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VEOLIA MEMBRAN KATALOG

VEOLIA MEMBRAN KATALOG

Etkin Çözümler Sunuyoruz

VEOLIA MEMBRAN KATALOG

VEOLIA MEMBRAN KATALOG

Standard Brackish Water RO Elements

The A-Series, family of proprietary thin-film reverse osmosis elements, are characterized by high flux and high sodium chloride rejection. AG Standard Brackish Water Elements are selected when high rejection and operating pressures as low as 200 psi (1,379 kPa) are desired. These elements allow moderate energy savings and are considered a standard in the industry.

NRTECH

Table 1: Element Specification 

Membrane

A-Series, thin-film membrane (TFM)

 

 

Model

Average Permeate Flow
gpd (m3/day)

(1)(2)

Average NaCl Rejection

(1)(2)

Minimum NaCl Rejection

(1)(2)

AG2540TM

750 (2.8)

99.5%

99.0%

AG4026F

1,600 (6.1)

99.5%

99.0%

AG4040C

2,400 (9.1)

99.5%

99.0%

AG4040FM

2,400 (9.1)

99.5%

99.0%

AG4040TM

2,400 (9.1)

99.5%

99.0%

AG8040F

10,000

(37.9)

99.5%

99.0%

AG8040F 400

11,000

(41.6)

99.5%

99.0%

AG8040F 440

12,000

(45.4)

99.5%

99.0%

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%.
(2) Testing conditions: 2,000 ppm NaCl solution at 225 psi (1,551 kPa) operating pressure, 77°F (25°C), pH 7.5 and 15% recovery.

Table 2: Element Properties (3)

Model

Membrane Area

ft2 (m2)

Outer Wrap

Part Number

AG2540TM

27 (2.5)

Tape

1206729

AG4026F

60 (5.6)

Fiberglass

1206756

AG4040C

90 (8.4)

Cage

1206757

AG4040FM

85 (7.9)

Fiberglass

3032513

AG4040TM

85 (7.9)

Tape

3032514

AG8040F

365 (33.9)

Fiberglass

3032515

AG8040F 400

400 (37.2)

Fiberglass

3032518

AG8040F 440

440 (40.9)

Fiberglass

3194307

 

Note: **4040C elements do not feature brine seal.

Figure 1: Element Dimensions Diagram – Female

Figure 2: Element Dimensions Diagram – Male

NRTECH

Table 3: Dimensions and Weight (3)

 

 

Model

 

 

Type

Dimensions, inches (cm)

Boxed

 

A

 

B

 

C

Weight lbs. (kg)

 

AG2540*

 

Male

40.0

(101.6)

0.75

(1.90)

2.4

(6.1)

7

(3)

 

AG4026*

 

Female

26.0

(66.7)

0.625

(1.59)

3.9

(9.9)

9

(4)

 

AG4040C

 

Female

40.0

(101.6) (1)

0.625

(1.59)

3.9

(9.9)

11

(5)

 

AG4040FM

 

Male

40.0

(101.6)

0.75

(1.90)

3.9

(9.9)

11

(5)

 

AG4040TM

 

Male

40.0

(101.6)

0.75

(1.90)

3.9

(9.9)

11

(5)

AG8040F

Female

40.0

1.125

7.9

35

(101.6)

(2.86)

(20.1)

(16)

AG8040F 400

Female

40.0

1.125

7.9

35

(101.6)

(2.86)

(20.1)

(16)

AG8040F 440

Female

40.0

1.125

7.9

35

(101.6)

(2.86)

(20.1)

(16)

Table 4: Operating and CIP Parameters (3)

Typical Operating
Pressure

200 psi (1,379 kPa)

Typical Operating Flux

10-20GFD (15-35
LMH)

Maximum Operating Pressure

Tape: 450
psi (3,103 kPa)

Other outerwrap: 600 psi (4,137
kPa)

