Brackish Water Low Pressure Elements
Key Features
| Brackish Water Low Pressure Elements | : | Product Name Brackish Water Low Pressure RO Membrane Element Membrane Type Thin Film Composite (TFC) Application Brackish Water Purification / Reverse Osmosis Systems Operating Pressure 150 – 300 psi (10 – 21 bar) Salt Rejection Rate 98 – 99.5% Permeate Flow Rate High Flow Design (Varies by Model) Feed Water TDS Limit Up to 10,000 ppm Operating Temperature Up to 45°C (113°F) pH Range (Continuous Operation) 2 – 11 Recovery Rate 15% – 75% (Depending on System Design) Membrane Material Polyamide Thin Film Composite Element Configuration Spiral Wound Available Sizes 4 Inch & 8 Inch Diameter Elements Feed Spacer Thickness 28–34 mil (model dependent) Maximum Feed Flow Rate 75 GPM (4-inch) / 16 GPM (8-inch) End Cap Type Standard Interlocking / Male-Female Design Typical Operating Life 3–5 Years (with Proper Maintenance) Fouling Resistance High – Smooth Surface Polyamide Layer Energy Consumption Low (Optimized for Low Pressure Operation) Cleaning pH Range 1 – 13 Storage Temperature 0°C – 35°C (32°F – 95°F) Minimum Salt Rejection ≥ 98% Maximum Operating Pressure 600 psi (41 bar) Element Outer Wrap Fiberglass Reinforced Plastic (FRP) Net Weight (Approx.) 2.5 – 15 kg (Depending on Size) Packaging Type Vacuum-Sealed in Polybag with Preservative Solution Certification ISO 9001 / NSF / CE Certified (varies by model) Country of Origin (Insert your brand’s country or manufacturing location) Warranty 1 Year Limited Warranty Key Features Low energy use, high salt rejection, long lifespan, anti-fouling design Recommended Use Industrial, Commercial, Municipal & Agricultural Water Treatment Compatible Systems Standard RO Housings and Pressure Vessels Environmental Benefit Energy-efficient, Low Wastewater Generation Maintenance Requirement Periodic Chemical Cleaning and Monitoring |
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Brackish Water Low Pressure Elements–
Introduction
Brackish Water Low Pressure (BWLP) Elements are advanced reverse osmosis (RO)membranes designed to purify brackish water efficiently while consuming less
energy. These elements are engineered to deliver high salt rejection and
superior permeate flow at low operating pressures, making them ideal for
industrial, commercial, and municipal water treatment systems. By combining
energy savings with exceptional water quality, Brackish Water Low Pressure
Elements have become a preferred choice for sustainable water purification
solutions.
What Are Brackish Water Low Pressure Elements?
Brackish Water Low Pressure Elements are thin-film composite (TFC) reverse
osmosis membranes specifically developed for treating brackish water sources
that contain moderate levels of total dissolved solids (TDS) — typically
between 1,000 and 10,000 ppm. The membranes are designed to operate at lower
pressures (around 150–300 psi) compared to standard RO elements, reducing
energy usage while maintaining excellent rejection rates of up to 99.5%.
These
RO membranes effectively remove salts, minerals, bacteria, organic matter, and
other impurities, producing clean, fresh, and high-quality water suitable for
industrial and domestic applications.
Key Features of Brackish Water Low Pressure Elements
- Low Operating Pressure:
These elements are designed to achieve high performance at reduced feed pressures, resulting in significant energy savings and lower operational costs. High Salt Rejection:
Capable of rejecting up to 99.5% of dissolved salts, ions, and impurities, ensuring superior permeate quality.- High Permeate Flow:
Advanced membrane design allows for a high water flux rate, providing greater efficiency and productivity. - Durable Construction:
Built with a robust polyamide thin-film composite material, these elements offer excellent resistance to chemical degradation and mechanical stress. - Compatibility:
Brackish Water Low Pressure Elements are compatible with most standard RO housings and systems, making installation and replacement easy and convenient. - Fouling and Scaling
Resistance:
The smooth surface structure of the membrane minimizes fouling and scaling, reducing maintenance frequency and extending service life.
Performance Advantages
- Energy Efficiency:
With lower feed pressure requirements, these elements reduce power consumption, leading to substantial energy savings over time. - Cost-Effectiveness:
Reduced energy usage and minimal maintenance lower overall operating costs. - Excellent Water Quality:
Delivers high-purity water that meets the needs of industries such as food processing, pharmaceuticals, and electronics manufacturing. - Extended Lifespan:
The durable TFC membrane material ensures long-term, consistent performance even under challenging water conditions. - Reliable Operation:
Maintains stable performance and permeate flow across varying feed water conditions.
