Mbr Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150)

Introduction

MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) is a suspended growth-activated sludge system that utilizes micro porous membranes for solid/liquid separation instead of secondary clarifiers. The MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) uses precision filter membranes having pore sizes of 0.1 µ M. MBR treated water can be used for landscaping, toilet flushing, and a variety of other applications.

MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) is a new-type water treatment technology, integrated with membrane separation unit and biological treatment unit. Membrane modules are used instead of secondary sedimentation tank in the bioreactor to maintain high activated sludge concentration and reduce the land area of wastewater treatment facility and the sludge amount through maintaining low sludge load. The MBR membrane can completely block and retain the microorganisms in the bioreactor through its filtration function, which achieves the complete separation between the hydraulic retention time and activated sludge age, thus avoiding the sludge expansion problem of conventional activated sludge process. Compared with conventional biological water treatment technology, MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) has the following main characteristics including high treatment efficiency, good outlet water quality, compact equipment layout, small footprint, easy automatic control and easy operation management.

System flow scheme
MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) allows for size reduction of the structures required by up to 70 % and even increase the performance of wastewater treatment plants.



Membrane Modules

The principle of membrane filtration in MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) is based upon the separation of solids suspended in a watery solution by means of a pressure difference. While the water permeates through the membrane, the solids, bacteria and even most viruses are retained on the concentrate side on the membrane surface where they are removed by relative movement. The MBR sewage treatment plant is provided with multiple membrane elements in an integrated membrane module in 2 or 3 stages in an aerobic tank. The MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150) utilizes side-stream cross-flow membrane configuration. The wastewater is filtrated using suction filtration, and the filtered water becomes treated. Air is supplied from the air diffuser installed on the bottom of the membrane module to prevent sludge from adhering to the membrane surface. Thus, the system can perform stable treatment

Water Treatment Quality of MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150)



Key Benefit of MBR Easy Installation Bio-Reactor Hollow Fiber Wastewater Microfiltration for Semiconductor Industry (BN150)
1) High efficiency in wastewater treatment (3-fold than CAS)
2) Excellent chemical stability
3) High intensity for backwash
4) Excellent anti-fouling
5) Stable effluent water quality
6) Simple replacemen and chemical cleaning
7) Direct water reuse


Applications
1) Municipal water and sewage treatment plants
2) Agricultural/fishery community sewage treatment plants
3) Industrial sewage treatment plants
4) Food/beverage production plants
5) Dairy farming/Meat processing plants
6) Confectionery sewage wastewater treatment plants
7) Machinery manufacturing/Metal processing plants
8) Laundry sewage treatment plants
9) Other sewage treatment plants (paper manufacturing, building material manufacturing, oilfield associated water accompanied with crude oil mining, etc. )

Models (All customized models are available by online inquiry)
See the following form.