NOVELTY - A system comprises a pyrolysis unit (10) for pyrolyzing organic material to produce a composition comprising coke; a regenerator unit (12) to combust at least a portion of the coke and produce a regenerator flue gas; a mixer (14) connected to the regenerator unit to mix the regenerator flue gas with air to produce a cooled flue gas; at least one heat exchanger (20) connected to the mixer to extract heat from the cooled flue gas; and a conveyer belt (22) in thermal communication with the heat exchanger and operably connected to the pyrolysis unit.    USE - As a system for the pyrolysis and drying of organic material including biomass (claimed) and coal, where the biomass includes cellulosic or lignocellulosic material, protein or lipid, bioenergy crops, agricultural residues, municipal solid waste, industrial solid waste, sludge from paper manufacture, yard waste, wood and forestry waste.    ADVANTAGE - The system is safe to use; and provides dried organic material having a moisture content of less than 10 wt.%. The method has low production cost.    DETAILED DESCRIPTION - A system comprises a pyrolysis unit (10) for pyrolyzing organic material to produce a composition comprising coke; a regenerator unit (12) to combust at least a portion of the coke and produce a regenerator flue gas; a mixer (14) connected to the regenerator unit to mix the regenerator flue gas with air to produce a cooled flue gas; at least one heat exchanger (20) connected to the mixer to extract heat from the cooled flue gas; and a conveyer belt (22) in thermal communication with the heat exchanger and operably connected to the pyrolysis unit, where the conveyer belt conveys organic material in need of drying past the heat exchanger to dry the organic material. The system further comprises stainless steel transfer lines for transferring the flue gas from the regenerator unit to the mixer; carbon steel transfer lines for transferring the cooled flue gas from the mixer to the heat exchanger; and at least one fan (24) for directing moist air away from the organic material being conveyed on the conveyer belt. An INDEPENDENT CLAIM is included for pyrolysis and drying of organic material, involving pyrolyzing organic material to generate coke; combusting the coke in a regenerator to produce flue gas; cooling flue gas from the regenerator by mixing the flue gas with air; and channeling the cooled flue gas to a heat exchanger to assist in drying wet organic material.    DESCRIPTION OF DRAWING(S) - The figure shows a diagram of an integrated pyrolysis regenerator and biomass dryer.    Pyrolysis unit (10)    Regenerator unit (12)    Mixer (14)    Heat exchanger (20)    Conveyer belt (22)    Fan. (24)