Your web browser is out of date.

Update your browser for better security, speed and to get the best experience on this website.

Update your browser
Blue foot membranes july 2021 936x520

GE introduces MBR with MACarrier* technology for tough-to-treat industrial wastewater

Posted on
GE's membrane bioreactor with membrane accommodating carrier (MACarrier) | News May 14 Ge Introduces  Mbr With Ma Carrier Technology For Tough To Treat Industrial Wastewater
GE's membrane bioreactor with membrane accommodating carrier (MACarrier)

GE has introduced a new membrane bioreactor with membrane accommodating carrier (MACarrier*) designed to help industrial companies meet stringent water discharge requirements and enable greater water reuse, while achieving cost savings and increased operating efficiency.

Developed in GE's China Technology Center as a solution for tough-to-treat water, MBR with MACarrier combines a highly efficient MACarrier with GE's ZeeWeed* 500D membranes. This integration enhances the removal of recalcitrant organics and toxicity and can achieve a chemical oxygen demand (COD) reduction of more than 50 percent compared to an MBR without MACarrier. The ability of the MACarrier to be biologically regenerated in the bioreactor cuts down on operational costs.

'Our new MBR with MACarrier provides a solution for treating wastewater that is high in COD, toxicity, BOD5, phenols and other contaminants in other words tough-to-treat wastewater,' said Yuvbir Singh, general manager, engineered systems water and process technologies for GE Power & Water. 'We are proud of this new innovation that helps our industrial customers safely discharge and reuse their wastewater.'

The MACarrier is a carbon-based product that is tailored for application with ZeeWeed 500D membranes and its efficacy for recalcitrant COD removal.

The MBR with MACarrier combines three technologies: the MACarrier to enhance the removal of COD, toxicity, phenols and other contaminants found in wastewater; the bioreactor to remove suspended colloidal solids and reduce organic content and concentrations of nutrients; and membrane filtration as a physical membrane barrier to remove micro-organisms found in wastewater.

*Trademark of the General Electric Company; may be registered in one or more countries.

About this page

This page was last updated on 23 May 2018

Disclaimer

Information on this page may have been supplied by third parties. You are reminded to contact any third parties to confirm information is accurate, up to date and complete before acting upon it. TheMBRSite.com accepts no liability for information provided by third parties, actions taken on the basis of this information or information held on third-party websites.