HM UF 70 PVDF High Performance Ultrafiltration Module
MODEL |
Surface Area (m2) |
Dimensions (mm) |
Weight (kg) |
A |
B |
C |
D |
HM UF 70 PVDF |
70 |
2220±1 |
1915±1 |
395±1 |
200±1 |
60 |
- PVDF based hollow fiber membranes have long lifetime due to their high mechanical strength and chemical resistance.
- The capacity of clean water production is higher due to modification of membranes
which enhances the hydrophilicity of membrane.
Membrane Specifications
Model |
|
HM UF 70 PVDF |
Type |
|
Hollow Fiber Ultrafiltration |
Material |
|
Modified Polyether Sulphone |
Nominal Pore Size |
nm (µ) |
30 (0.03) |
MWCO |
Dalton |
100,000 |
Fiber Bore Diameter (Inner) |
mm |
0.8 |
Fiber Bore Diameter (Outer) |
mm |
1.4 |
Housing & End Cap (MOC) |
|
UPVC |
Module Data
Membrane Surface Area (Active) |
m2 |
70 |
Outer Diameter Housing |
mm |
250 |
Nozzels |
mm |
DN50 Victaulic End |
Empty Weight With End caps |
kgs |
60 |
Operational Data
Mode of Operation |
|
Out to In (Dead End / Cross Flow) |
Operating Flux Range |
gfd (lmh) |
26 – 105 (45 – 180) |
Operating Temperature |
°C |
1 — 40 |
Feed Pressure Operating Range |
bar |
2.0 to 2.5 |
Feed Pressure Maximum @ 25°C |
bar |
5 |
Trans membrane Pressure |
bar |
0.4 – 2 |
pH Range Operation |
|
2.0 – 11.0 |
Maximum NaOCl |
mg/l |
2000 |
Particle Dimension |
µ |
< 200 |
Total Suspended Solid (TSS) |
ppm |
50 (max 80) |
Max Feed Turbidity |
NTU |
50 (max 250) |
Oil & Grease |
|
Nil |
Performance Details
Filtrate Flow Range |
gpm (m³/hr) |
8.8 – 35 (2 – 8) |
Filtrate SDI |
|
≤ 2.5 |
Filtrate Turbidity |
NTU |
≤ 0.1 |
Bacteria Reduction |
log |
6 |
Virus Reduction |
log |
4 |
Process Data
Backwash Flux |
gfd (lmh) |
59 – 88 (100 – 150) |
Backwash Pressure |
bar |
2.5 max |
Air scouring flowrate |
Nm³/h |
12 – 15 (max 20) |
Chemically Enhanced Backwash (CEB): |
|
|
NaOH |
mg/l |
500 |
HCL |
mg/l |
1000 |
NaOCl |
mg/l |
1000 |
Note: *Backwash / CEB / CIP frequency & duration shall be as per the design based on the feed water source, quality & fluctuations
Important Warnings & Information:
- For the recommended design range & guidelines, please follow this technical bulletin or call an application If the operating limits given in this product information bulletin are not strictly followed, the warranty will be null and void.
- The customer is fully responsible for the effects of chemicals that are incompatible with the membrane modules.