NOVELTY - The continuous pyrolysis apparatus comprises a hopper valve, a reaction chamber, a condenser (7), an orifice, a furnace, and/or a chemical processor. The hopper valve is adapted to couple an input and/or an output of a chamber to insure no introduction of oxygen into the chamber. The reaction chamber includes two reactors adapted to successively process the input of the chamber to create the output of the chamber and a pyrolysis off-gas. The condenser is adapted to receive the pyrolysis off-gas and to maintain an internal temperature of the condenser at or above 100 degrees C.    USE - The apparatus is useful for pyrolyzing waste materials on a continuous basis.    ADVANTAGE - The apparatus is capable of effectively and economically pyrolyzing the waste materials with improved reliability and without any contamination.    DETAILED DESCRIPTION - The continuous pyrolysis apparatus comprises a hopper valve, a reaction chamber, a condenser (7), an orifice, a furnace, and/or a chemical processor. The hopper valve is adapted to couple an input and/or an output of a chamber to insure no introduction of oxygen into the chamber. The reaction chamber includes two reactors adapted to successively process the input of the chamber to create the output of the chamber and a pyrolysis off-gas. The condenser is adapted to receive the pyrolysis off-gas, to maintain an internal temperature of the condenser at or above 100 degrees C to keep low complexity hydrocarbon gas in the pyrolysis off-gas from condensing to contaminate a fuel oil created from the pyrolysis off-gas, and/or to use water droplets within the condenser to mix with particulates in the pyrolysis off-gas to condense the particulates out of a return gas and into the fuel oil. The orifice is adapted to turbulently mix a low BTU gas fuel of the return gas and steam to create a high BTU fuel mixture. The furnace is adapted to interact with the orifice to combine ignition by a high BTU fuel and continue burning of the high BTU fuel mixture without the high BTU fuel. The chemical processor includes the hopper valve, the reaction chamber, the condenser, the orifice and/or the furnace. The chamber is a part of the reaction chamber. The reaction chamber is adapted to receive heated air to process the input of the chamber and create the output of the chamber without introducing the oxygen into the input of the chamber. The orifice is further adapted to receive the ignited fuel oil to initiate the high BTU fuel mixture. The chemical processor is adapted to create carbon black and the fuel oil as one of the output. The hopper valve includes a first hopper coupled by a first gate to a second hopper coupled by a second gate to a third hopper. The condenser is configured to utilize a Venturi effect for creating the fuel oil from the pyrolysis off-gas. The chemical processor includes a first hopper valve (2) coupled to the reaction chamber to create input of the chamber into the reaction chamber. The second hopper and/or the reactor is operated to introduce the steam into the reaction chamber. The input of the chamber is made of tires, plastic, human wastes, animal wastes, stalks, wood, grass, leaves and/or roots. An INDEPENDENT CLAIM is included for a method of pyrolyzing waste materials on a continuous basis.    DESCRIPTION OF DRAWING(S) - The figure shows a simplified block diagram of a chemical processor.    Steam generation system (6)    Condenser (7)    Pyrolysis oil tank (15)    Fan-exhauster (20)    Fuel feed pump. (23)