SHUIYI MBR Membrane Cassette to Replace Suez ZeeWeed 500 MBR Cassette

Product Description

Introduction
SHUIYI latest Slufri® series MBR membrane products adopts lining reinforced PVDF hollow fiber membrane of new formulas and new processes. The operating flux, anti-fouling ability and service life have reached the international leading level. It can realized low-cost and high-reliability treatment in many applications such as reclaimed water reuse and various industrial wastewater treatment.
Features Lower energy consumption and higher efficiency; Higher mechanical strength, slower flux decline, longer service life; Standardized modularization design for easy installment and replacement; Stable and reliable water production; Slower contamination speed, longer clean cycle.
Specifications

Membrane Specifications	Model	SMU-30E	SMU-18E	SMU-18M	SMU-30A
	Material	Support layer: PET Separate layer: PVDF
	Active Membrane Area	30 m2	18 m2	18 m2	30 m2
	Nominal Pore Size	0.1 μm
	Hollow Fiber Inner/Outer Diameter	2.05/2.6 mm
	Filter Type	Reinforced outside-in membrane
Membrane Module Specifications	Model Dimensions	1250×2000×30 mm	1250×1300×30 mm	572×1560×46	824×2200×46
	Outlet Connection Size	Ф24	Ф24	Ф27	DN32
Material	End	ABS
	Sealing Material	Epoxy resin/Polyurethane
	Center Pole	SUS304
Weight	Membrane Weight (Dry)	15 kg	12 kg	6 kg	12 kg
	Membrane Weight (Wet)	30 kg	20 kg	9 kg	25 kg
Operation Conditions	Temperature	5~40ºC
	SDI15	5000-10000 mg/L
	pH	2-10
	Operating Flux (LMH)	10-30
	Backwash Flux (LMH)	30-50
	Recommended Transmembrane Pressure (TMP)	0-35 kPa
	Maximum Backwash Pressure	70 kPa
	Aeration Intensity	60-120 Nm3/h·m2 shadow area
	Chemical Cleaning pH Range	1-11
Quality of Permeate Water	Turbidity	≤ 0.5 NTU
	SS	≤ 2 mg/L

PS. The design flux and backwash flux depend on the operation and maintenance of the entire system
Application: Municipal water supply Industrial water purification Municipal waste water treatment Industrial waste water treatment Landfill leachate advanced treatment Reclaimed water reuse Pretreatment of RO system