Maximum Temperature

Continuous operation: 122°F (50°C)
Clean-In-Place (CIP): 122°F (50°C)

pH Range

Optimum rejection: 7.0-7.5,

Continuous operation: 2.0-11.0,

Clean-In-Place (CIP):
1.0-13.0 (5)

Maximum Pressure Drop

Tape: 7 psi (48 kPa) over
an element, 25 psi (172 kPa) over the vessel

Cage and
FRP: 15 psi
(103 kPa) over
the element, 60 psi (413 kPa)
over the vessel

Chlorine
Tolerance

1,000+ ppm x
hours, dechlorination recommended

Feedwater

NTU < 1

SDI15 < 5

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Includes interconnector, refer to Technical Bulletin TB1206.

(5) Refer to Cleaning Guidelines Technical Bulletin TB1194

NRTECH

AK Series FACT SHEET

Low Energy Brackish Water RO Elements

The A-Series family of proprietary thin-film reverse osmosis elements is characterized by high flux and high sodium chloride rejection. AK Low Pressure Brackish Water Elements are selected when high rejection and low operating pressures are desired. These elements allow significant energy savings since good rejection is achieved at operating pressures as low as 100 psi (689 kPa).

Table 1: Element Specification

 

Membrane

A-series, thin-film membrane (TFM)

 

 

 

 

Model

Average Permeate

Flow gpd (m3/day) (1)(2)

Average NaCl Rejection

(1)(2)

Minimum NaCl Rejection

(1)(2)

AK2540TM

750 (2.8)

99.0%

98.0%

AK4040C

2,300 (8.7)

99.0%

98.0%

AK4040FM

2,200 (8.3)

99.0%

98.0%

AK4040TM

2,200 (8.3)

99.0%

98.0%

AK8040F

10,000 (37.9)

99.0%

98.0%

AK8040F 400

11,000 (41.6)

99.0%

98.0%

AK8040F 440

12,000 (45.4)

99.0%

98.0%

(1) Average salt rejection after 24 hours operation. Individual flow rate may vary ±20%.

(2) Testing conditions: 500ppm NaCl solution at 115psi (793kPa) operating pressure, 77°F (25°C), pH7.5 and 15% recovery.

Table 2: Element Properties (3)

Model

Membrane area ft2 (m2)

Outer
wrap

Part Number

AK2540TM

27 (2.5)

Tape

1206802

AK4040C

90 (8.4)

Cage

1223696

AK4040FM

85 (7.9)

Fiberglass

3039082

AK4040TM

85 (7.9)

Tape

3039149

AK8040F

365 (33.9)

Fiberglass

3039160

AK8040F 400

400 (37.2)

Fiberglass

3039161

AK8040F 440

440 (40.9)

Fiberglass

3194308

 

Note: **4040C elements do not feature brine seal.

Figure 1: Element Dimensions Diagram – Female

Figure 2: Element Dimensions Diagram – Male

NRTECH

Table 3: Dimensions and Weight (3)

 

Model

 

Type

Dimensions, Inches (cm)

Boxed

A

B

C

Weight lbs. (kg)

 

AK2540

 

Male

40.0

(101.6)

0.75

(1.9)

2.4

(6.1)

5

(2.3)

 

AK4040C

 

Female

40.0

(101.6) (4)

0.625

(1.59)

3.9

(9.9)

9

(4)

 

AK4040FM

 

Male

40.0

(101.6)

0.75

(1.9)

3.9

(9.9)

9

(4)

 

AK4040TM

 

Male

40.0

(101.6)

0.75

(1.9)

3.9

(9.9)

9

(4)

AK8040F

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

35

(16)

AK8040F

400

 

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

35

(16)

AK8040F

440

 

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

35

(16)

Table 4: Operating and CIP Parameters (3)

Typical Operating Pressure

 

100 psi (689 kPa)

Typical Operating Flux

 

10-20 GFD (15-35LMH)

Maximum

Operating Pressure

 

600 psi (4,136 kPa)

