UF-25TPH

The raw water: Lake water
Turbidness:5NTU
Flow in water TDS: N/M
Temprature: 20℃
Production: 25 m³/h
Recovery rater: ≧90%
SS in UF production water: ≦1ppm
UF membrane: SVU-1060-C
Material for UF membrane:mPS
Quantities for UF membrane:20 pcs
Manufacturer of UF membrane: Canpure

Description

UF water treatment plant 25TPH for filling machine water purification. Low energy high recovery rate with cross flow type UF membrane.

It is a purification, separation or concentration of semipermeable membrane in separation techniques for solution. After more than 20 years rapid development, it has become one of the widest techniques in separation field. It widely uses in food and beverage, chemical electron, biological construction for environmental protection, etc.

Ultra filtration membrane is used to remove suspended solids, colloids, microorganism, bacteria,virus and macro molecule organism from the raw water.It has good function of color removing, oil removing, turbidity removing, COD and BOD removing. UF technology can be adopted under condition of normal temperature and  low pressure with low energy consumption

This system use Canpure outside-in ultrafiltration membrane modules, the material for the membrane is PVDF, it can cleaned thoroughly by strong oxidant and is good at chemical resistance, mechanical strength and longer life time. This UF system is designed to treat well water with high suspended solids, microorganism, bacteria and virus. Each UF membrane have very good function to remove it. Ans the output water is for washing water supply.

1. Brief introduction of Water treatment UF system

Technical Information for UF water treatment plant
UF water treatment plant Ultra filtration (UF) is a separation process by using membranes with pore sizes in the range of 0.1 to 0.001 micron. Typically, ultra filtration will remove high molecular-weight substances, colloidal materials, and organic and inorganic polymeric molecules. Low molecular-weight organics and ions such as sodium, calcium, magnesium chloride, and sulfate are not removed. Because only high-molecular weight species are removed, the osmotic pressure differential across the membrane surface is negligible. Low applied pressures are therefore sufficient to achieve high flux rates from an ultra filtration membrane.

Membrane Materials
A variety of materials have been used for commercial ultra filtration membranes, but poly sulfone (PS), PAN, PP and PVC are the most common. Recently thin-film composite ultra filtration membranes have been marketed. For high purity water applications the membrane module materials must be compatible with chemicals such as hydrogen peroxide used in sanitizing the membranes on a periodic basis.

Performance of Ultra filtration Systems
In high purity water systems, ultra filtration is slowly replacing the traditional 0.2-micron cartridge filters. In Japan, practically all of the semiconductor industry follows this practice. An ultra filtration membrane with a molecular-weight cutoff of 10,000 has a nominal pore size of 0.003 micron. When an ultra filtration membrane is used instead of a 0.2-micron cartridge filter, particle removal efficiency is greatly improved. In addition, ultra filtration membranes are not susceptible to the problem of bacteria growing through them, as is the case with 0.2-micron filters.
As the requirements for the quality of high purity water become more stringent, we can expect to see an increasing use of ultra filtration as a final filter.

2. Application of Water treatment UF system

2.1 Pure and ultrapure water equipment,
2.2 No bacterium no heat raw water equipment for pharmacy,
2.3 Purification for beverage, drinking water and mineral water,
2.4 Separation, concentration and purification in industry
2.5 Wastewater treatment, electrophoretic coating, electroplating, oil wastewater treatment, etc.

3. Features of Water treatment UF system

3.1 High precision. The bore diameter of UF membrane is 0.001~0.1m. Which can remove bacteria, colloids, rust and macromolecule organism effectively and ensure the output water quality stable with less COD,SS and SDI.
3.2 Pro-long RO membrane cleaning peroid and life time by adopting UF as pre-treatment
3.3 With universal wheels so easy to move.
3.4 Compact frame with less space.
3.5 Low work pressure, low operation cost.
3.6 Easy and safe operation.
3.7 Easy maintaining.

4. Main parts and specification

4.1 Multi media filtertwo sets
Materiral:FRP
Filter cartridge:dia1500×2400mm
Material of filter cartridge:light FRP tank
Filter material:quartz sand, anthracite
4.2 Sediment filterone set
Type:YS20-40”
Meterial:304SS
Sediment filter cartridge: 20pcs
Model:2.75×40” ×50 um
Filter precision:50um
Meterial:PP
4.3 UF filterone set
Capacity:25T/h
Bacteria rejection rate:≥99%
Designed recovery rate:90%
Suspended matter, particulate( >0.2μm):100%  rejection rate.
Max feed water pressure:0.4Mpa
Operation pressure:0.1-0.25Mpa
Membrane quantity:10pcs,model:AQU200
Backwashing water flow meter:WLG-8350,1pc
Flowing water flow meter:WLG-8350,1pc
Outlet water flow meter:WLG-8350,1pc
Cross-flow r flow meter:WLG-8350,1pc
System valve:water motorized valve, washing water draining motorized valve, UF producing water motorized valve,Up-draining motorized valve, Down-draining motorized valve, Back washing water motorized valve

5.  Working condition of Water treatment UF system

work pressure:0.1~0.25Mpa
Max. feed water pressure:0.4Mpa
Max. pressure difference of membrane:0.2Mpa
PH range:2~12

6.  Performance table of Water treatment UF system

ProcessParameterNote
Pre-treatment50-150um precision filter
Max. feed turbidity≤15NTUWhen feed water turbidity is more than 15NTU,please add pre-treatment and precision filter.
Running methodCross flow/dead end flowDead end flow can be adopted when feed water turbidity less than5NTU. Otherwise, cross flow type is suggested.
Feed water pressure0.1~0.3MPa
Max. feed pressure0.5Mpa
20℃ transmembrane pressure(TMP)28-150Kpa
Max. transmembrane pressure0.2Mpa
Feed PH2~12
Max. residual chlorine100ppm

7. Specification for membrane

item         modelAQU200
Membrane materialPVC
fiber inlet/outlet diameter0.9mm/1.5mm
Detained molecular weight100,000dalton
dimensionØ200X1470m
Effective membrane surface28 m²
Permeate flux(L/H,0.12Mpa,25°C)6,400
capacity(L/H)60-160L/ m².H
Membrane housing materialABS
End cap materialEpoxy resin
Operation pressure0.1-0.3MPa
Max.feed water pressure0.5MPa
Max.membrane pressure difference0.2MPa
Feed water PH2-12
Operation temperature5℃-45℃
Permeate turbidity< 0.1NTU
Silt density index(SDI)< 1
Suspended solid,particle(>0.2µm)100% removed
Microbe、pathogen99.99% removed
Feed water quality requirementturbidity≤15NTU. (pretreatment should be added when the raw water is from ground, river and well. It is recommended to add precision filter, 100um at least in precision, to ensure the turbidity no more than 15NTU)

8.Technical route

Raw water was firstly pressurized by raw pump and then filled into sediment filter to remove the substances over 5um. Then feed into ultra filtration system for treatment, concentrate water was discharged or recovered, the permeate water feed into the UF tank. After operation for a while, the equipment should be chemical cleaned. Refer to the Appendix.

Flow chart UF

9. Certificate 

ISO9001-2019 11-CHIWATEC商标CE-certification of RO-water Filtration Drinking Plant

10. Comments from customers:

Comments From Customers

11. Package and transportation:

water Filtration Drinking Plant package and transportation

12. Finished projects:

    We will answer your email shortly!


    You may also like…

    Go to Top