Scribd
Upload
13 views2 pages

Cera Datasheet

The CeraGuard UF membrane is an advanced water treatment solution that offers a green alternative to traditional methods like reverse osmosis. It features low operating pressures, high filtration efficiency, and excellent chemical resistance, with a nominal pore size of 0.02 µm that ensures effective removal of bacteria and viruses. Made from hydrophilic polyethersulfone, it operates under a wide range of conditions and achieves high rejection rates of contaminants.

Uploaded by

SKN8700
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
13 views2 pages

Cera Datasheet

The CeraGuard UF membrane is an advanced water treatment solution that offers a green alternative to traditional methods like reverse osmosis. It features low operating pressures, high filtration efficiency, and excellent chemical resistance, with a nominal pore size of 0.02 µm that ensures effective removal of bacteria and viruses. Made from hydrophilic polyethersulfone, it operates under a wide range of conditions and achieves high rejection rates of contaminants.

Uploaded by

SKN8700
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 2

UF Membrane Specifications

The CeraGuard UF membrane represents the next generation


of affordable residential and commercial water treatment
products by providing a “Green” approach in the water treat-
ment marketplace as compared to competitive technologies
such as reverse osmosis and ultra violet sterilization.

Features:
Low operating pressures
100% efficient operation dead ended or 98% utilizing
back flush
Excellent filtration performance with high flux This ultra filtration membrane is made of dou-
High chemical resistance and temperature tolerant ble skinned hollow fibers that provides the ele-
of oxidants, chlorine, and ozone ment superior strength with a burst pressure
Low nominal molecular weight pore size (0.02 µm) greater than 60PSi thereby creating added
High removal efficiency of bacteria and viruses safety as molecules must pass through 2 identi-
Simple, modular design cal barriers and a supporting layer between
the membrane fibers.

Low molecular weight cutoff of the membrane pre- The membrane is made from polyethersulfone
vents bacteria and viruses from passing through the (PES), a hydrophilic, chemically stable polymer
membrane; 6 log and up to 9 log respectively. capable of operating in aggressive environ-
ments.
Rejection is 99.9999%
UF Membrane Specifications

Configuration Dual Barrier Hollow Fiber


Membrane Characteristics PES - Hydrophilic Double Skin Type
Pure water permeability > 180 GFD @ 20 PSI @ 21 °C
Nominal Molecular Weight 100,000 NMW < 0.02 microns
Fiber ID 0.8 mm - 1.4 mm
Outside - In Pattern
Operating Feed Pressure 0—60 PSI
Back flush Pressure Maximum Up to 30 PSI
Toleratnce
Chlorine Maximum 200 ppm @ 11 pH
pH Tolerance 2 to 13
Operating Temperature 120 ° F
Back flush Chlorine 10 ppm maximum
CIP pressure 30 PSI

Turbidity Challenge: <0.18 NTU after challenge water containing 2, 5, and 10 NTU
Cryptosporidium Removal: 9 log removal using surrogate test procedure 99.9999999%
E.Coli/Bacteria Removal: 6 log removal of E. coli 99.9999%
Virus Removal: 5 log removal (MS2 bacteriophage test) 99.999%
Average pore size 0.02 micron
PolyEtherSulfone— Hydrophilic Double-Skin Type membrane material
400 Fibers per Module
Surface Area 2.48 square feet
Operating Pressure 60 psi
NMW 100,000 < 0.02 micron

You might also like