NOVELTY - The apparatus for producing nutrient and microbially enriched compost tea useful in home, commercial agriculture and horticulture environments, comprises a hopper (12) to receive compost material, an intake (42) and discharge (26) of separator, a conveying unit (20) for conveying compost from the intake through the separator and out of the discharge, and a manifold communicating unit with water source for introducing water into the separator and onto the compost conveyed through the separator to produce compost tea.    USE - Useful for producing nutrient and microbially enriched compost tea useful in home and commercial agriculture and horticulture environments, and separating unsuitable large materials and debris from the compost before processing.    ADVANTAGE - The apparatus ensures a continuous production of nutrient and microbially enriched compost tea without re-circulation through the apparatus, is easily expandable, requires less time to produce compost tea in an economical manner, increases compost tea production, improves ease of operation for users, and provides flexibility in compost tea volume output.    DETAILED DESCRIPTION - The apparatus for producing nutrient and microbially enriched compost tea useful in home, commercial agriculture and horticulture environments, comprises a hopper (12) to receive compost material, an intake (42) and discharge (26) of separator, a conveying unit (20) for conveying compost from the intake through the separator and out of the discharge, a manifold communicating unit with water source for introducing water into the separator and onto the compost conveyed through the separator to produce compost tea, an agitation unit to agitate the water and compost inside the separator, and a pre-separator (18) for separating unusable debris from the compost. The hopper is communicated with the intake of the separator, and communicates the compost to the unit auger via the intake and the auger, which conveys the compost through the separator towards the discharge. The separator comprises a processing unit having an elongated u-shaped screen through which the compost tea exits the separator. The processing unit has closed ends, and comprises a screw-type unit auger having helical flights mounted on the unit. The unit auger is axially rotatable in the processing unit, and has both the agitation and conveying units. The flights have radially outward edges in close proximity with the screen. The manifold has spray nozzles mounted on the manifold for introducing water under pressure into the unit. The spray nozzles comprise two rows staggered about the axis of the auger, and direct the water spray onto the auger and the compost so that the auger mixes the water from the spray nozzles with the compost to form compost tea, which flows through the u-shaped screen to a primary catch basin. The discharge has an elevation slightly higher than the intake of the separator. The hopper includes a bottom and the conveying unit for communicating the compost from the hopper bottom to the intake of the separator. The pre-separator communicates with the hopper and the compost into the hopper and directs unusable material away from the hopper, and comprises a vibratory screen. The hopper has a slanted top having the pre-separator mounted on the slanted top of the hopper. The separator comprises a primary catch basin positioned below the separating unit, a u-shaped screen forming a trough, which has closed distal ends, an intake communicates with the hopper auger discharge for receiving compost into the separator, a discharge for discharging spent compost from the separator, and a screw-type auger rotatably mounted on the u-shaped screen. The primary catch basin has a basin discharge for discharging compost tea from the apparatus. The hopper auger has a first end communicates with the hopper bottom and a second end having a discharge. The hopper auger is useful for conveying the compost from the hopper to the discharge. The vibratory screen is mounted on the slanted top for separating unsuitably large compost materials/debris from entering the hopper while communicating compost to the hopper. Water nozzles are positioned in two rows directing spray into compost in the separator and on either side of the auger in which the nozzles are interconnected by a common fluid supply manifold. The manifold is in communication with a water supply under pressure. An INDEPENDENT CLAIM is included for a method of producing compost tea.    DESCRIPTION OF DRAWING(S) - The diagram shows a compost tea apparatus:    Hopper; (12)    Pre-separator; (18)    Conveying unit; (20)    Discharge; (26)    Intake. (42)