PureULTRA UF
Key Features
| PureULTRA UF | : | Model Name: PureULTRA UF Series Technology Type: Ultrafiltration (UF) Membrane Membrane Material: Polyethersulfone (PES) / PVDF Configuration: Hollow Fiber Type Pore Size: 0.01 – 0.1 Micron Filtration Type: Outside-in Flow Molecular Weight Cut-Off (MWCO): ~100,000 Daltons Operating Pressure: 1 – 5 bar (15 – 75 psi) Operating pH Range: 2 – 11 Maximum Temperature: 45°C (113°F) Turbidity Reduction: <0.1 NTU Bacteria & Virus Removal: >99.99% Nominal Recovery Rate: 90 – 95% Feed Water Source: Tap Water / Surface Water / Well Water Cleaning Method: Chemical Cleaning (NaOCl / Citric Acid) Typical Applications: Drinking Water Purification RO Pre-Treatment Wastewater Recycling Food & Beverage Filtration Industrial Process Water Housing Material: FRP / Stainless Steel / PVC (depending on model) Design Life: 3 – 5 Years (depending on feed water quality) Advantages: No chemical required for basic filtration Long membrane life and high fouling resistance Consistent water quality output Easy installation and maintenance Compact design suitable for small and large systems |
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PureULTRAUF Elements – Advanced Ultrafiltration for Clean and Safe Water
Introduction
PureULTRA Ultrafiltration (UF) Elements are high-performance membrane
filtration solutions designed to provide safe, clean, and consistent water for
industrial, commercial, and municipal applications. These UF membranes utilize hollow
fiber or spiral-wound technology to remove suspended solids, bacteria,
viruses, colloids, and other particulate contaminants while retaining essential
minerals.
PureULTRA
UF Elements are an ideal solution for water purification systems that require high-quality
permeate with low turbidity, consistent flow rates, and minimal operational
maintenance. Their advanced design ensures long-term durability, low fouling
tendencies, and energy-efficient operation, making them suitable for a wide
range of
applications.
What Are PureULTRA UF Elements?
Ultrafiltration
is a pressure-driven membrane process that separates water from
suspended particles, macromolecules, bacteria, viruses, and other impurities in
the 0.01–0.1-micron range. Unlike reverse osmosis (RO), UF membranes do not
remove dissolved salts or minerals, making them ideal for applications that
require safe, mineral-rich water.
PureULTRA
UF Elements are constructed from high-quality polymeric hollow fibers orspiral-wound membranes. Their fine pore structure and high surface area
allow efficient water filtration while maintaining high permeate flow and
minimal energy consumption. UF membranes are widely used as pretreatment for
RO systems, as well as standalone water purification systems for drinking
water, industrial processes, and wastewater treatment.
Key Features of PureULTRA UF Elements
- High-Performance Filtration:
Removes suspended solids, bacteria, viruses, and colloids, producing consistently clean water. - Energy Efficient:
Operates at low pressure, significantly reducing energy consumption compared to conventional RO systems. - Durable Construction:
Made from high-quality hollow fiber or polymeric membrane materials, resistant to chemical and mechanical stress. - Low Fouling Tendency:
Smooth membrane surfaces reduce fouling, scaling, and biofilm formation, lowering maintenance requirements. - Stable Permeate Quality:
Maintains consistent water quality with low turbidity (<0.1 NTU) and high recovery rates. - Easy Integration:
Compatible with standard UF housings, pressure vessels, and modular systems for simple installation or retrofit. - Long Service Life:
Engineered for extended operational life with minimal downtime and reduced cleaning frequency.