Maximum Temperature

Continuous
operation: 122°F (50°C), Clean In Place (CIP): 122°F
(50°C)

 

pH Range

Optimum rejection: 7.0-7.5,

Continuous operation: 2.0-11.0,

Clean In Place (CIP):
1.0-13.0
(5)

Maximum Pressure Drop

Over an element: 15 psi (103 kPa)
Per housing: 50 psi (345 kPa)

Chlorine Tolerance

1,000+ ppm x hours, dechlorination recommended

Feedwater

NTU < 1

SDI15 < 5

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.
(4) Includes interconnector, refer to Technical Bulletin TB1206.
(5) Refer to Cleaning Guidelines Technical Bulletin TB1194.
NRTECH

AG H Series FACT SHEET

High performance, very high rejection brackish water RO elements

The AG H Series of reverse osmosis (RO) elementsare designed to perform in brackish water applications where the very highest levels of rejectionare needed. AG H Series elements combine Veolia chemistry and manufacturing advancements to deliver differentiated performance over the life of the element in ionic rejection and in the rejection of uncharged or lightly charged species such as silica. These elements are ideal for applications such as ultrapure water production, treating high pressureboiler feed water, or any other application when the very highest rejection is needed.

All AG H Series elements have NSF/ANSI/CAN 61 certification..

Table 1: Element Specification

Membrane

Thin-film membrane (TFM), polyamide

 

Model

Average permeate flow    gpd (m3/day)(1,2)

Typical NaCl rejection(1,2)

Minimum NaCl rejection(1,2)

AG-90 H

2,600

(9.8)

99.8%

99.65%

AG-400 H

11,000

(41.6)

99.8%

99.65%

AG-440 H

12,000

(45.4)

99.8%

99.65%

Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%.
(2) Testing conditions: 2,000 ppm NaCl solution at 225 psi (1,550 kPa) operating pressure, 77°F (25°C), pH 7 and 15% recovery.

Table 2: Element Properties (3)

Model

Active area ft2 (m2)

Outer wrap

Feed Spacer (mil)

Part number

AG-90 H

90

(8.3)

Fiberglass

31

3194885

AG-400 H

400

(37.2)

Fiberglass

34

3150329

AG-440 H

440

(40.9)

Fiberglass

28

3150328


Figure 1: Element Dimensions Diagram – Female

Figure 2: Element Dimensions Diagram – Male

NRTECH

Table 3: Dimensions and Weights (3)

Model

Type

Dimensions, inches (cm)

Boxed weight lbs (kg)

A

B

C

AG-90 H

Male

40.0

0.75

3.9

9

(101.6)

(1.9)

(9.9)

(4)

AG-400 H

Female

40.0

1.125

7.9

40

(101.6)

(2.86)

(20.1)

(18)

AG-440 H

Female

40.0

1.125

7.9

42

(101.6)

(2.86)

(20.1)

(19)

 

Table 4: Operating and CIP Parameters (3)

 

 

Typical Operating Pressure

200 psi (1,380 kPa)

Typical Operating Flux

10-20 GFD (15-35 LMH)

Maximum Operating Pressure

600 psi (4,137 kPa)

 

Maximum Temperature

Continuous
operation: 122°F (50°C) Clean-In-Place (CIP):
122°F (50°C)

 

pH range

Optimum rejection: 7.0-7.5

Continuous operation 2.0-11.0

Clean-In-Place (CIP):
1.0-12.0
(4)

Maximum Pressure Drop

Over an element: 15 psi (103
kPa) Per housing: 50 psi (345 kPa)

Chlorine Tolerance

1,000+
ppm-hours, dechlorination recommended

Feedwater2

NTU < 1

SDI15 < 5

) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.
(4) Please refer to Cleaning Guidelines Technical Bulletin TB1194.

 

Additional Information

• As with any product, use of the products mentioned in this publication in a given application must be tested (including field testing, etc.) by the user in advance to determine suitability.

• Treat RO elements with care; do not drop the element.

