NOVELTY - An aerobic compost tea making device and method comprise pipes submerged into a vessel containing a body of water and having opening(s) near the bottom of the body of water through which water is drawn by the action of water being pushed up of the perpendicular pipes by air diffuser(s) (4) secured inside the pipe junction(s) by glue or pipe fittings. At least one air diffuser is provided with air and energy by an air pump (1). The air pump produces cubic feet per minute of air for the diffusers to infuse the water with dissolved oxygen.    USE - An aerobic compost tea making device and method for extracting and multiplying beneficial aerobic microbes found in compost and vermicompost (claimed).    ADVANTAGE - The device can be dismantled and cleaned in under 20 minutes. Most of the parts are not glued and can be pulled apart. The device uses air pumps alone to actually circulate the water. It can be used optionally with a mesh extractor.    DETAILED DESCRIPTION - An aerobic compost tea making device and method comprise pipes connected by pipe junctions and set at perpendicular angles on the vertical plane and various angles on the horizontal plane and submerged into a vessel containing a body of water. The pipes have opening(s) near the bottom of the body of water through which water is drawn by the action of water being pushed up of the perpendicular pipes by air diffuser(s) (4) secured inside the pipe junction(s) between or proximal to the pipes. The air diffuser is secured inside the pipe or pipe junction by glue or pipe fittings. At least one air diffuser is provided with air and energy by an air pump (1). The air pump provides air and energy via air pipe or air tubing (2) connected to the diffuser(s). The air pump produces cubic feet per minute of air for the diffusers to infuse the water with dissolved oxygen while pushing the water up the perpendicular pipes above the surface of the body of water where the pipes make angled turns to the return pipe to return the water to the surface of the body of water. The water is dropped to break the surface tension of the body of water with force to actuate the release of carbon dioxide from the body of water and to actuate the absorption of oxygen by the body of water enhancing the action of gas exchange. Additional air diffusers submerged in the body of water proximal to the bottom further raise and maintain dissolved oxygen in the body of water via air and energy provided by the air pump. Air is provided from the air pump via the air pipe or the air tubing connected to the additional air via pipe or tubing junctions. The total air and energy flow coming from the air pump is regulated by control valves (3) connected to the air pipe or the air tubing, providing air to the device and the body of water to maintain dissolved oxygen at a level conducive to sustain and enhance aerobic microbial life. An INDEPENDENT CLAIM is included for an additional apparatus in conjunction with the extraction and multiplication device comprising a mesh extractor container (12).    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an aerobic compost tea making device.    Air pump (1)    Air tubing (2)    Control valves (3)    Diffuser (4, 8)    Water intake openings (5)    Riser pipe (6)    Return nozzle (7)    Water surface (9)    Water vessel (10)    Down pipe (11)    Mesh extractor container (12)