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Acoplamentos

Brackish Water Elements

This Low pressure reverse osmosis membrane elements are traditionally used for treatment of brackish water, surface water, underground water, and municipal water with TDS readings of less than 10000 ppm. They are mainly used to produce bottled water, drinking water, industrial use pure water, high purity water, and boiler replenishment water in different scale amounts, as well as applications in wastewater reuse, material concentration, purification, and refining purposes.

Introduction

LP series (low pressure) aromatic polyamide RO element is developed for treatment of brackish water. It has the characteristics of low-pressure in operation, high permeate flow and excellent rejection performance in removing of solvable salts, TOC, SiO2, etc. It is especially suitable for preparation of high purity water in electronics and power industry.

Application

LP series is normally suitable for treatment of brackish water, surface water, underground water and municipal water with TDS is less than 10000 ppm. It is mainly used for producing various scales of bottled water, drinking water, industrial used pure water, high purity water, boiler replenishment water, also for wastewater reuse, material concentration, purification, and refining purposes.

Active Membrane Area ft2(m²): 400 (37.2) 
Permeate Flow Rate GPD (m³/d): 11000 (41.6)
Stabilized Rejection Rate (%): 99.7
Operating Pressure: 225 psi
Active Membrane Area ft2(m²): 100 (9.3) 
Permeate Flow Rate GPD (m³/d): 2800 (10.6)
Stabilized Rejection Rate (%): 99.6
Operating Pressure: 225 psi
Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 11500 (43.5)
Stabilized Rejection Rate (%): 99.7

Operating Pressure: 225 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 10500 (39.7)
Stabilized Rejection Rate (%): 99.7
Operating Pressure: 225 psi
Active Membrane Area ft2(m²): 400 (37.2) 
Permeate Flow Rate GPD (m³/d): 10500 (39.7) 
Stabilized Rejection Rate (%): 99.7
Operating Pressure: 225 psi
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Low Pressure Brackish RO Element: LP Series

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Ultra Low-Pressure RO Elements: ULP Series

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Ultra-Low Pressure RO Elements: ULP Series

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O acoplamento de tubo flexível ranhurado em nylon tipo Victaulic da EWP-USA é uma alternativa confiável ao aço inoxidável. Projetado para RO Systems As caixas de membrana são feitas de plástico Nylon de alta qualidade, este acoplamento flexível é extremamente resistente à corrosão e fornece uma solução econômica para conexões de tubulação em aplicações de baixa pressão de até 300 PSI.​ Ele é projetado com a finalidade de resolver os problemas de corrosão que ocorrem em sistemas de tubulação de baixa pressão. Os acoplamentos são fabricados em nylon reforçado de qualidade injetado através de alta temperatura. Portanto, os acoplamentos têm alta resistência e tenacidade e bom desempenho de resistência à corrosão. Eles têm sido amplamente utilizados em dispositivo de membrana de ultrafiltração (UF) no sistema de dessalinização de água.

Introduction

ULP series (ultra-low pressure) aromatic polyamide RO element is developed for treatment of surface water and underground water. Its operation pressure is about 2/3 of low-pressure membrane, and the rejection rate can reach 99.5%. It can reduce the investment cost of related pumps, pipelines, containers, and other equipment’s and the operation cost of RO system, improving economic benefits.

Application

ULP series RO element normally suitable for treatment of surface water, underground water, and municipal water with TDS is less than 2000 ppm. It is mainly applied in bottled water, drinking water, boiler replenishment water, food processing, and pharmaceutical industries, and other fields.

Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 12650 (47.9)
Stabilized Rejection Rate (%): 99.3
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 12100 (45.8)
Stabilized Rejection Rate (%): 99.0

Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 400 (37.2) 
Permeate Flow Rate GPD (m³/d): 10500 (39.7) 
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 150psi
Active Membrane Area ft2(m²): 400 (37.2) 
Permeate Flow Rate GPD (m³/d): 10500 (39.7)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 100 (9.3) 
Permeate Flow Rate GPD (m³/d): 2000 (7.6)
Stabilized Rejection Rate (%): 99.7
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 100 (9.3)
Permeate Flow Rate GPD (m³/d): 2600 (9.8)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 100 (9.3)
Permeate Flow Rate GPD (m³/d): 2000 (7.6
Stabilized Rejection Rate (%): 99.6
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 36 (3.3)
Permeate Flow Rate GPD (m³/d): 950 (3.6)
Stabilized Rejection Rate (%): 99.0
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 30 (2.8)
Permeate Flow Rate GPD (m³/d): 750 (2.8)
Stabilized Rejection Rate (%): 99.0
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 90 (8.4)
Permeate Flow Rate GPD (m³/d): 2700 (10.2)
Stabilized Rejection Rate (%): 98.0
Operating Pressure: 150 psi
Active Membrane Area ft2(m²): 14 (1.3)
Permeate Flow Rate GPD (m³/d): 300 (2.8)
Stabilized Rejection Rate (%): 99.0
Operating Pressure: 150 psi
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Extremely Low Pressure RO Elements: XLP Series

