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Regular Reverse Osmosis Membrane

HG Series Regular Reverse Osmosis Membrane


Performance Feature
The HG Series Regular Reverse Osmosis Membrane Element of AMESTEC is specially developed for the Chinese market with the high cost performance reverse osmosis membrane components. It has a stable desalination rate and water yield, pollution-resistant, easy to clean, and ensure a long-term and stable operation of the system, reducing operating costs.


Product Specifications


Table 1 Membrane Element Parameters

Product

Effective Area

ft2(m2)

Average Flow Rate

GPD(m3/d)

Average Retention Rate

HG-DS01

85(7.9)

2400(9.1)

99.5%

HG-DS02

90(8.4)

2550(9.7)

99.5%

HG-DS01-AD

85(7.9)

2600(9.8)

99.5%

HG-DS02-AD

90(8.4)

2750(10.4)

99.5%

HG-DS10

375(34.8)

10500(40)

99.5%

HG-DS20

400(37.2)

11200(42.4)

99.5%

HG-DS10-AD

375(34.8)

11500(43.5)

99.5%

HG-DS20-AD

400(37.2)

12500(47.3)

99.5%

Note: The average desalination rate will be tested after 24 hours. Fluctuation range of flow for a single membrane could be +25%/-25%.
Test condition: 2,000mg/L NaCl solution, 225psi operating pressure, temperature of 25℃, the recovery rate of 15%.


Membrane Element Figure


 


Limit Operation

Product Model

HG-DS

Max Operating Pressure

600psi

Typical Operating Pressure

225psi

Pressure Drop of Single Membrane

<12psi

Recovery Rate

15%

Max Operating Temperature

50℃

Max Cleaning Temperature

50℃

PH Range of Continuous Working

4.0-11.0

PH Range of Cleaning

2.0-11.5

Allowable Max Contents of Residual Chlorine

500ppm-h

Inlet Water

NTU<1

SDI<5

Storage Conditions
Before the first use, all membrane elements must be stored under the original packaging conditions.
Store in a cool, dry and the place where is not directly exposed to sunlight or artificial lighting. Storage temperature stays at 0℃ to 30℃, and the longest storage time is 6 months.

 

HG Series Large Flux and Ultra-Low Pressure Membrane


Performance Feature
HG series large flux ultra-low pressure composite reverse osmosis membrane, under the same amount of water production, the operating pressure is 1/3 lower than that of HG-DS series membrane components, while maintaining the advantages of high desalination rate and low total cost. It saves a lot of energy, which makes the reverse osmosis system easier to promote and accepted by customers.


Product Specifications


Table 1 Membrane Element Parameters

Product

Effective Area

ft2(m2)

Average Flow Rate

GPD(m3/d)

Average Retention Rate

HG-SE01

85(7.9)

2400(9.1)

99.0%

HG-SE02

90(8.4)

2550(9.7)

99.0%

HG-SE03

85(7.9)

2650(10.0)

92.0%

HG-SE04

90(8.4)

2850(10.8)

92.0%

HG-SE01-AD

85(7.9)

2600(9.8)

99.0%

HG-SE02-AD

90(8.4)

2750(10.4)

99.0%

HG-SE03-AD

85(7.9)

2850(10.8)

92.0%

HG-SE04-AD

90(8.4)

3000(11.4)

92.0%

HG-SE10

375(34.8)

10500(40)

99.0%

HG-SE20

400(37.2)

11200(42.4)

99.0%

HG-SE30

375(34.8)

11500(43.5)

92.0%

HG-SE40

400(37.2)

12200(46.2)

92.0%

HG-SE10-AD

375(34.8)

11500(43.5)

99.0%

HG-SE20-AD

400(37.2)

12500(47.3)

99.0%

HG-SE30-AD

375(34.8)

12200(46.2)

92.0%

HG-SE40-AD

400(37.2)

13000(49.2)

92.0%

Note: The average desalination rate will be tested after 24 hours. Fluctuation range of flow for a single membrane could be +25%/-25%.
Test condition: 500mg/L NaCl solution, 115psi operating pressure, temperature of 25℃, the recovery rate of 15%.