• Each RO element is wet tested. The 8-inch diameter elements are preserved in a 1% weight sodium bisulfite solution and vacuum packed in oxygen barrier bags. The 4-inch diameter elements are packaged with oxygen scavenger packets in oxygen barrier bags.

• During storage, avoid freezing and direct sunlight. The temperature should be below 35°C (95°F).

 

After Installation

• Keep the RO elements wet and use a compatible preservative for storage duration longer than 7 days.

• During the initial start-up, discharge the first permeate to drain for 30 minutes.

• Permeate back pressure should not exceed feed pressure at any time.

• The RO elements shall be maintained in a clean condition, unfouled by particulate matter or precipitates or biological growth.

• Consider cleaning, if the pressure drop increases by 20% or water permeability decreases by 10%. Use only chemicals which are compatible with the membrane.

NRTECH

AK H Series FACT SHEET

High performance, high rejection, and ultra-low energy RO elements

The AK H Series of thin-film reverse osmosis (RO) elements provides all of the features expected of highperformance low energy elements including very high rejection, low operating pressure, and longer element life-times. These AK H Series brackish water elements also offer very high rejection of uncharged and lightly charged species including silica and manymicropollutants. AK H Series elements combine Veolia chemistry and manufacturing advancements to deliver differentiated performance that is ideal for any brackish water salinity with applications such asdrinking water treatment for removal of emergingcontaminants and second-pass RO systems in front of further polishing by ion exchange or electro- deionization.

All AK H Series elements have NSF/ANSI/CAN 61 certification and are a reliable source of energy savings with minimal compromise in contaminantremoval.

Table 1: Element Specification

Membrane

Thin-film membrane (TFM), polyamide

 

 

 

 

Model

Average permeate flow gpd (m3/day) (1,2)

 

Typical NaCl rejection (1,2)

 

Minimum NaCl rejection (1,2)

AK-90 H

2,250 (8.5)

99.65%

99.40%

AK-400 H

11,000 (41.6)

99.65%

99.50%

AK-440 H

12,000 (45.4)

99.65%

99.50%

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%..

(2) Testing conditions: 500ppm NaCl solution at 115 psi (793 kPa) operating pressure, 77°F (25°C), pH 7 and 15% recovery.

Table 2: Element Properties (3)

 

Model

Active area

ft2 (m2)

Outer wrap

Feed Spacer

(mil)

Part number

AK-90 H

90 (8.3)

Fiberglass

31

3194886

AK-400 H

400 (37.2)

Fiberglass

31

3150326

AK-440 H

440 (40.9)

Fiberglass

28

3150327

 

Figure 1: Element Dimensions Diagram – Female

Figure 2: Element Dimensions Diagram – Male

NRTECH

Table 3: Dimensions and Weights (3)

 

Model

 

Type

Dimensions, inches (cm)

Boxed weight

lbs (kg)

A

B

C

AK-90 H

Male

40.0

0.75

3.9

9

(101.6)

(1.9)

(9.9)

(4)

AK-400 H

Female

40.0

1.125

7.9

40

(101.6)

(2.86)

(20.1)

(18)

AK-440 H

Female

40.0

1.125

7.9

42

(101.6)

(2.86)

(20.1)

(19)

 

 

Typical Operating

Pressure

P Parameters (3)

100 psi (689 kPa)

Typical Operating Flux

10-20 GFD (15-35 LMH)

Maximum
OperatingPressure

400 psi (2,756 kPa)

 

Maximum Temperature

Continuous         operation: 122°F  (50°C)     Clean-In-

Place (CIP):122°F (50°C)

 

pH Range

Optimum rejection: 7.0-7.5

Continuous operation: 2.0-11.0

Clean-In-Place
(CIP): 1.0-12.0
(4)

 

Maximum Pressure Drop

Over an element: 15 psi (103kPa)

Per housing: 50 psi (345 kPa)

Chlorine Tolerance

1,000+ ppm-hours, dechlorination

recommended

Feedwater2

NTU < 1

SDI15 < 5

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Please refer to Cleaning Guidelines Technical Bulletin TB1194.

