Ceramic Membrane Technology Wastewater

Microfiltration or ultrafiltration is the most commonly used membrane size in wastewater and mbr treatment.

Ceramic membrane technology wastewater.

Ceramic membrane is extensively used in water and wastewater treatment which include oil field injection water paper industry waste water landfill leachate palm oil wastewater textil and printing industry wastewater oily wastewater titanium dioxide wastewater fermentation chemical industry wastewater desalination seawater treatment and degreasing liquid treatment and other aspects. The growth in the end user segment is primarily driven by the fast growing water wastewater treatment mainly in developing nations. The ceramic membrane bio reactor is a state of the art technology which employs ceramic membranes in aerobic or anaerobic bioreactors for industrial or municipal wastewater treatment. Due to their resistance to extreme operating conditions and cleaning protocols ceramic mf membranes are gradually becoming more employed in the drinking water and wastewater treatment industries when compared with organic and polymeric membranes.

Microfiltration is able to remove protozoa bacteria and turbidity while uf has the added benefit of virus removal howell 2004. Most people familiar with membrane technology who haven t perhaps scrutinised the most recent developments might have assumed ceramic membranes to be too expensive to displace polymeric materials. Oil field injection water. Water wastewater treatment ceramic membrane is extensively used in water and wastewater treatment which include oil field injection water paper industry waste water landfill leachate palm oil wastewater textil and printing.

The combined biological treatment of kitchen sink wastewater grey water using activated sludge process and ceramic membrane showed an effective reduction of organic load oil and grease. Membrane materials membranes are made from either organic polymers or ceramic materials. It was the same in the past about the likelihood of mbrs displacing sbrs as a viable small footprint wastewater technology.