our modern manufacturing facility ensures precise production and strict quality control of water treatment equipment. Advanced machinery, standardized workflows, and skilled technicians guarantee consistent performance and dependable product quality.