Applications of Brackish Water Low Pressure Elements
BrackishWater Low Pressure RO Elements are suitable for a wide range of applicationsacross various sectors, including:
- Industrial Applications:
- Boiler feedwater
- Cooling tower makeup water
- Process water for chemical,
textile, and power industries
- Rinse water in electronics
and metal finishing industries
- Commercial Applications:
- Hotels, hospitals, and
educational institutions requiring high-quality water
- Bottled water and beverage
production facilities
- Car washing and laundry
systems
- Municipal and Community
Systems:
- Water supply
systems for towns and
rural areas with brackish groundwater
- Desalination plants for
small communities
- Agricultural Use:
- Irrigation systems
requiring low-salinity water
- Greenhouse and hydroponic
farming for improved crop yield and soil health
Operating Parameters
To
ensure optimal performance, the following operating parameters are recommended
for Brackish Water Low Pressure Elements:
- Operating Pressure: 150–300 psi
- Maximum Feed Water TDS: Up to 10,000 ppm
- Salt Rejection: 98–99.5%
- Feed Water pH Range: 2–11
- Maximum Operating Temperature: 45°C (113°F) Recovery Rate: Typically 15–75%, depending o
- stem configuration
Proper
pretreatment of feed water — including filtration, pH adjustment, and
antiscalant dosing — is essential to prevent membrane fouling and scaling.
Regular cleaning and maintenance will help maintain high performance and extend
membrane life.
Environmental
and Economic Benefits
Brackish Water Low Pressure Elements offer both
environmental and economic advantages. Their energy-efficient operation reduces
electricity consumption and carbon emissions, promoting sustainable water
treatment practices. Additionally, their high recovery rate minimizes
wastewater generation, conserving water resources. The durable construction
reduces replacement frequency, lowering waste and maintenance costs.
Why
Choose Brackish Water Low Pressure Elements?
Choosing Brackish Water Low Pressure Elements means
investing in a long-term, sustainable, and high-performance water purification
solution. These membranes are engineered to deliver exceptional water quality
while reducing operational expenses and environmental impact. Their proven
reliability and superior performance make them the preferred choice forindustries, commercial establishments, and municipalities worldwide.
Conclusion
Brackish Water Low Pressure Elements combine advancedRO technology, energy efficiency, and high rejection performance to deliver
outstanding water purification results. Whether used for industrial, municipal,
or commercial applications, these membranes ensure a reliable supply of clean,
safe, and high-quality water at reduced operational costs.
By
choosing Brackish Water Low Pressure Elements, you’re choosing superior
performance, sustainability, and long-term value — making them the perfect
solution for brackish water treatment needs in today’s environmentally
conscious world.
| Brackish Water Low Pressure Elements | Product Name Brackish Water Low Pressure RO Membrane Element Membrane Type Thin Film Composite (TFC) Application Brackish Water Purification / Reverse Osmosis Systems Operating Pressure 150 – 300 psi (10 – 21 bar) Salt Rejection Rate 98 – 99.5% Permeate Flow Rate High Flow Design (Varies by Model) Feed Water TDS Limit Up to 10,000 ppm Operating Temperature Up to 45°C (113°F) pH Range (Continuous Operation) 2 – 11 Recovery Rate 15% – 75% (Depending on System Design) Membrane Material Polyamide Thin Film Composite Element Configuration Spiral Wound Available Sizes 4 Inch & 8 Inch Diameter Elements Feed Spacer Thickness 28–34 mil (model dependent) Maximum Feed Flow Rate 75 GPM (4-inch) / 16 GPM (8-inch) End Cap Type Standard Interlocking / Male-Female Design Typical Operating Life 3–5 Years (with Proper Maintenance) Fouling Resistance High – Smooth Surface Polyamide Layer Energy Consumption Low (Optimized for Low Pressure Operation) Cleaning pH Range 1 – 13 Storage Temperature 0°C – 35°C (32°F – 95°F) Minimum Salt Rejection ≥ 98% Maximum Operating Pressure 600 psi (41 bar) Element Outer Wrap Fiberglass Reinforced Plastic (FRP) Net Weight (Approx.) 2.5 – 15 kg (Depending on Size) Packaging Type Vacuum-Sealed in Polybag with Preservative Solution Certification ISO 9001 / NSF / CE Certified (varies by model) Country of Origin (Insert your brand’s country or manufacturing location) Warranty 1 Year Limited Warranty Key Features Low energy use, high salt rejection, long lifespan, anti-fouling design Recommended Use Industrial, Commercial, Municipal & Agricultural Water Treatment Compatible Systems Standard RO Housings and Pressure Vessels Environmental Benefit Energy-efficient, Low Wastewater Generation Maintenance Requirement Periodic Chemical Cleaning and Monitoring |
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