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Extremely Low-Pressure Elements: XLP Series

O acoplamento de tubo flexível ranhurado em nylon tipo Victaulic da EWP-USA é uma alternativa confiável ao aço inoxidável. Projetado para RO Systems As caixas de membrana são feitas de plástico Nylon de alta qualidade, este acoplamento flexível é extremamente resistente à corrosão e fornece uma solução econômica para conexões de tubulação em aplicações de baixa pressão de até 300 PSI.​ Ele é projetado com a finalidade de resolver os problemas de corrosão que ocorrem em sistemas de tubulação de baixa pressão. Os acoplamentos são fabricados em nylon reforçado de qualidade injetado através de alta temperatura. Portanto, os acoplamentos têm alta resistência e tenacidade e bom desempenho de resistência à corrosão. Eles têm sido amplamente utilizados em dispositivo de membrana de ultrafiltração (UF) no sistema de dessalinização de água.

Introduction

XLP series (extremely low pressure) aromatic polyamide RO element is developed for treatment of surface water and underground water. Its operation is about 1/2 of low-pressure membrane, and the rejection rate can reach 98%. Thus it can reduce the investment cost of related pumps, pipelines, containers and other equipment and the operation cost or reverse osmosis system, improve economic benefits.

Application

XLP series RO element normally suitable for treatment of surface water, underground water and municipal water with TDS is less than 1000 ppm, it is especially suitable for the second pass of two-pass RO system. It is mainly applied in bottled water, boiler replenishment water, food processing and pharmaceutical manufacturing industries and other fields.

Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 12800 (48.40)
Stabilized Rejection Rate (%): 99.2
Operating Pressure: 100 psi
Active Membrane Area ft2(m²): 100 (9.3)
Permeate Flow Rate GPD (m³/d): 2600 (9.8)
Stabilized Rejection Rate (%): 99.2
Operating Pressure: 100 psi
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Oxidation Resistant RO Elements: HOR Series

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Oxidation RO Elements: HOR Series

Introduction

The HOR series of high oxidation resistant RO element is a new aromatic polyamide composite membrane. It has the characteristics of low pressure in operation, high permeate flow and excellent performance. By applying the special synthesis process, the antioxidant properties of membrane components have been enhanced, enable it to withstand the impact of a certain amount of oxidant substances, thus simplified and optimized the pretreatment of RO system. The process reduces bio-pollution of membrane element, saves operation cost and extends the service life.

Application

The HOR series RO element suitable for treatment of surface water, underground water and municipal water with TDS is less than 10000 ppm. It is especially suitable for municipal and industrial reclaimed water reuse, electroplating wastewater treatment and the treatment of water sources with bio-pollution and oxidizing substances.

Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 9000 (34.0)
Stabilized Rejection Rate (%): 99.5

Operating Pressure: 225 psi
Active Membrane Area ft2(m²): 100 (9.3)
Permeate Flow Rate GPD (m³/d): 2200 (8.3)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 225 psi
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Seawater Desalination RO Elements: SW Series

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Seawater Desalination RO Elements: SW Series

Introduction

The SW series of seawater aromatic polyamide RO element developed for seawater desalination. This series of elements have the characteristics of low operating pressure, low equipment investment, good desalination performance and stability. Among them, the SW8040XHR-400 has the highest desalination rate of 99.85%, which ensures that drinking water can be produced from seawater through one pass RO system.

Application

The SW series membrane elements are generally suitable for the treatment of seawater and brackish water with high concentration. It can be used for seawater desalination, desalination of brackish water with high concentration, boiler replenishment water in power plants, wastewater reuse, concentration, and recovery of high value-added substances such as food and pharmaceuticals, etc.

Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 6000 (22.7)
Stabilized Rejection Rate (%): 99.85

Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 6000 (25.0)
Stabilized Rejection Rate (%): 99.85

Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 8200 (31.0)
Stabilized Rejection Rate (%): 99.8
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 7500 (28.4)
Stabilized Rejection Rate (%): 99.8
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 8250 (31.2)
Stabilized Rejection Rate (%): 99.8

Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 9000 (34.0)
Stabilized Rejection Rate (%): 99.8
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 9500 (35.9)
Stabilized Rejection Rate (%): 99.8

Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 400 (37.2)
Permeate Flow Rate GPD (m³/d): 11000 (41.6)
Stabilized Rejection Rate (%): 99.7
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 440 (40.9)
Permeate Flow Rate GPD (m³/d): 12100 (45.8)
Stabilized Rejection Rate (%): 99.7

Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 95 (8.8)
Permeate Flow Rate GPD (m³/d): 1600 (6.1)
Stabilized Rejection Rate (%): 99.8
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 33 (3.1)
Permeate Flow Rate GPD (m³/d): 750 (2.8)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 12 (1.1)
Permeate Flow Rate GPD (m³/d): 270 (1.0)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 800 psi
Active Membrane Area ft2(m²): 28 (2.6)
Permeate Flow Rate GPD (m³/d): 600 (2.3)
Stabilized Rejection Rate (%): 99.5
Operating Pressure: 800 psi
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