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150 L/M2 Ultrafiltration Systems Wastewater Treatment Ultrafiltration Membrane Filter

150 L/M2 Ultrafiltration Systems Wastewater Treatment Ultrafiltration Membrane Filter

Brand Name: wanyuan
MOQ: 1 set
Price: Negotiable
Packaging Details: Wooden box
Payment Terms: L/C, D/P, T/T, Western Union
Detail Information
Place of Origin:
China
Certification:
ISO9001,ISO14001,ISO45001
Water Production Flux:
Maximum 150 L/m2*h
PH Value:
1~13
Backwash Flux:
180~240 L/m2*h
Temperature:
0~45℃
Filtration Cycle:
20~60min
Maximum Water Inlet Pressure:
0.5MPa
Membrane:
UF Membrane
Influent Particles:
<150μm
Supply Ability:
Negotiable according to customer requirements
Highlight:

Ultrafiltration Systems Wastewater Treatment

,

150 L/M2 Ultrafiltration Systems Water Treatment

,

Wastewater Treatment Ultrafiltration Membrane Filter

Product Description

Product Description:

Product Introduction

Ultrafiltration technology selectively separates substances through the microporous structure on the membrane surface. The ultrafiltrate is small molecular solutes that pass through the membrane, while the concentrate is of large molecular substances that are retained. This achieves the purpose of separating, concentrating, and purifying large and small molecules. The pressure used is usually 0.1~3bar.

Working Principle

The ultrafiltration equipment works through membrane separation technology. When water flow containing pollutants passes through the ultrafiltration membrane, water molecules and small molecular substances pass through the membrane, and larger particles and pollutants are retained on the surface of the membrane to form a concentrate. After treatment, the concentrate can be discharged or further processed.

Configuration

The ultrafiltration equipment has a backwash system, chemical dispersion cleaning system (optional), cleaning system, and compressed air system.

Working Steps

The working steps in the ultrafiltration equipment are upper backwash (15~30s), lower backwash (15~30s), chemical enhanced backwash (CEB) can be selected when the water quality is poor or fluctuates greatly, and positive flushing (10~30s).

 

Features:

Product Functions

This product is designed to remove suspended matter, bacteria, and viruses from water. It also includes fine filtration to improve water quality. Additionally, it supports the reuse of reclaimed water, providing a more sustainable water treatment solution. The stable water treatment effect ensures consistent and reliable performance. Furthermore, this product can be used in conjunction with other water treatment processes to improve overall treatment efficiency.

Product Features

One of the key features of this product is its high filtration efficiency. It can intercept particles larger than 0.01μm, providing a thorough and effective filtration process. Additionally, the filtration process is carried out at room temperature, with mild conditions and no component damage. This is particularly suitable for the separation, classification, concentration, and enrichment of heat-sensitive substances such as drugs, enzymes, and fruit juices.

Energy saving and environmental protection are also important features of this product. The filtration process does not require heating, has low energy consumption, and does not require the addition of chemical reagents, making it pollution-free and eco-friendly.

High separation efficiency is another benefit of this product, making it effective for the recovery of trace components in dilute solutions and the concentration of low-concentration solutions. The process is also easy to operate, using pressure as the power of membrane separation. The simple separation device, short process, easy control, and maintenance make it ideal for a wide range of applications.

 

Technical Parameters:

Temperature: The water treatment system can operate effectively within a temperature range of 0 to 45℃.

PH value: The water treatment system accommodates water with different pH levels ranging from 1 to 13.

Water production flux: The water treatment system is capable of producing up to 150 liters of water per square meter per hour as its maximum production flux.

Backwash flux: The system can backwash with a flux between 180 and 240 liters per square meter per hour.

Maximum transmembrane pressure difference: The maximum allowable pressure difference across the water treatment membrane is 0.2 megapascals.

Maximum water inlet pressure: The maximum water inlet pressure that the water treatment system can handle is 0.5 megapascals.