Additional Information

• As with any product, use of the products mentioned in this publication in a given application must be tested (including field testing, etc.) by the user in advance to determine suitability.

• Treat RO elements with care; do not drop the element.

• Each RO element is wet tested. The 8-inch diameter elements are preserved in a 1% weight sodium bi-sulfite solution and vacuum packed in oxygen barrier bags. The 4-inch diameter elements are packaged with oxygen scavenger packets in oxygen barrier bags.

• During storage, avoid freezing and direct sunlight. The temperature should be below 35°C (95°F).

 

After Installation

• Keep the RO elements wet and use a compatible preservative for storage duration longer than 7 days.

• During the initial start-up, discharge the first permeate to drain for 30 minutes.

• Permeate back pressure should not exceed feed pressure at any time.

• The RO elements shall be maintained in a clean condition, unfouled by particulate matter or precipitates or biological growth.

• Consider cleaning, if the pressure drop increases by 20% or water permeability decreases by 10%. Use only chemicals which are compatible with the membrane.

NRTECH

AG FR H Series FACT SHEET

High performance, fouling resistant, high rejection brackish water RO elements

The AG FR H Series of thin-film reverse osmosis (RO) elements are designed to perform in challenging brackish water applications where high rejection is critical and fouling remains a key consideration. AG FR H Series elements combine Veolia chemistry and manufacturing advancements to deliver differentiated performance over the life of the element both in ionic rejection and in the rejection of uncharged or lightly charged species such assilica. Fouling resistance was also integrated into themembrane chemistry and element design for an optimized, long lasting, high performance element that is used in industries such as chemicals, mining, steel, and coal-to-chemicals.

All AG FR H Series membranes have NSF/ANSI/ CAN 61 certification for use in challenging municipalapplications such as surface water treatment for drinking water with intent to remove emerging contaminants such as PFAS (per- and polyfluoroalkyl substances) compounds with a wide spectrum of size and structure.

 

Table 1: Element Specification

Membrane

Thin-film membrane (TFM), polyamide

 

 

 

Model

Average permeate flow
gpd (m3/day)

(1,2)

Typical NaCl rejection (1,2)

Minimum NaCl rejection (1,2)

AG-400 FR H

11,000 (41.6)

99.8%

99.5%

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%.

(2) Testing conditions: 2,000 ppm NaCl solution at 225 psi (1,550 kPa) operating pressure, 77°F (25°C), pH 7 and 15% recovery.

Table 2: Element Properties (3)

 

Model

Active area ft2 (m2)

Outer wrap

Feed Spacer (mil)

Part number

AG-400 FR H

400 (37.2)

Fiberglass

34

3187651

 

Figure 1: Element Dimensions Diagram – Female 

Table 3: Dimensions and Weights (3)

 

Model

 

Type

Dimensions, inches (cm)

Boxed weight lbs (kg)

A

B

C

AG-400 FR H

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

40

(18)

NRTECH

Table 4: Operating and CIP Parameters (3)

Typical Operating Pressure

200 psi (1,380 kPa)

Typical Operating Flux

10-20 GFD (15-35 LMH)

Maximum Operating Pressure

600 psi (4,137 kPa)

Maximum Temperature

Continuous          operation: 122°F(50°C) Clean-In-Place (CIP):122°F (50°C)

pH Range

Optimum rejection: 7.0-7.5

Continuous operation 2.0-11.0

Clean-In-Place (CIP):
1.0-12.0
(4)

Maximum Pressure Drop

Over an element: 15 psi (103

kPa)Per housing: 50 psi (345 kPa)

Chlorine Tolerance

1,000+ ppm-hours, dechlorination

recommended

Feedwater2

NTU < 1

SDI15 < 5

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Refer to Cleaning Guidelines Technical Bulletin TB1194.

