NOVELTY - The organic waste processing system comprises a hopper (62, 64) configured to receive sorted organic waste having contaminants from sources, a separator system, a complimentary liquid tank, a wash water liquid tank, a product tank, a make-up product tank, an anaerobic digester system, and a programmable logic controller. The separator system: is present in communication with the hopper and configured to receive the sorted organic waste from the hopper and to remove a portion of the contaminants in the sorted organic waste; and comprises a primary centrifugal separator (66).    USE - The organic waste processing system is useful for producing a slurry for the production of bio-gas, transportation fuels and chemical products and a residual solid, where the organic waste is green waste such as tree and grass clippings and food waste.    ADVANTAGE - The organic waste processing system allows economical production of the slurry with high productivity and without contamination in an environmentally-friendly manner.    DETAILED DESCRIPTION - The organic waste processing system comprises a hopper (62, 64) configured to receive sorted organic waste having contaminants from sources, a separator system, a complimentary liquid tank, a wash water liquid tank, a product tank, a make-up product tank, an anaerobic digester system, and a programmable logic controller. The separator system: is present in communication with the hopper and configured to receive the sorted organic waste from the hopper and to remove a portion of the contaminants in the sorted organic waste; and comprises a primary centrifugal separator (66). The complimentary liquid tank is present in communication with the separator system. A portion of the complimentary liquids from the complimentary liquid tank is periodically injected into the separator system. The wash water liquid tank is present in communication with the separator system. A portion of the wash water from the wash water tank is periodically injected into the separator system. The product tank is present in communication with the separator system and configured to receive the sorted organic waste from the separator system. The make-up product tank is present in communication with the separator system and configured to receive the sorted organic waste from the separator system having low chemical oxygen demand. A portion of the organic waste from the make-up product tank is periodically injected into the product tank. The anaerobic digester system is configured to receive the sorted organic waste from the product tank, and comprises a flow meter, a control valve and an anaerobic digester. The control valve has an open and close position. The programmable logic controller is configured: to periodically inject organic waste into an anaerobic digestor tank to enhance anaerobic digestion; to monitor the flow meter; and to open and close the control valve to inject the organic waste into the anaerobic digester tank. The separator system further comprises a secondary centrifugal separator (74) that is present in communication with the primary centrifugal separator and configured to receive the organic waste from the primary centrifugal separator and to remove the portion of the contaminants in the organic waste. The system further comprises: a fat, oil and grease (FOG) tank that is present in communication with the separator system; a phase separated FOG tank that is present in communication with the separator system; and a supervisory control and data acquisition interface that is configured to control a portion of the organic waste processing system remotely over the internet. A portion of the FOG from the FOG tank is periodically injected into the product tank. A portion of the phase separated FOG from the phase separated FOG tank is periodically injected into the product tank. The primary centrifugal separator is configured to remove contaminants of greater than 15 millimeters from the organic waste. The secondary centrifugal separator is configured to remove contaminants of greater than 8 millimeters from the organic waste. The complimentary liquids comprise grease trap material, decased consumer products, off-spec consumer products, and beverage industry industrial process waste waters. The programmable logic controller is configured to: control a pump cycle start, a pump cycle stop, a feed cycle start, a feed cycle stop, and a feed cycle reset; close the control valve after a predetermined setpoint is reached; and monitor a cumulative amount of the organic waste fed into the anaerobic digestor tank and a current cycle amount of the organic waste fed into the anaerobic digestor tank. An INDEPENDENT CLAIM is included for a method for producing a slurry for the production of bio-gas, transportation fuels and chemical products, and a residual solid.    DESCRIPTION OF DRAWING(S) - The diagram shows a block diagram of an organic waste processing system.    Hopper (62, 64)    Primary centrifugal separator (66)    Non-digestible contaminates (72)    Secondary centrifugal separator (74)    Truck tanker. (98)