NOVELTY - An aerobic wastewater management system that has a first settling compartment for receiving a separated sewage from a trash tank such that, in the first settling compartment, any heavier solids settle out of the liquids and remain in the first settling compartment and continue to undergo digestion by the aerobic bacteria located in the first settling compartment, is new.    USE - The management system is used for processing and managing of wastewater effluent.    ADVANTAGE - The aerobic wastewater management system is much more efficient than those that use the much slower acting anaerobic bacteria. It can maintain high level of oxygen content in two of the compartments (trash tank and mix liquor compartment) and can eliminate completely the sludge in mix liquor compartment. Thus, the overall size of system is much smaller than conventional wastewater processing and treatment devices. The system can be buried in earth at a depth of approximately 46 inches. This depth is approximately 36 inches less than conventional units and offers a significant savings in earth excavation costs.    DETAILED DESCRIPTION - An aerobic wastewater management system, comprising a tank having an inlet port for receiving effluent, compartments (413, 415) located inside the tank and separated by partitions (432, 437, 463) for processing and treating effluent and removing bio-nutrients, and an outlet port for discharging treated effluent. The compartments further comprises a trash tank for receiving the effluent from the inlet port and processing and breaking down the effluent into suspended solids and liquids such that they are partially digested by aerobic bacteria to form a separated sewage. A first settling compartment is provided for receiving the separated sewage from the trash tank such that, in the first settling compartment, any heavier solids settle out of the liquids and remain in the first settling compartment and continue to undergo digestion by the aerobic bacteria located in the first settling compartment. A mix liquor compartment (417) is provided having a reservoir (441), a pump (447) located in the reservoir, an aeration device (450) in communication with the pump, and a conduit (435, 453, 457) extending between the first settling compartment and the reservoir for receiving any lighter solids suspended in the liquids from the first settling compartment and delivering the lighter solids suspended in the liquids to the pump via the reservoir. The reservoir has apertures (445) through which the pump also draws liquids and suspended solids from the mix liquor compartment to resist accumulation of sludge in the mix liquor compartment, such that the pump circulates the liquids and suspended solids through the aeration device to thoroughly blend air into the liquids and suspended solids to produce oxygenated effluent (454). A pipe (452) extends from the aeration device for delivering oxygenated effluent into both the trash tank and into the mix liquor compartment to facilitate the growth of aerobic bacteria, and significantly reduce the presence of sludge in the mix liquor compartment, such that a biological oxygen demand and total suspended solids in the treated effluent (456) have been reduced to a level that is safe for discharge from the system. A stilling compartment (419) is provided for receiving the treated effluent from the mix liquor compartment and settling out any heavy particles that remain in the liquids, and allowing the treated effluent to exit the system through the outlet port of the tank.    DESCRIPTION OF DRAWING(S) - The figure is a sectional side view of an aerobic wastewater management system.    Compartments (413, 415, 417, 419)    Opening (430, 461)    Partitions (432, 437, 463)    Conduits (435, 453, 457)    Reservoir (441)    Apertures (445)    Pump (447)    Aeration device (450)    Pipe (452)    Oxygenated effluent (454)    Treated effluent (456)