be treated as discussed above with regard to the cyclone aerator illustrated in fig1 7 particulates that are attached onto air bubbles hereinafter 34 particulated air bubbles 34 are discharged out of the cyclone aerator wherein the particulated air bubbles comprise between about 10 and 30 of the total suspension discharged from the cyclone aerator 202 as illustrated in fig8 a portion of the particulated air bubbles are discharged from the cyclone aerator 202 into the suspension pool 204 and will rise to the top of the tank 200 along paths similar to a first flow pattern 228 a portion of the particulated air bubble will first contact a tank wall 232 and then rise to the top of the tank 200 along paths similar to a second flow pattern 234 and a third flow pattern 236 however a majority of the discharged suspension that which is free of bubbles hereinafter 34 particulate free portion of the suspension 34 will flow along paths similar to fourth flow pattern 238 the fourth flow pattern 238 will create fluid motion at the bottom portions of the tank 200 which results in 34 stirring up 34 of particulates that were not attached to.