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120m³/H Industrial Ultrafiltration System
A high-flow membrane filtration solution for raw-water purification and professional RO pretreatment. Premium PVDF/PES hollow-fiber membranes reduce turbidity, suspended solids, colloids, algae and microorganisms while retaining dissolved mineral salts.
A high-flow membrane filtration solution for raw-water purification and professional RO pretreatment. Premium PVDF/PES hollow-fiber membranes reduce turbidity, suspended solids, colloids, algae and microorganisms while retaining dissolved mineral salts.
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Product Description
High-Recovery Industrial UF Solution
120m³/H Industrial Ultrafiltration System
A high-flow membrane filtration solution for raw-water purification and professional RO pretreatment. Premium PVDF/PES hollow-fiber membranes reduce turbidity, suspended solids, colloids, algae and microorganisms while retaining dissolved mineral salts.
Core Advantages
Optimized PerformanceAll indexes are optimized for stable high-recovery operation, improved water utilization and reliable downstream RO protection.
Recovery Operating ReferenceAt 93% recovery, 120 m³/h of qualified UF filtrate requires approximately 129 m³/h of raw feedwater.
Excellent RO Pretreatment
Low-turbidity, low-SDI filtrate helps reduce RO membrane fouling and cleaning frequency.
Reliable Water Quality
Typical filtrate turbidity ≤0.1 NTU and SDI₁₅ ≤3 under design conditions.
Strong Adaptability
Suitable for river, surface and well water after correctly selected pretreatment.
Automatic Cleaning
Automatic backwashing, CEB and CIP maintain membrane flux and stable operation.
Modular Design
Compact skid-mounted structure supports simple installation, expansion and maintenance.
Technical Specifications
Typical Design Data| Item | Typical Specification |
|---|---|
| Net filtrate capacity | 120 m³/h |
| Maximum daily output | 2,880 m³/day |
| Membrane type | Hollow-fiber UF membrane |
| Membrane material | PVDF or PES |
| Nominal pore size | Approximately 0.01–0.1 μm |
| Product-water turbidity | Typically ≤0.1 NTU |
| RO pretreatment SDI₁₅ | Typically ≤3 |
| Recovery rate | 90%–95% |
| Operating pressure | 0.1–0.3 MPa |
| Filtration mode | Inside-out or outside-in |
| Backwashing | Automatic |
| Chemical cleaning | CEB and CIP |
| Control system | Automatic PLC + HMI |
| Installation | Modular skid-mounted |
| Piping material | UPVC, SS304 or SS316 |
| Power supply | Customized |
| Operating mode | Continuous filtration |
| Warranty | One year |
Actual performance depends on feedwater quality, membrane selection, operating flux and cleaning conditions.
Applications
Industries & ProjectsMunicipal Water PlantsParticle and microorganism barrier for drinking-water treatment.
Industrial ParksCentralized process and utility water filtration.
RO PretreatmentLow-turbidity, low-SDI feedwater for reverse osmosis.
Food & BeverageReliable pretreatment for production water systems.
Power PlantsBoiler and process-water pretreatment applications.
Chemical ProductionIndustrial process and utility water clarification.
Mining & MineralsRobust filtration for demanding site conditions.
Textile & DyeingProcess-water treatment and wastewater reuse support.
Seawater RO PretreatmentUF barrier upstream of a dedicated SWRO system.
Wastewater RecyclingTertiary filtration before reuse or advanced treatment.
Cooling-Tower Make-UpReduced suspended solids for circulation systems.
Commercial FacilitiesLarge-flow water purification for complex sites.
Frequently Asked Questions
Technical AnswersDoes ultrafiltration remove TDS and hardness?
No. UF removes particles, colloids and microorganisms but allows dissolved salts to pass through. RO or ion exchange is required for TDS and hardness reduction.
Can UF be used before reverse osmosis?
Yes. UF provides stable low-turbidity and low-SDI feedwater, helping reduce RO membrane fouling and cleaning frequency.
How much feedwater is required?
At a 93% recovery rate, producing 120 m³/h of UF water requires approximately 129 m³/h of feedwater.
Can it treat high-turbidity river water?
Yes, but coagulation, clarification or multimedia filtration may be required. Pretreatment must be selected using seasonal maximum turbidity.
How often does the system backwash?
Backwashing is automatic. The interval is determined by feedwater quality, membrane flux and transmembrane-pressure changes.
Can the system operate continuously?
Yes. Multiple membrane trains allow other trains to continue filtering while one train is backwashing or undergoing maintenance.
Is UF product water safe for direct drinking?
UF reduces turbidity and microorganisms but does not remove dissolved chemicals or salts. Final disinfection and water-quality testing are required.
Information Required for Quotation
Project InputGet an Accurate UF Proposal
Send the water analysis and operating requirements below. Our engineers will select the membrane area, flux, pretreatment, cleaning system and automation configuration.
Complete raw-water analysis
Raw-water source
Minimum and maximum turbidity
TSS, COD, TOC and oil content
Water temperature and pH
Required net product-water capacity
Product-water application and standard
Daily operating hours
Required system recovery
Local voltage, phase and frequency
Available installation space
Preferred membrane brand and material
Project location and destination port
Installation and commissioning requirements
Need a Customized 120m³/h UF System?
