One of the remarkable advantages of the MBBR lies in its ability to treat nearly double the loads within the same volume tank, as compared to traditional SAF units. For instance, an 11m3 SAF cell, when transformed into MBBR, effectively becomes a 21m3 SAF/MBBR, showcasing the substantial upgrade in treatment capacity. Despite these remarkable benefits, challenges such as retaining the media and preventing media loss from the cell have been carefully considered. The MBBR will operate as a down-flow unit, with the media supported on an 8mm holed plate to prevent media from exiting the plant in the effluent.
The potential applications of the MBBR are diverse and impactful. Notably, the technology offers a solution for replacing media in WPL underground SAF plants that have been impacted by excess biomass due to poor design and operation. By swiftly installing a temporary MBBR, ATAC can significantly reduce tankering costs for the client. Additionally, the MBBR holds promise for small reed bed projects, offering advantages in reduced unit size and ferry costs.