Filtration cycle: The filtration cycle of the water treatment system can be adjusted, ranging from 20 to 60 minutes.

Backwash time: The backwash procedure can take between 30 and 60 seconds to complete.

Influent particles: The water treatment system can remove particles larger than 150 micrometers in size from the incoming source of water.

Backwash pressure: The backwash procedure is carried out at a pressure of less than 2 bars.

 

Applications:

System Design

For a well-functioning water treatment system, it is essential to have a design that is both reasonable and effective. The system must be designed to handle the specific characteristics of the raw water it will be treating. This can be achieved through the following steps:

  1. Obtaining necessary raw water information: This includes information such as raw water type, turbidity, COD, suspended solids, and other relevant data.
  2. Determining the number of membrane components and various parameters in operation: This involves selecting the appropriate number of membrane components and determining the relevant operational parameters such as pressure, flux, and recovery.
  3. Designing the backwash system: This is important to ensure that the membrane remains clean and functioning effectively over time.
  4. Selecting the dosing type and determining the dosing amount: This is necessary to ensure that the appropriate chemicals are used to treat the specific raw water and in the correct quantity.
Application Scope

The water treatment system can be used in a variety of industries to provide clean and safe water for various purposes. Some of the industries that could benefit from this system include:

  • Industrial wastewater treatment
  • Municipal sewage treatment
  • Food and beverage industry
  • Pharmaceutical industry
  • Circulating water treatment in power industry
  • Paper and textile industry
  • Pretreatment of seawater desalination
 

Support and Services:

Our Ultrafiltration Equipment is designed to efficiently remove suspended solids, bacteria, viruses, and other particles from water. Our technical support team is available to help with any questions or issues you may encounter with the equipment. We offer a range of services, including installation, maintenance, and repair. Our team can also provide training to help you better understand the equipment and how to use it effectively.

Good price  online

Products Details

Home > Products >
Ultrafiltration Equipment
>
150 L/M2 Ultrafiltration Systems Wastewater Treatment Ultrafiltration Membrane Filter

150 L/M2 Ultrafiltration Systems Wastewater Treatment Ultrafiltration Membrane Filter

Brand Name: wanyuan
MOQ: 1 set
Price: Negotiable
Packaging Details: Wooden box
Payment Terms: L/C, D/P, T/T, Western Union
Detail Information
Place of Origin:
China
Brand Name:
wanyuan
Certification:
ISO9001,ISO14001,ISO45001
Water Production Flux:
Maximum 150 L/m2*h
PH Value:
1~13
Backwash Flux:
180~240 L/m2*h
Temperature:
0~45℃
Filtration Cycle:
20~60min
Maximum Water Inlet Pressure:
0.5MPa
Membrane:
UF Membrane
Influent Particles:
<150μm
Minimum Order Quantity:
1 set
Price:
Negotiable
Packaging Details:
Wooden box
Delivery Time:
Negotiable according to customer requirements
Payment Terms:
L/C, D/P, T/T, Western Union
Supply Ability:
Negotiable according to customer requirements
Highlight:

Ultrafiltration Systems Wastewater Treatment

,

150 L/M2 Ultrafiltration Systems Water Treatment

,

Wastewater Treatment Ultrafiltration Membrane Filter

Product Description

Product Description:

Product Introduction

Ultrafiltration technology selectively separates substances through the microporous structure on the membrane surface. The ultrafiltrate is small molecular solutes that pass through the membrane, while the concentrate is of large molecular substances that are retained. This achieves the purpose of separating, concentrating, and purifying large and small molecules. The pressure used is usually 0.1~3bar.

Working Principle

The ultrafiltration equipment works through membrane separation technology. When water flow containing pollutants passes through the ultrafiltration membrane, water molecules and small molecular substances pass through the membrane, and larger particles and pollutants are retained on the surface of the membrane to form a concentrate. After treatment, the concentrate can be discharged or further processed.

Configuration

The ultrafiltration equipment has a backwash system, chemical dispersion cleaning system (optional), cleaning system, and compressed air system.

