MBR Technology for Sewage Treatment plant is the ultimate solution of Industrial Wastewater! The Membrane Bioreactor depends on the regular wastewater process, yet the separation of micro-organisms is performed by filtration with membranes. Membrane bioreactor (MBR) is commonly a term used to characterize wastewater treatment processes where a particular membrane, eg ultrafiltration, is coordinated with a natural procedure. MBRs contrast from ‘cleaning’ processes where the membrane is utilized as a discrete tertiary treatment venture with no arrival of the dynamic biomass to the organic procedure. Hydro Blue normally adopts MBR technology in sewage treatment plant applicants. Sewage treatment plant helps people to turn the wastewater to be reused. And the water filterd by sewage treatment plant meet the national water quality standard.

Design parameter for typical wastewater treatment:

Note: effluent quality satisfy Chinese national standards GB/T 18920-2002 and Class 1-A of GB/T

Standard specification of our MBR cassettes:

What is the benefit of using MBR technology?

The membrane bioreactor process in sewage treatment plant eliminates gravels and solids to advance water quality and diminish sludge management costs at water and wastewater management plant. The gravel management machinery defend downstream procedures, cutting preservation and preventing blockage and testimony and the sludge management yields advance dewatering and decrease solid treatment. So these are the benefits of using MBR technology.

Why is sewage treatment necessary?

The decreasing supply of accessible fresh water, joined with proceeded with development in water utilize, makes it indispensable that networks and businesses enhance water recovery endeavors. A key to that recovery is the more successful treatment of water and wastewater, regardless of whether for human utilization or for use as mechanical process water. One answer for treating and recovering water at lower cost with less harm to nature is sewage treatment plan along with membrane filtration techniques as ultrafiltration, and turn around assimilation filtration.