we look to achieve higher nitrification rates than oxymem, and...

we look to achieve higher nitrification rates than oxymem, and are more comparable to Suez. we also achieve good oxygen transfer rates. there are a lot of good articles out there, one thing that is mentioned is that temperature and dissolved oxygen play a part with how well these systems work. i think what separates us from our competitors is that amount of pilot plants operating around the world. the data is helping us to continually review and refine and validate commercialization. the others don't have this same footprint. on the oxymem website they claim to be the most efficient system whilst also pointing out the blockage issues FLC had in our earlier MABR design (which has now been rectified).