Applications of PureULTRA UF Elements
PureULTRA
UF membranes are highly versatile and suitable for numerous water treatment
applications, including:
- Industrial Water Treatment:
- Process water filtration
- Boiler feedwater
pre-treatment
- Food and beverage
processing
- Pharmaceutical and
laboratory water purification
- Municipal and Community Water Supply:
- Drinking water treatment
- Wastewater reuse and
recycling
- Surface water filtration
for potable water production
- Commercial Use:
- Hotels, hospitals, schools,
and office complexes
- Bottled water and beverage
production
- Car washes and laundries
- Agricultural and Irrigation
Systems:
- Safe water for hydroponics
and greenhouses
- Livestock water filtration
- Irrigation water with
reduced turbidity and contamination
Operating Parameters
|
Parameter |
Recommended
Range |
|
Operating Pressure |
1 – 3 bar (15 – 45
psi) |
|
Operating Temperature |
Up to 45°C (113°F) |
|
pH Range (Continuous
Operation) |
4 – 9 |
|
Cleaning pH Range |
2 – 11 |
|
Recovery Rate |
Up to 95% (Depending
on Feed Water Quality) |
|
Feed Water Turbidity |
<10 NTU
(Pre-filter Recommended) |
|
Chlorine Tolerance |
<0.1 ppm |
|
Maximum SDI |
≤ 5 |
|
Flow Configuration |
Outside-In or
Inside-Out (Hollow Fiber) |
|
Maximum Operating
Pressure |
6 bar (90 psi, for
short-term operations) |
Proper
pretreatment—including sediment filtration, chlorine removal, and
antiscalant dosing—is essential for prolonging membrane life and maintainingpeak performance. Periodic backwashing and chemical cleaning can help maintain
consistent water quality and extend operational life.
Benefits of PureULTRA UF Elements
- High-Quality Water: Produces water free from
suspended solids, bacteria, viruses, and turbidity.
- Energy Saving: Operates efficiently at low
pressure, reducing electricity costs.
- Low Maintenance: Anti-fouling design reduces
cleaning frequency and system downtime.
- Durable and Long-Lasting: Robust construction ensures
consistent performance over years of operation.
- Environmentally Friendly: Reduced chemical use and
high water recovery promote sustainability.
- Versatile Applications: Suitable for industrial,
commercial, municipal, and agricultural water treatment systems.
Why Choose PureULTRA UF Elements?
- High-performance filtration
for safe, clean, and mineral-rich water.
- Energy-efficient and
low-pressure operation reduces operational costs.
- Long-lasting membranes with
low fouling tendencies.
- Compatible with modular UF
systems and standard housings for easy installation.
- Ideal for drinking water,
industrial process water, and wastewater reuse applications.
PureULTRA
UF Elements are the perfect choice for industries, municipalities, and
commercial facilities that require reliable, high-quality water with
minimal maintenance and energy consumption. Their advanced membrane technology
ensures safe, efficient, and sustainable water treatment solutions.
Conclusion
PureULTRA
UF Elements provide a reliable, efficient, and sustainable solution for modern
water treatment challenges. With high removal efficiency, low energy
consumption, and minimal maintenance requirements, they are ideal for
industrial, commercial, municipal, and agricultural applications.
Investing
in PureULTRA UF Elements ensures consistent water quality, reduced operating
costs, and long-term reliability, making them a trusted choice for water
purification systems worldwide.
| PureULTRA UF | Model Name: PureULTRA UF Series Technology Type: Ultrafiltration (UF) Membrane Membrane Material: Polyethersulfone (PES) / PVDF Configuration: Hollow Fiber Type Pore Size: 0.01 – 0.1 Micron Filtration Type: Outside-in Flow Molecular Weight Cut-Off (MWCO): ~100,000 Daltons Operating Pressure: 1 – 5 bar (15 – 75 psi) Operating pH Range: 2 – 11 Maximum Temperature: 45°C (113°F) Turbidity Reduction: <0.1 NTU Bacteria & Virus Removal: >99.99% Nominal Recovery Rate: 90 – 95% Feed Water Source: Tap Water / Surface Water / Well Water Cleaning Method: Chemical Cleaning (NaOCl / Citric Acid) Typical Applications: Drinking Water Purification RO Pre-Treatment Wastewater Recycling Food & Beverage Filtration Industrial Process Water Housing Material: FRP / Stainless Steel / PVC (depending on model) Design Life: 3 – 5 Years (depending on feed water quality) Advantages: No chemical required for basic filtration Long membrane life and high fouling resistance Consistent water quality output Easy installation and maintenance Compact design suitable for small and large systems |
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