Share your raw-water report and project specifications for a suitable configuration and quotation.
High-Recovery Industrial UF Solution
120m³/H Industrial Ultrafiltration System
A high-flow membrane filtration solution for raw-water purification and professional RO pretreatment. Premium PVDF/PES hollow-fiber membranes reduce turbidity, suspended solids, colloids, algae and microorganisms while retaining dissolved mineral salts.
Core Advantages
Optimized PerformanceAll indexes are optimized for stable high-recovery operation, improved water utilization and reliable downstream RO protection.
Recovery Operating ReferenceAt 93% recovery, 120 m³/h of qualified UF filtrate requires approximately 129 m³/h of raw feedwater.
High Water Utilization
Stable 90%–95% recovery helps reduce raw-water consumption and operating cost.
Excellent RO Pretreatment
Low-turbidity, low-SDI filtrate helps reduce RO membrane fouling and cleaning frequency.
Reliable Water Quality
Typical filtrate turbidity ≤0.1 NTU and SDI₁₅ ≤3 under design conditions.
Strong Adaptability
Suitable for river, surface and well water after correctly selected pretreatment.
Automatic Cleaning
Automatic backwashing, CEB and CIP maintain membrane flux and stable operation.
Modular Design
Compact skid-mounted structure supports simple installation, expansion and maintenance.
Technical Specifications
Typical Design Data| Item | Typical Specification |
|---|---|
| Net filtrate capacity | 120 m³/h |
| Maximum daily output | 2,880 m³/day |
| Membrane type | Hollow-fiber UF membrane |
| Membrane material | PVDF or PES |
| Nominal pore size | Approximately 0.01–0.1 μm |
| Product-water turbidity | Typically ≤0.1 NTU |
| RO pretreatment SDI₁₅ | Typically ≤3 |
| Recovery rate | 90%–95% |
| Operating pressure | 0.1–0.3 MPa |
| Filtration mode | Inside-out or outside-in |
| Backwashing | Automatic |
| Chemical cleaning | CEB and CIP |
| Control system | Automatic PLC + HMI |
| Installation | Modular skid-mounted |
| Piping material | UPVC, SS304 or SS316 |
| Power supply | Customized |
| Operating mode | Continuous filtration |
| Warranty | One year |
Actual performance depends on feedwater quality, membrane selection, operating flux and cleaning conditions.
Applications
Industries & ProjectsMunicipal Water PlantsParticle and microorganism barrier for drinking-water treatment.
Industrial ParksCentralized process and utility water filtration.
RO PretreatmentLow-turbidity, low-SDI feedwater for reverse osmosis.
Food & BeverageReliable pretreatment for production water systems.
Power PlantsBoiler and process-water pretreatment applications.
Chemical ProductionIndustrial process and utility water clarification.
Mining & MineralsRobust filtration for demanding site conditions.
Textile & DyeingProcess-water treatment and wastewater reuse support.
Seawater RO PretreatmentUF barrier upstream of a dedicated SWRO system.
Wastewater RecyclingTertiary filtration before reuse or advanced treatment.
Cooling-Tower Make-UpReduced suspended solids for circulation systems.
Commercial FacilitiesLarge-flow water purification for complex sites.
Frequently Asked Questions
Technical AnswersDoes ultrafiltration remove TDS and hardness?
No. UF removes particles, colloids and microorganisms but allows dissolved salts to pass through. RO or ion exchange is required for TDS and hardness reduction.
Can UF be used before reverse osmosis?
Yes. UF provides stable low-turbidity and low-SDI feedwater, helping reduce RO membrane fouling and cleaning frequency.
How much feedwater is required?
At a 93% recovery rate, producing 120 m³/h of UF water requires approximately 129 m³/h of feedwater.
Can it treat high-turbidity river water?
Yes, but coagulation, clarification or multimedia filtration may be required. Pretreatment must be selected using seasonal maximum turbidity.
How often does the system backwash?
Backwashing is automatic. The interval is determined by feedwater quality, membrane flux and transmembrane-pressure changes.
Can the system operate continuously?
Yes. Multiple membrane trains allow other trains to continue filtering while one train is backwashing or undergoing maintenance.
Is UF product water safe for direct drinking?
UF reduces turbidity and microorganisms but does not remove dissolved chemicals or salts. Final disinfection and water-quality testing are required.
Information Required for Quotation
Project InputGet an Accurate UF Proposal
Send the water analysis and operating requirements below. Our engineers will select the membrane area, flux, pretreatment, cleaning system and automation configuration.
Complete raw-water analysis
Raw-water source
Minimum and maximum turbidity
TSS, COD, TOC and oil content
Water temperature and pH
Required net product-water capacity
Product-water application and standard
Daily operating hours
Required system recovery
Local voltage, phase and frequency
Available installation space
Preferred membrane brand and material
Project location and destination port
Installation and commissioning requirements
Need a Customized 120m³/h UF System?
Share your raw-water report and project specifications for a suitable configuration and quotation.
Next: No more data
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