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Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant

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China Sinomemb Environment Technology (beijing) Co., certificaciones
China Sinomemb Environment Technology (beijing) Co., certificaciones
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Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant

Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant
Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant

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Datos del producto:
Lugar de origen: PORCELANA
Nombre de la marca: SINOMEMB
Certificación: NSF
Número de modelo: SNU-HO-2-T640
Pago y Envío Términos:
Cantidad de orden mínima: 5
Detalles de empaquetado: Embalaje de exportación estándar

Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant

descripción
Material de membrana: PVDF/PES Modo de filtración: Flujo cruzado
Componentes centrales: UF Acero Alojamiento: UPVC
Nombre del producto: Módulo de membrana de fibra de fibra hueca de PVC Solicitud: membrana de cerámica industrial
Resaltar:

Industrial Processes PVC Ultrafiltration Membrane

,

Pathogen Removal PVC Ultrafiltration Membrane

,

Chemical Resistant PVC UF Membrane

SINOMEMB ® UF membrane module SNU-HO-2-T640 type

The core SINOMEMB ® series SNU-HO-2-T640 hollow fiber UF membrane element is suitable for systems with a capacity greater than 50m 3 /hr (220 gpm) . Compared with longer membrane modules, shorter membrane modules provide higher separation efficiency, can adapt to a wider range of influent water quality, and help customers achieve more economical membrane system design , and can be widely used in surface water and well water , seawater , industrial wastewater, secondary and tertiary treatment of sewage and other water treatment applications.

Ø Membrane element specifications

Membrane element model

Effective membrane area

ft 2 (m 2 )

Effective volume

G( L )

weight empty /full of water

( kg )

SN U-HO-2-T640 468(40) 8(31) 25/40
Inlet size Water outlet size Concentrated water outlet size Membrane Polymer
DN50 DN50 DN50 PVDF
Membrane inner diameter/outer diameter (mm) Filtration precision (μ m ) shell material Sealant material
0.7/1.2 0.03 U-PVC epoxy resin

Ø Membrane element operating parameters

Filtration flux ( 25℃ ) L/㎡·hr 30-80
Flow range m³/hr 1.2-3.2
Maximum influent turbidity (NTU) ≤100
Maximum resistance to residual chlorine (NaCLO) (ppm) Continuous: 200; Momentary: 2000
Maximum anti-suspended solid capacity (ppm) ≤50
Maximum influent particle size ( μm ) 100
Working temperature (℃) 5-45
pH range 2-10
Maximum water production (L/m³·h) 140
Maximum inlet pressure (Mpa) 0.2
Maximum transmembrane pressure difference (Mpa) 0.15
Maximum backwash pressure (Mpa) 0.1
Maximum air flushing flow rate (Nm³/hr) 10
General backwash cycle (min) 15-60
General backwash time (sec) 30-60
General backwash flow rate (L/m³·h) 150-200
General chemical enhanced backwash cycle (day) 1-15
General chemical backwashing time (min) 1-15
General chemical cleaning cycle (day) 30-180
General chemical cleaning time (min) 90-480
General chemical cleaning chemicals NaClO or H2O2 500ppm , NaOH (PH≤13), HCl (PH≥1 )
How to run /operate outside-in / full flow or cross flow filtration
Expected water production SDI ≤2.5
Expected product water turbidity NTU ≤0.1
Bacteria removal rate (log) >6
E. coli removal rate (log) >6
service life ≥3 years under standard conditions

Ø UF membrane element size

Industrial Processes PVC Ultrafiltration Membrane Pathogen Removal Chemical Resistant 0

L L1 L2 L3 L4 Diameter Φ air intake
1930mm 1395mm 1495mm 1650mm 160mm 200mm RP 3/8”
(75.9)in (54.9)in (58.9)in (64.9)in (6.3)in (7.9)in /

Ø Operation Guide

During the operation of the UF system, it is necessary to avoid sudden changes in pressure during system start-up, shutdown, operation, cleaning, maintenance, etc., as well as exceeding the maximum withstand pressure specified in this manual, to prevent possible membrane breakage, sealing, etc. End fall off, membrane shell cracking and other serious damage consequences; this series of products have been treated with anti-corrosion and membrane wire protection before leaving the factory, and the inner membrane wire of the module is in a semi-dry state. For manual operation, the water production rate should be set to 50% of the design water production rate, and the initial water production must be discharged directly and cannot be used as product water.

Ø Product usage tips

The normal start-up and normal cleaning and maintenance of the UF system are the key to ensure the long-term normal use of membrane products. Before starting the system, it should be ensured that the parameters of each valve, instrument, pre-processing equipment, signal transmission equipment, power equipment, etc. meet the design specifications and requirements, so as to ensure the safe, stable and up-to-standard operation of the overall system. Please refer to the product technical manual for the debugging and testing work of the system in the early stage.

Ø Disclaimer

Failure to operate in strict accordance with the operating limits and guidelines set forth herein voids our limited warranty. If the UF system is out of service, please inject protective liquid inside the membrane module for anti-corrosion treatment, so as to avoid the increase of maintenance cost caused by the large number of microorganisms in the system.

Contacto
Sinomemb Environment Technology (beijing) Co.,

Persona de Contacto: Mr. Gary Gao

Teléfono: +8618610069839

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