Additional Information

• As with any product, use of the products mentioned in this publication in a given application must be tested (including field testing, etc.) by the user in advance to determine suitability.

• Treat RO elements with care; do not drop the element.

• Each RO element is wet tested, preserved in a 1% weight sodium bisulfite solution, and vacuum packed in oxygen barrier bags.

• During storage, avoid freezing and direct sunlight. The temperature should be below 35°C (95°F).

After Installation

• Keep the RO elements wet and use a compatible preservative for storage duration longer than 7 days.

• During the initial start-up, discharge the first permeate to drain for 30 minutes.

• Permeate back pressure should not exceed feed pressure at any time.

• The RO elements shall be maintained in a clean condition, unfouled by particulate matter or precipitates or biological growth.

• Consider cleaning, if the pressure drop increases by 20% or water permeability decreases by 10%. Use only chemicals which are compatible with the membrane.

 
NRTECH

AG FR Series FACT SHEET

Fouling resistant brackish water RO elements for challenging water & wastewater

The A-Series family of proprietary thin-film reverse osmosis elements is characterized by high flux and relatively high sodium chloride rejection.

The AG FR element is designed for challenging water & wastewater applications. The element construction enhances feed flow to minimize fouling and optimizeenergy performance. In addition, AG FR elements enable more effective cleaning cycles and reduce cleaning frequency as well as the need for harsh chemicals.

Table 1: Element Specification

Membrane

A-Series, thin-film membrane (TFM)

 

 

 

Model

Average
Permeate
Flow
gpd (m
3/day) (1)(2)

Average NaCl Rejection

(1)(2)

 

Minimum NaCl Rejection (1)(2)

AG4040FM FR,34

2,200 (8.8)

99.5%

99.0%

AG8040F-400
FR,34

11,000 (41.6)

99.5%

99.1%

 

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%.

Testing conditions: 2,000 ppm NaCl solution at 225 psi (1,551 kPa) operating pressure, 77°F (25°C), pH 7.5 and 15% recovery.

Table 2: Element Properties (3)

 

Model

Membrane Area

ft2 (m2)

Outer Wrap

Feed Spacer (mil)

Part Number

AG4040FM FR,34

80 (7.4)

Fiberglass

34

3154063

AG8040F-400 FR,34

400 (37.2)

Fiberglass

34

3136931

 

Figure 1: Element Dimensions Diagram – Female

Figure 2: Element Dimensions Diagram – Male 

Table 3: Dimensions and Weight (3)

 

Model

 

Type

Dimensions, inches (cm)

Boxed

 

A

 

B

 

C

Weight lbs. (kg)

AG4040F MFR,34

 

Male

40.0

(101.6)

0.75

(1.90)

3.9

(9.9)

11

(5)

AG8040 F-400 FR,34

 

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

35

(16)

NRTECH

Table 4: Operating and CIP Parameters (3)

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Refer to Cleaning Guidelines Technical Bulletin TB1194.

 

 

Typical Operating

Pressure

200 psi (1,379 kPa)

Typical Operating Flux

10-20GFD (15-35LMH)

Maximum OperatingPressure

600 psi (4,137 kPa)

 

Maximum Temperature

Continuous operation: 122°F

(50°C)Clean-In-Place (CIP): 122°F (50°C)

 

pH Range

Optimum rejection: 7.0-7.5,

Continuous operation: 2.0-11.0,

Clean-In-Place (CIP): 1.0-13.0 (4)

 

Maximum Pressure Drop

Over an element: 15 psi (103

kPa)Per housing: 50 psi (345 kPa)

 

Chlorine Tolerance

1,000+ ppm x hours,

Dechlorination recommended

 

Feedwater

NTU < 1

SDI15 < 5

NRTECH

AG LE Series FACT SHEET

Low Energy Brackish Water RO Elements

The AG LE Series of thin-film reverse osmosis (RO) elements are designed to perform in brackish water applications where the customer and application seek to optimize energy performance with high rejection. AG LE Series elements optimize Veolia chemistry and manufacturing advancements to deliver differentiated performance over the life of the element.

