NOVELTY - The method comprises introducing a foul water into an anaerobic tank and an anoxic chamber (203) of a bioreactor through an inlet tube to perform glycolysis reaction in a melt-flow step, installing an air diffuser within the bioreactor to discharge the air, where vortex is formed through an air supply pipe within the bioreactor in a parasitic production step, forming a mixed solution surface by redirection haunch in which the mixed solution is risen with the formed vortex in the upper part of the bioreactor in an infinite flow generating step.    USE - The method is useful for treating sewage-waste water using infinite flow of waste tire carrier (claimed).    ADVANTAGE - The waste water treatment can be performed by adding microorganisms in the bioreactor for advanced treatment so as to reduce volume of the bioreactor and to save power of the air supply apparatus.    DETAILED DESCRIPTION - The method comprises introducing a foul water into an anaerobic tank and an anoxic chamber (203) of a bioreactor through an inlet tube to perform glycolysis reaction in a melt-flow step, installing an air diffuser within the bioreactor to discharge the air, where vortex is formed through an air supply pipe within the bioreactor in a parasitic production step, forming a mixed solution surface by redirection haunch in which the mixed solution is risen with the formed vortex in the upper part of the bioreactor in an infinite flow generating step, forming flabelliform on the mixed solution surface in an infinite flow repetition step, preventing vortex flow and separating the mixed solution in which the vortex is prevented within the vortex flow guide plate, where a bioreactor mixer (204) is installed to prevent leakage from the vortex flow guide plate, processing a water in the bioreactor and flowing out the leakage into an internal recycle tub through a treat water drain tube. The method further comprises supplying circulating water to an inner circulating water flow meter through an inner circulation pump, where the circulating water circulates in the bioreactor according to nitrified amount of measured oxidation reduction potential in an inflow water oxidation-reduction potential measurer and an effluent oxidation-reduction potential measurer, the inflow water oxidation-reduction potential measurer is installed in the anaerobic tank, and the effluent oxidation-reduction potential measurer is installed in the internal recycle tub. The method further comprises adhering microorganisms to the waste tire carrier. The flux rising in the vortex flow guide plate is 1-1.5m/sec. The treat water drain tube supplying the mixed solution flowed out of the overflow weir that is installed at the vortex flow guide plate. The inflow water oxidation-reduction potential measurer measures the oxidation reduction potential of the anaerobic tank inside and the mixer stirs the foul water in the anaerobic tank. A pH measuring device measures the hydrogen ion concentration of the anoxic chamber inside and the mixer. The effluent oxidation reduction potential measurer measures the oxidation reduction potential of the internal recycle tub inside. Mixed liquor suspended solid measuring device measures the microorganism concentration of the suspended solids in the bioreactor. A control panel controls the operation of the residual sludge pump installed at the residual sludge pipe. An inner circulation part pipe is connected between the anoxic chamber and the internal return tub. A direct oxygen measuring device controls opening and closing of an air supplying valve of an air supply pipe. The inlet tube is installed between the anoxic chamber and bioreactor. The inclination angle of the redirection haunch is 40-70 units. An INDEPENDENT CLAIM is included for an advanced sewage-wastewater treating system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a control panel of a control device for controlling foul water advanced treatment using the infinite flow of the waste tire carrier (Drawing includes non-English language text).    Anoxic chamber (203)    Bioreactor mixers (204, 210)    Inner circulation pump (218)    Inner circulating water flow meter (220)    Effluent oxidation-reduction potential measurer . (230)