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60T/H Industrial Ultrafiltration Water Treatment System
The 60T/H ultrafiltration equipment is a large-capacity membrane filtration system with a rated output of 60m³/h (60000L/H). It uses hollow-fiber UF membranes to reduce turbidity, suspended solids, colloids, bacteria and high-molecular-weight organic matter.
This system is commonly used as RO pretreatment, industrial process-water filtration and tertiary treatment for wastewater reuse. The process and membrane area are customized according to the raw-water analysis and required net output.
The 60T/H ultrafiltration equipment is a large-capacity membrane filtration system with a rated output of 60m³/h (60000L/H). It uses hollow-fiber UF membranes to reduce turbidity, suspended solids, colloids, bacteria and high-molecular-weight organic matter.
This system is commonly used as RO pretreatment, industrial process-water filtration and tertiary treatment for wastewater reuse. The process and membrane area are customized according to the raw-water analysis and required net output.
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Product Description
Product Specifications
| Item | Typical Specification |
|---|---|
| Rated capacity | 60m³/h (60000L/H) |
| Operating range | 55–65m³/h |
| Membrane type | Hollow-fiber UF membrane |
| Typical pore size | Approximately 0.01μm |
| Operating pressure | 0.1–0.3MPa |
| Recovery rate | Typically ≥90% |
| Control mode | Automatic PLC control |
| Power supply | 380V, 50/60Hz customizable |
| Installation | Skid-mounted or containerized |
Actual capacity, recovery and cleaning frequency depend on feed-water quality, temperature, membrane flux and operating mode.
Applicable Raw Water
The 60000L/H industrial UF water treatment plant can be designed for:
- ◊River, lake and reservoir water
- ◊Well water and groundwater
- ◊Municipal source water
- ◊Industrial circulating cooling water
- ◊Biologically treated wastewater
- ◊RO system feed-water pretreatment
Highly polluted or high-turbidity water may require coagulation, sedimentation, multimedia filtration or another enhanced pretreatment process.
Typical Outlet Water Quality
| Parameter | Typical Design Target |
|---|---|
| Turbidity | ≤0.1 NTU under suitable feed conditions |
| SDI | Suitable for downstream RO design |
| Suspended solids | Significantly reduced |
| Colloids | Effectively retained |
| Microorganisms | Substantially reduced |
| Dissolved salts | Not removed by UF |
Final performance must be confirmed according to the raw-water analysis, membrane selection and operating conditions.
Treatment Process
Raw Water → Feed Pump → Optional Coagulation/Sedimentation → Multimedia Filter → Cartridge Filter → Ultrafiltration System → UF Product-Water Tank → Downstream Use
The system includes automatic backwashing and can be equipped with chemically enhanced backwashing and CIP cleaning to control membrane fouling and maintain stable flux.
Activated carbon filtration should be selected only when odor, residual chlorine or specific organic contaminants require additional treatment.
Main System Features
- ◊Stable 60m³/h treatment capacity
- ◊Automatic filtration and backwashing
- ◊PLC monitoring of flow and pressure
- ◊Low- and high-pressure protection
- ◊Automatic chemical dosing
- ◊Modular membrane design
- ◊Compact industrial structure
- ◊Easy integration with downstream RO
- ◊Customizable for different water sources
Optional Configurations
- ◊Coagulation and flocculation system
- ◊Multimedia or activated carbon filter
- ◊Automatic backwash and air-scour system
- ◊Chemically enhanced backwashing
- ◊Independent CIP cleaning unit
- ◊SS304 or SS316 pipelines and frame
- ◊Online turbidity and SDI monitoring
- ◊UV disinfection
- ◊Remote monitoring and fault alarms
- Containerized installation
Applications
This 60m³/h large-scale ultrafiltration system is suitable for:
RO pretreatment systems - Municipal and rural water plants
- Industrial-park water supply
- Power-plant water treatment
- Food and beverage factories
- Chemical and textile plants
- Mining-water treatment
- Tertiary wastewater reuse
- Circulating cooling-water filtration
UF does not remove dissolved salts. Reverse osmosis or another desalination process is required when lower TDS or conductivity is needed.
Typical Project Applications
Power-Plant RO Pretreatment
A 60T/H UF pretreatment system for a power plant can reduce turbidity and colloidal matter in river water, helping protect downstream RO membranes used in boiler-water preparation.
Industrial-Park Water Supply
The system can stabilize variable surface-water quality before the water is distributed for industrial processing or sent to further purification equipment.
Factory Wastewater Reuse
When installed after biological treatment, UF can reduce suspended solids and microorganisms before RO or other reuse processes. Additional treatment may be required for color, COD and dissolved contaminants.
Municipal Source-Water Filtration
Large-scale UF equipment can supplement conventional treatment by improving particle and microbial control. Final drinking-water compliance requires suitable disinfection and laboratory verification.
FAQ
What does an ultrafiltration system remove?
UF membranes retain suspended solids, colloids, many microorganisms and high-molecular-weight substances. They do not remove dissolved salts.
Can the system operate continuously?
Yes. Continuous water supply can be achieved through modular design and automatic backwashing. A duty/standby configuration may be recommended for critical projects.
What is the difference between UF and RO?
UF removes particles and colloids while retaining most dissolved minerals. RO removes dissolved salts and produces lower-conductivity water.
How is the membrane cleaned?
The system uses automatic backwashing, chemically enhanced backwashing and periodic CIP cleaning according to membrane pressure and flux changes.
Can it treat high-turbidity river water?
Yes, but coagulation, sedimentation or multimedia filtration may need to be added before UF based on seasonal peak turbidity.