Table 1: Element Specification

Membrane

Thin-film membrane, polyamide

 

 

Model

Average permeate flow gpd (m3/day) (1,2)

Typical NaCl rejection

(1,2)

 

Minimum NaCl rejection (1,2)

AG8040F-400 LE

8,500 (32.2)

99.0%

98.5%

AG8040F-440 LE

9,100 (34.5)

99.0%

98.5%

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary with a minimum of 6,800 gpd (25.7 m3/day) for the AG8040F- 400 LE and 7,280 gpd (27.6 m3/day) for the AG8040F-440 LE.

(2) Testing conditions: 2,000 ppm NaCl solution at 150 psi (1,034 kPa) operating pressure, 77°F (25°C), pH 7 and 15% recovery.

Table 2: Element Properties (3)

Model

Active area ft2 (m2)

Outer wrap

Part number

AG8040F-400 LE

400 (37.2)

Fiberglass

3160987

AG8040F-440 LE

440 (40.9)

Fiberglass

3194309

Figure 1: Element Dimensions Diagram – Female 

Table 3: Dimensions and Weights (3)

 

Model

 

Type

Dimensions, inches

(cm)

Boxed weight lbs (kg)

A

B

C

AG8040F- 400LE

Female

40.0

(101.6)

1.125

(2.86)

7.9

20.1)

35

(16)

AG8040F- 440LE

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

35

(16)

 

Table 4: Operating and CIP Parameters (3)

 

Typical Operating Pressure

150 psi (1,034 kPa)

Typical Operating Flux

10-20 GFD (15-35 LMH)

Maximum Operating Pressure

600 psi (4,137 kPa)

Maximum Temperature

Continuous operation: 113°F (45°C)

 

pH Range

Continuous operation 2.0-11.0,

Clean-In-Place (CIP):
1.0-12.0
(4)

Maximum Pressure Drop

Over an element: 15 psi (103 kPa)
Per housing: 50 psi (345 kPa)

 

Chlorine Tolerance

1,000+
ppm-hours, dechlorination recommended

 

Feedwater

NTU < 1

SDI15 < 5

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Please refer to Cleaning Guidelines Technical Bulletin TB1194.

NRTECH

AG LE H Series FACT SHEET

High performance, low energy, high rejection brackish water RO elements

The AG LE H Series of thin-film reverse osmosis (RO) elements are designed to perform in brackish water applications where the customer andapplication seek to balance low energy and high rejection requirements. AG LE H Series elements optimize Veolia chemistry and manufacturing advancements to deliver differentiated performance over the life of the element. In contrast to ultra-low energy AK H Series, the AG LE H Series elements are often used with the need to control flux due to increased risk of fouling such as when a surface water source is used.

All AG LE H Series elements have NSF/ANSI/CAN 61 certification.

Table 1: Element Specification

Membrane

Thin-film membrane (TFM), polyamide

 

 

 

Model

Average permeate flow gpd (m3/day) (1,2)

 

Typical NaCl rejection (1,2)

Minimum NaCl rejection (1,2)

AG-400

LE H

10,000 (37.9)

99.5%

99.0%

AG-440

LE H

11,000 (41.6)

99.5%

99.0%

(1)Average salt rejection after 24 hours of operation. Individual flow rate may vary with a minimum of 8,000 gpd (30.3 m3/day) for the AG-400 LE H and 8,800 gpd (33.3 m3/day) for the AG-440 LE H.

(2) Testing conditions: 2,000 ppm NaCl solution at 150 psi (1,034 kPa) operating pressure, 77°F (25°C), pH 7 and 15% recovery.

