High packing density tubular membrane module as external bioreactor

Roduct Description	High packing density membrane module
Type	Tubular membrane
Membrane mAterial	PVDF
Membrane tube diameter	8mm
Pore size	30nm
Max operation pressure	6.2bar under 49℃
Max pressure on permeate side	0. 2bar
Max operation temperatureunder pH8	Continuous 49℃; short term 54℃
PH scopeunder 49℃	Continuous 2-10; short term 1.5-10.5
Max allowed total chlorine	200ppmunderPH10-10. 5, 49 ℃
Model	KMTB-M-FU-0403M (4",3m,6.4)
	KMTB-M-FU-0603M(6",3m,15.2)
	KMTB-M-FU-0803M (8",3m, 27.2)
	KMTB-M-FU-1004M (10",4m,55)
Application	Landfill leachate, oily wastewater, heavy metal wastewater, high salt wastewater, etc.

KAIMI MEMBRANE experience:

Kaimi has taken many project of landfill leachate treatment in China. It's a mature technology, use our tubular membrane as external membrane bioreactor and combine it with biochemical process. It can remove 80%~90% BOD, COD and SS.

 

Tubular MBR/External MBR: External MBR technology replaces the conventional secondary sedimentation tank by the method of activated sludge. the wastewater was pumped into membrane module and is filtered by membrane under pressure, the permeate was sent to water tank or be discharged, and the retained sludge and concentrate are sent to Bio-Reactor tank.  
 
Advantages of high packing density membrane system for landfill leachate treatment:

1. High flux, is 6 to 10 times more than common submerged MBR

2. Membrane with strong antifouling property and high regeneration performance 

3. Backwash is not required, only periodic chemical cleaning, CIP is easy and convenient 

4. Reliable operation, service life can be up to 6 years 

5. Single membrane can be replaced separately; membrane is unbreakable, not easy to clog and has long service life 

6. No discharged concentrate, water recovery rate is up to 100%

7. Independent running, high degree of automation, low cost of labor 

8. Highly integrated equipment, small footprint, strong resistance to impact 

9. Easy to maintain, low maintenance cost