Information Required for a Quotation
Please provide:
- Raw-water source and complete analysis
- Maximum and average turbidity
- TSS, COD, TOC, iron, manganese and microbiological data
- Required net product-water capacity
- Intended application and outlet-water target
- Daily operating hours
- Local voltage and frequency
- Installation space and environmental conditions
Zhongnuo provides customized 60T/H industrial ultrafiltration water treatment systems, process design and factory testing for large-flow water projects.
Product Specifications
| Item | Typical Specification |
|---|---|
| Rated capacity | 60m³/h (60000L/H) |
| Operating range | 55–65m³/h |
| Membrane type | Hollow-fiber UF membrane |
| Typical pore size | Approximately 0.01μm |
| Operating pressure | 0.1–0.3MPa |
| Recovery rate | Typically ≥90% |
| Control mode | Automatic PLC control |
| Power supply | 380V, 50/60Hz customizable |
| Installation | Skid-mounted or containerized |
Actual capacity, recovery and cleaning frequency depend on feed-water quality, temperature, membrane flux and operating mode.
Applicable Raw Water
The 60000L/H industrial UF water treatment plant can be designed for:
- ◊River, lake and reservoir water
- ◊Well water and groundwater
- ◊Municipal source water
- ◊Industrial circulating cooling water
- ◊Biologically treated wastewater
- ◊RO system feed-water pretreatment
Highly polluted or high-turbidity water may require coagulation, sedimentation, multimedia filtration or another enhanced pretreatment process.
Typical Outlet Water Quality
| Parameter | Typical Design Target |
|---|---|
| Turbidity | ≤0.1 NTU under suitable feed conditions |
| SDI | Suitable for downstream RO design |
| Suspended solids | Significantly reduced |
| Colloids | Effectively retained |
| Microorganisms | Substantially reduced |
| Dissolved salts | Not removed by UF |
Final performance must be confirmed according to the raw-water analysis, membrane selection and operating conditions.
Treatment Process
Raw Water → Feed Pump → Optional Coagulation/Sedimentation → Multimedia Filter → Cartridge Filter → Ultrafiltration System → UF Product-Water Tank → Downstream Use
The system includes automatic backwashing and can be equipped with chemically enhanced backwashing and CIP cleaning to control membrane fouling and maintain stable flux.
Activated carbon filtration should be selected only when odor, residual chlorine or specific organic contaminants require additional treatment.
Main System Features
- ◊Stable 60m³/h treatment capacity
- ◊Automatic filtration and backwashing
- ◊PLC monitoring of flow and pressure
- ◊Low- and high-pressure protection
- ◊Automatic chemical dosing
- ◊Modular membrane design
- ◊Compact industrial structure
- ◊Easy integration with downstream RO
- ◊Customizable for different water sources
Optional Configurations
- ◊Coagulation and flocculation system
- ◊Multimedia or activated carbon filter
- ◊Automatic backwash and air-scour system
- ◊Chemically enhanced backwashing
- ◊Independent CIP cleaning unit
- ◊SS304 or SS316 pipelines and frame
- ◊Online turbidity and SDI monitoring
- ◊UV disinfection
- ◊Remote monitoring and fault alarms
- Containerized installation
Applications
This 60m³/h large-scale ultrafiltration system is suitable for:
- RO pretreatment systems
- Municipal and rural water plants
- Industrial-park water supply
- Power-plant water treatment
- Food and beverage factories
- Chemical and textile plants
- Mining-water treatment
- Tertiary wastewater reuse
- Circulating cooling-water filtration
UF does not remove dissolved salts. Reverse osmosis or another desalination process is required when lower TDS or conductivity is needed.
Typical Project Applications
Power-Plant RO Pretreatment
A 60T/H UF pretreatment system for a power plant can reduce turbidity and colloidal matter in river water, helping protect downstream RO membranes used in boiler-water preparation.
Industrial-Park Water Supply
The system can stabilize variable surface-water quality before the water is distributed for industrial processing or sent to further purification equipment.
Factory Wastewater Reuse
When installed after biological treatment, UF can reduce suspended solids and microorganisms before RO or other reuse processes. Additional treatment may be required for color, COD and dissolved contaminants.
Municipal Source-Water Filtration
Large-scale UF equipment can supplement conventional treatment by improving particle and microbial control. Final drinking-water compliance requires suitable disinfection and laboratory verification.
FAQ
What does an ultrafiltration system remove?
UF membranes retain suspended solids, colloids, many microorganisms and high-molecular-weight substances. They do not remove dissolved salts.
Can the system operate continuously?
Yes. Continuous water supply can be achieved through modular design and automatic backwashing. A duty/standby configuration may be recommended for critical projects.
What is the difference between UF and RO?
UF removes particles and colloids while retaining most dissolved minerals. RO removes dissolved salts and produces lower-conductivity water.
How is the membrane cleaned?
The system uses automatic backwashing, chemically enhanced backwashing and periodic CIP cleaning according to membrane pressure and flux changes.
Can it treat high-turbidity river water?
Yes, but coagulation, sedimentation or multimedia filtration may need to be added before UF based on seasonal peak turbidity.
Information Required for a Quotation
Please provide:
- Raw-water source and complete analysis
- Maximum and average turbidity
- TSS, COD, TOC, iron, manganese and microbiological data
- Required net product-water capacity
- Intended application and outlet-water target
- Daily operating hours
- Local voltage and frequency
- Installation space and environmental conditions
Zhongnuo provides customized 60T/H industrial ultrafiltration water treatment systems, process design and factory testing for large-flow water projects.
Previous: 96,000T/D ultrafiltration equipment
Next: No more data
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