Working Steps

The working steps in the ultrafiltration equipment are upper backwash (15~30s), lower backwash (15~30s), chemical enhanced backwash (CEB) can be selected when the water quality is poor or fluctuates greatly, and positive flushing (10~30s).

 

Features:

Product Functions

This product is designed to remove suspended matter, bacteria, and viruses from water. It also includes fine filtration to improve water quality. Additionally, it supports the reuse of reclaimed water, providing a more sustainable water treatment solution. The stable water treatment effect ensures consistent and reliable performance. Furthermore, this product can be used in conjunction with other water treatment processes to improve overall treatment efficiency.

Product Features

One of the key features of this product is its high filtration efficiency. It can intercept particles larger than 0.01μm, providing a thorough and effective filtration process. Additionally, the filtration process is carried out at room temperature, with mild conditions and no component damage. This is particularly suitable for the separation, classification, concentration, and enrichment of heat-sensitive substances such as drugs, enzymes, and fruit juices.

Energy saving and environmental protection are also important features of this product. The filtration process does not require heating, has low energy consumption, and does not require the addition of chemical reagents, making it pollution-free and eco-friendly.

High separation efficiency is another benefit of this product, making it effective for the recovery of trace components in dilute solutions and the concentration of low-concentration solutions. The process is also easy to operate, using pressure as the power of membrane separation. The simple separation device, short process, easy control, and maintenance make it ideal for a wide range of applications.

 

Technical Parameters:

Temperature: The water treatment system can operate effectively within a temperature range of 0 to 45℃.

PH value: The water treatment system accommodates water with different pH levels ranging from 1 to 13.

Water production flux: The water treatment system is capable of producing up to 150 liters of water per square meter per hour as its maximum production flux.

Backwash flux: The system can backwash with a flux between 180 and 240 liters per square meter per hour.

Maximum transmembrane pressure difference: The maximum allowable pressure difference across the water treatment membrane is 0.2 megapascals.

Maximum water inlet pressure: The maximum water inlet pressure that the water treatment system can handle is 0.5 megapascals.

Filtration cycle: The filtration cycle of the water treatment system can be adjusted, ranging from 20 to 60 minutes.

Backwash time: The backwash procedure can take between 30 and 60 seconds to complete.

Influent particles: The water treatment system can remove particles larger than 150 micrometers in size from the incoming source of water.

Backwash pressure: The backwash procedure is carried out at a pressure of less than 2 bars.

 

Applications:

System Design

For a well-functioning water treatment system, it is essential to have a design that is both reasonable and effective. The system must be designed to handle the specific characteristics of the raw water it will be treating. This can be achieved through the following steps:

  1. Obtaining necessary raw water information: This includes information such as raw water type, turbidity, COD, suspended solids, and other relevant data.
  2. Determining the number of membrane components and various parameters in operation: This involves selecting the appropriate number of membrane components and determining the relevant operational parameters such as pressure, flux, and recovery.
  3. Designing the backwash system: This is important to ensure that the membrane remains clean and functioning effectively over time.
  4. Selecting the dosing type and determining the dosing amount: This is necessary to ensure that the appropriate chemicals are used to treat the specific raw water and in the correct quantity.
Application Scope

The water treatment system can be used in a variety of industries to provide clean and safe water for various purposes. Some of the industries that could benefit from this system include:

  • Industrial wastewater treatment
  • Municipal sewage treatment
  • Food and beverage industry
  • Pharmaceutical industry
  • Circulating water treatment in power industry
  • Paper and textile industry
  • Pretreatment of seawater desalination
 

Support and Services:

Our Ultrafiltration Equipment is designed to efficiently remove suspended solids, bacteria, viruses, and other particles from water. Our technical support team is available to help with any questions or issues you may encounter with the equipment. We offer a range of services, including installation, maintenance, and repair. Our team can also provide training to help you better understand the equipment and how to use it effectively.