UPVC / SS Hollow Fiber UF Membrane 500~10000 lph Ultrafiltration Machine

FOB Price 10000 - 100000 USD / Set

MOQ	1 set
Port	Shanghai
Packaging	Meet export package standard ,plywood box
Lead Time	15 days Or depend on order quantity

Quick Details (View All)

Brand	CY-Water	Pump	Grundfos ,CNP
Valve	Burket ,Nuomeng ,HEBRON	Material	UPVC,SS

Product Details

Product Name: Hollow Fiber UF Membrane 500~10000 lph Ultrafiltration System

Product Profile :

The ultrafiltration systems are usually operated in a pressure range of 10 to 50 psig and they remove particles in size down to as small as 0.02μs/cm.Typical flux(rate of finished water permeate per unit membrane surface area)for UF system is 10 -100gallons per square foot per day(gfd).

Our membrane filtration system uses advanced hollow fiber of ceramic technologies which operate in the outside-in or inside-out direction of flow .Given the small membrane pore sizes used with these technologies,fouling due to deposition of organic and inorganic compounds on the membrane may occur if the ultrafiltration system is not properly designed and operated .Therefore ,we use automated backwashing ,air scour and chemical flushing processes to restrict the rate of membrane fouling within acceptable limits .Chemical cleaning is employed once the maximum trans membrane pressure has been reached ,Typical cleaning agents utilized include acids,caustic,surfactants ,enzymes and certain oxidants ,depending upon membrane material and fouling type .

Common Applications

Municipal drinking water filtration
Industrial waste water recovery
COD reduction
RO&NF pre-treatment

The Comparision of the kind of membrane :

	Hollow Fibre	Spiral-wound	Ceramic Tubular	Plate and Frame
PH	2-13	2-11	3-7
Feed Pressure(psi)	9-15	<30-120	60-100
Backwash Pressure(Psi)	9-15	20-40	10-30
Temperature(°c)	5-30	5-45	5-400
Total Dissolved Solids(mg/L)	<1000	<600	<500
Total Suspended Solids(mg/L)	<500	<450	<300
Turbidity(NTU)	<15	<1	<10
Iron(mg/L)	<5	<5	<5
Oils and Greases(mg/L)	<0.1	<0.1	<0.1
Solvents , phenols(mg/L)	<0.1	<0.1	<0.1