UF Membrane System for Waste Water Reuse

Model NO.
LG0650x2-B
Voltage
220/380V, 50Hz
Weight
105 Kg
Filtration Type
Inside-out
Filtration Precision
0.01 Micron
Transport Package
Plywood Case
Specification
810*880*1680 mm
Trademark
LITREE
Origin
Suzhou, China
HS Code
8421219990
Reference Price
Please contact us for quote

Product Description

UF Membrane System For Waste Water Reuse


About LITREE:

Establish in 1992, Litree Enterprise is a professional Hi-tech Group specialized in water treatment and membrane separation research.

2 manufacturing bases
26 branch offices and 500 distributors
2300 employees
4 million global customers

As the largest hollow fiber UF membrane manufacturer in China, Litree ultrafiltration (UF) equipments and systems are widely used in municipal water supply, rural water quality improvement, industrial processing water supply, industrial wastewater recycling, municipal sewage treatment and recycling, etc. 


 
Product Features:
 
High removal rate of suspended substance, microorganism, colloid and impurities
• Realize unattended operation with the convenient remote monitoring services
• Standardized module configuration with a wide design flux range
• Integrative design, convenient installation and operation
• Low operating cost, easy maintenance

• Long service life
 

Technical Parameters:
 
Model No.LG0650x2-B
UF module quantity2 pcs of LH3-0650-V
Filtration typeInside-out
Suggested feed pressure≤ 0.3 MPa
Suggested TMP0.02-0.08 MPa
Working temperature ≤ 40ºC
pH range2-13
Feed-in turbidity≤ 20 NTU
Voltage220/380V, 50Hz
Membrane typeHollow fiber UF membrane
Fiber ID/OD1.0/1.6 mm
MWCO range50,000 Dalton
E-coil removal rate≥ 99.9999%
Virus removal rate≥ 99.99%
Weight 105 kg
Dimensions (L*W*H)810*880*1680 mm


Application:

•  Small scale municipal water supply
•  Commercial water purification
•  Public place drinking water supply
•  Food and beverage processing water treatment
•  Reclaimed water reuse


UF Membrane System for Waste Water Reuse

 

 

Industrial Water Filter

PNEUTEC.IT, 2023