Membrane Element Figure


 

 

Limit Operation

Product Model

HG-SE

Max Operating Pressure

600psi

Typical Operating Pressure

225psi

Pressure Drop of Single Membrane

<12psi

Recovery Rate

15%

Max Operating Temperature

50℃

Max Cleaning Temperature

50℃

PH Range of Continuous Working

4.0-11.0

PH Range of Cleaning

2.0-11.5

Allowable Max Contents of Residual Chlorine

500ppm-h

Inlet Water

NTU<1

SDI<5

Information about Storage
Before the first use, all membrane elements must be stored under the original packaging conditions.
Store in a cool, dry and the place where is not directly exposed to sunlight or artificial lighting. Storage temperature stays at 0℃ to 30℃, and the longest storage time is 6 months.

 

HG Series Anti-fouling Membrane


Performance Feature
HG series anti-fouling membrane utilizes new membrane technology. The charge on the surface of the membrane is neutral and is hardly affected by the adsorption of the charged substances. It uses the widest inlet water channel in the industry, reduces the possibility of the membrane being fouled, and has an obvious cleaning effect.
Its main features are as follows:

  • High salt rejection;
  • Anti-pollution and stable operation;

High porosity, water yield and water quality.


Product Specification


Table 1 Parameters of Membrane

Product

Effective Area

ft2(m2)

Average Flow Rate

GPD(m3/d)

Average Retention Rate

HG-LF01

85(7.9)

2700(10.2)

99.5%

HG-LF02

90(8.4)

2850(10.8)

99.5%

HG-LF03

90(8.4)

3000(11.3)

99.5%

HG-LF01-AD

85(7.9)

2850(10.8)

99.5%

HG-LF02-AD

90(8.4)

3000(11.3)

99.5%

HG-LF03-AD

90(8.4)

3150(11.9)

99.5%

HG-LF10

375(34.8)

11800(44.7)

99.5%

HG-LF20

400(37.2)

12500(47.3)

99.5%

HG-LF30

400(37.2)

13000(49.2)

99.5%

HG-LF10-AD

375(34.8)

12500(47.3)

99.5%

HG-LF20-AD

400(37.2)

13000(49.2)

99.5%

HG-LF30-AD

400(37.2)

13500(51.1)

99.5%

Note: The average desalination rate will be tested after 24 hours. Fluctuation range of flow for a single membrane could be +25%/-25%.
Test Condition: Solution of 2,000ppm NaCl, 225psi of operating pressure, 25℃ of temperature, pH7, 15% of recovery rate.

 

Membrane Element Figure

 

 

Limited Operation

Product Model

HG-LF

Max Operating Pressure

600psi

Typical Operating Pressure

225psi

Pressure Drop of Single Membrane

<12psi

Recovery Rate

15%

Max Operating Temperature

50℃

Max Cleaning Temperature

50℃

PH Range of Continuous Working

4.0-11.0

PH Range of Cleaning

2.0-11.5

Allowable Max Contents of Residual Chlorine

500ppm-h

Inlet Water

NTU<1

SDI<5

Information about Storage
Before the first use, all membrane elements must be stored under the original packaging conditions.
Store in a cool, dry and the place where is not directly exposed to sunlight or artificial lighting. Storage temperature stays at 0℃ to 30℃, and the longest storage time is 6 months.
Avoid backpressure on the water side of the product at all times, so as not to cause undesirable problems.

 

HG Series Ultrapure Water Membrane


Function and Identity
HG ultrapure water film element of AMESTEC has high desalination rate, high anti-pollution and high removal rate of boron, silicon, and germanium and so on, so that to avoid the fluctuation of effluent quality caused by influent water quality in EDI system. The chemical cleaning period of membrane element is long and the effluent quality is stable, which is suitable for ultra-pure water EDI system as desalination assembly in microelectronics industry.

