
UFS
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Ochemate® UFS Series Submerged Ultrafiltration Skit Ochemate Advanced Material Technology,Ltd. offers new hollow fiber pressure ultrafiltration membranes through the innovation of membrane materials and structures, UFS submerged series are several types of hollow fiber ultrafiltration membranes with ultra-high water production, ultra-low operating pressure and more robust performance, It can provide customer with unique comprehensive advantages: |
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| ◎Oxidation-resistance & fouling-resistant polyvinylidene fluoride (PVDF) materials- longer product life |
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| The most advantage of PVDF is high strength and excellent chemical tolerance for acid, alkali, and oxidizing agents. PVDF ultrafiltration membranes are more resistant to cleaning, and thus prolong the service life of membranes. | ||||||||||||||||||||||||
| ◎Patent technology of blend membrane preparation-higher strength | ||||||||||||||||||||||||
| The PVDF ultrafiltration membranes prepared by patented blend technology have great tensile strength and compression strength, Therefore, they are more suitable for waste water treatment or other application with terrible operation and cleaning conditions. Zero breakage rate can be achieved in industrial applications. | ||||||||||||||||||||||||
| ◎Highly hydrophilic membrane materials- advanced modification technology | ||||||||||||||||||||||||
| iXP hollow ultrafiltration membranes have greatly improved hydrophilicity based on patent modification technology and thus the membranes have more pollution-resistance, higher flux with lower operation pressure. | ||||||||||||||||||||||||
| ◎Outside-in structure with wide application range- high pollution capacity & easy to clean | ||||||||||||||||||||||||
| Outside-in structure is more flexible for the feed water quality. It can fit all complex water condition and significantly reduce the risk and probability of blockage in the filtration channels. Meanwhile, the cheapest and efficient air-water mixing rinsing mode can be applied in outside-in structure to reduce the fouling. | ||||||||||||||||||||||||
| ◎High filtration precision of PVDF ultrafiltration - better water quality | ||||||||||||||||||||||||
| Nominal pore size of iXP ultrafiltration membrane is 0.03μm, which provides the best protection for downstream process equipment (such as reverse osmosis) under different feed water qualities. | ||||||||||||||||||||||||
UFS-35
30-60
Technical parameters of Ochemate® OP ultrafiltration membrane module
Model
Membrane Fiber Features
Membrane Fiber Features Membrane material
PVDF
Filtration mode
Outside-in
Inner / outer diameter mm
0.70/1.35
Effective membrane area ㎡
35
Filtration pore size μm
0.03
Design permeate flux L/(㎡.hr)
Operating pH range
2-11
Cleaning pH range
1-12
Operating temperature °C
1-40
Maximum transmembrane pressure difference KPa
80
Recommended transmembrane pressure difference KPa
10-60
Backwash flux L/m2.hr
60-100
Maximum backwash pressure KPa
80
Maximum feed turbidity NTU
300
Single film air scouring strength m³/hr
3-6
Air scouring pressure MPa
<0.1
CEB Residual chlorine mg/L
5000
Expected product water turbidity NTU
≤0.2
Expected product sludge density index (SDI)
≤3.0
Specification parameters of Ochemate® UFS ultrafiltration membrane module
Model
Effective Membrane Area
Filling Water Module Weight
(m2)
(kg)
UFS-35
35
22
Ochemate® UFS ultrafiltration membrane module dimensions
Ochemate® UFS Series of submerged ultrafiltration integrated devices
Model
D
L
L1
L2
L3
UFS-35
Φ163
1770
1680
1580
50
Ultrafiltration device standard configuration UFS-35 series
No.
Reference device model
Module Qty.
water production range
Total membrane area
Device dimensions x Total height
Device net load
m3/h
m2
mm
Kg
1
UFS-35-140
4
4.2≤Q≤11.2
140
600 x 600 x 2350
1100
2
UFS-35-280
8
8.4≤Q≤ 22.4
280
1100 x 600 x 2350
1250
3
UFS-35-420
12
12.6≤Q≤33.6
420
1100 x 850 x 2350
1400
4
UFS-35-560
16
16.8≤Q≤44.8
560
1100 x 1100 x 2350
1600
5
UFS-35-700
20
21≤Q≤56
700
1350 x 1100 x 2350
1800
6
UFS-35-840
24
25.2≤Q≤67.2
840
1600 x 1100 x 2350
2000
7
UFS-35-980
28
29.4≤Q≤78.4
980
1850 x 1100 x 2350
2200