 

Table 2: Element Properties (3)

 

Model

Active area ft2 (m2)

Outer wrap

Feed Spacer (mil)

Part number

AG-400 LE H

400 (37.2)

Fiberglass

34

3187569

AG-440 LE H

440 (40.9)

Fiberglass

28

3187650

 

 

Figure 1: Element Dimensions Diagram – Female 

Table 3: Dimensions and Weights (3)

 

 

Model

 

Type

Dimensions, inches (cm)

Boxed weight lbs (kg)

A

B

C

AG-400 LE H

 

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

40

(18)

AG-440 LE H

 

Female

40.0

(101.6)

1.125

(2.86)

7.9

(20.1)

42

(19)

 

NRTECH

Table 4: Operating and CIP Parameters (3)

Typical Operating Pressure

150 psi (1,034 kPa)

Typical Operating Flux

10-20 GFD (15-35 LMH)

Maximum Operating Pressure

600 psi (4,137 kPa)

Maximum Temperature

Continuous operation: 122°F
(50°C) Clean-In-Place (CIP): 122°F
(50°C)

 

pH Range

Optimum rejection: 7.0-7.5

Continuous operation: 2.0-11.0

Clean-In-Place (CIP):
1.0-12.0
(4)

Maximum Pressure Drop

Over an element: 15 psi (103 kPa)
Per housing: 50 psi (345 kPa)

Chlorine Tolerance

1,000+ ppm-hours, dechlorination recommended

Feedwater

NTU < 1

SDI15 < 5

 

(3) Element properties and parameters are indicative numbers. Specific values by element may vary within normal element manufacturing tolerances.

(4) Please refer to Cleaning Guidelines Technical Bulletin TB1194.

 

Additional Information

• As with any product, use of the products mentioned in this publication in a given application must be tested (including field testing, etc.) by the user in advance to determine suitability.

• Treat RO elements with care; do not drop the element.

• Each RO element is wet tested, preserved in a 1% weight sodium bisulfite solution, and vacuum packed in oxygen barrier bags.

• During storage, avoid freezing and direct sunlight. The temperature should be below 35°C (95°F).

After Installation

·         Keep the RO elements wet and use a compatible preservative for storage duration longer than 7 days.

·         During the initial start-up, discharge the first permeate to drain for 30 minutes.

·         Permeate back pressure should not exceed feed pressure at any time.

·         The RO elements shall be maintained in a clean condition, unfouled by particulate matter or precipitates or biological growth.

 

·         Consider cleaning, if the pressure drop increases by 20% or water permeability decreases by 10%. Use only chemicals which are compatible with the membrane.

NRTECH

HL Series FACT SHEET

Water Softening NF Elements

The H-Series proprietary thin-film nanofiltration membrane elements are characterized by an approximate molecular weight cut-off of 200-400 daltons for uncharged organic molecules. Divalent and multivalent ion rejection is dependent upon feed concentration and composition.

HL Nanofiltration Elements are used for water softening, color removal, and reduction of THM formation potential.

 

Table 1: Element Specification

Membrane

H-Series, Thin-film membrane (TFM)

 

 

 

Model

Average Permeate Flow gpd (m3/day)

(1)(2)

Average
MgSO
4

Rejection (1)(2)

Minimum
MgSO
4

Rejection (1)(2)

HL2540FM

840 (3.2)

99.5%

98.0%

HL4040FM

2,700 (10.2)

99.5%

98.0%

HL8040F-400

13,000 (49.2)

99.5%

98.0%

 

(1) Average salt rejection after 24 hours of operation. Individual flow rate may vary ±20%.

(2) Testing conditions: 2,000ppm MgSO4 solution at 110psi (760kPa) operating pressure, 77°F, pH7.5 and 15% recovery.

Table 2: Element Properties (3)
 

Model

Active Area ft2 (m2)

Outer Wrap

Part Number

HL2540FM

27 (2.5)

Fiberglass

1207230

HL4040FM

90 (8.4)

Fiberglass

1207236

HL8040F-400

400 (37.2)

Fiberglass

1207240

 

Figure 1: Element Dimensions Diagram (Female)