 

Product Specification


Table 1 Parameters of Membrane

Product

Effective Area

ft2(m2)

Average Flow Rate

GPD(m3/d)

Average Retention Rate

HG-CW01

85(7.9)

2700(10.2)

99.5%

HG-CW02

90(8.4)

2850(10.8)

99.5%

HG-CW01-AD

85(7.9)

2850(10.8)

99.5%

HG-CW02-AD

90(8.4)

3000(11.3)

99.5%

HG-CW10

375(34.8)

11800(44.7)

99.5%

HG-CW20

400(37.2)

12500(47.3)

99.5%

HG-CW10-AD

375(34.8)

12500(47.3)

99.5%

HG-CW20-AD

400(37.2)

13000(49.2)

99.5%

Note: The average desalination rate will be tested after 24 hours. Fluctuation range of flow for a single membrane could be +25%/-25%.
Test Condition: Solution of 2,000ppm NaCl, 225psi of operating pressure, 25℃ of temperature, pH7, 15% of recovery rate.

 

Membrane Element Figure

 

Limited Operation

Product Model

HG-CW

Max Operating Pressure

600psi

Typical Operating Pressure

225psi

Pressure Drop of Single Membrane

<12psi

Recovery Rate

15%

Max Operating Temperature

50℃

Max Cleaning Temperature

50℃

PH Range of Continuous Working

4.0-11.0

PH Range of Cleaning

2.0-11.5

Allowable Max Contents of Residual Chlorine

500ppm-h

Inlet Water

NTU<1

SDI<5

Information about Storage
Before the first use, all membrane elements must be stored under the original packaging conditions.
Store in a cool, dry and the place where is not directly exposed to sunlight or artificial lighting. Storage temperature stays at 0℃ to 30℃, and the longest storage time is 6 months.

 

HG series Seawater Desalination Membrane


Function and Identity
HG seawater desalination membrane element developed by AMESTEC is a standard membrane element with the highest pressure bearing capacity in the world. It has the characteristics of high removal rate of sodium chloride and removal rate of boron. It is widely used in the field of desalination of seawater and desalination of brackish water.


Product Specification


Table 1 Parameters of Membrane

Product

Effective Area

ft2(m2)

Average Flow Rate

GPD(m3/d)

Average Retention Rate

HG-OW10

375(34.8)

6000(22.7)

99.7%

HG-OW20

400(37.2)

6400(24.2)

99.7%

HG-OW10-AD

375(34.8)

6400(24.2)

99.7%

HG-OW20-AD

400(37.2)

7000(26.5)

99.7%

Note: The average desalination rate will be tested after 24 hours. Fluctuation range of flow for a single membrane could be +25%/-25%.
Test Condition: Solution of 32,000ppm NaCl, 800psi of operating pressure, 25℃ of temperature, pH7, 8% of recovery rate.

 

Membrane Element Figure

 

Limited Operation

Product Model

HG-OW

Max Operating Pressure

1200psi

Typical Operating Pressure

800psi

Pressure Drop of Single Membrane

<20psi

Max Operating Temperature

50℃

Max Cleaning Temperature

50℃

PH Range of Continuous Working

2.0-11.0

PH Range of Cleaning

1.0-12.0

Inlet Water

SDI<5

Information about Storage
Before the first use, all membrane elements must be stored under the original packaging conditions.
Store in a cool, dry and the place where is not directly exposed to sunlight or artificial lighting. Storage temperature stays at 0℃ to 30℃, and the longest storage time is 6 months.

 

General Information

  • Once the membrane element is wetted, it must always be wet.
  • Due to the actual problems caused by the user's failure to strictly abide by the operating restrictions and guidelines set in this Code, our promised limited warranty will be invalid.
  • Long-term shutdown to prevent microbial growth, we suggest that the membrane elements into the protection liquid statics.
  • If the user uses incompatible chemicals and lubricants to cause improper impact on the original, should bear the corresponding responsibility.
  • The maximum allowable pressure drop for a single pressure vessel is 60PSI(4.1bar).
  • Avoid back pressure on the water side of the product at all times, so as not to cause bad problems.