Triphase organic matter pyrolysis system and its atmospheric pressure water ion generating device

A triphase organic matter pyrolysis system, comprising:

• a feeding device delivering organic matters;
• a preheating device connected with the feeding device to receive and preheat the organic matters;
• a steam generating device providing a saturated steam;
• a water ion generating device connected with the steam generating device, and receiving and heating the saturated steam into a superheated steam, wherein the water ion generating device comprises an alloy catalyst layer configured to contact the superheated steam and to dissociate and transfer the superheated steam into water ions;
• a pyrolysis and carbonization reaction device connected with the preheating device and the water ion generating device, to receive the preheated organic matters of the preheating device and the water ions of the water ion generating device, the pyrolysis and carbonization reaction device treating the water ions and the organic matters under an atmospheric pressure and an anaerobic state by reactions of molecular scission, pyrolysis and carbonization, to form carbon residues and gas-liquid wastes;
• a heat recycle device connected with the preheating device and the pyrolysis and carbonization reaction device, to recycle and transmit a heat energy produced during operation of the pyrolysis and carbonization reaction device and a residual heat energy of the gas-liquid wastes to the preheating device;
• a gas-liquid separation device connected with the heat recycle device and the pyrolysis and carbonization reaction device, to receive waste water and waste gases that are separated from the gas-liquid wastes;
• a gas purifying device connected with the gas-liquid separation device, and decomposing the waste gases into a harmless gas which is drained outward;
• an electromagnetic heater connected with the preheating device, the steam generating device, the water ion generating device, and the pyrolysis and carbonization reaction device respectively, to produce a heat energy by electromagnetic heating;
• and
• a controller connected with the electromagnetic heater, and controlling heating parameters of the preheating device, the steam generating device, the water ion generating device, and the pyrolysis and carbonization reaction device respectively:
• wherein:
• the feeding device delivers the organic matters into the preheating device to perform a preheating process;
• the preheated organic matters of the preheating device are delivered into the pyrolysis and carbonization reaction device;
• water is filled into the steam generating device which heats the water to produce a saturated steam;
• the saturated steam of the steam generating device is delivered into the water ion generating device which heats the saturated steam to produce a superheated steam which is dissociated and transferred into water ions;
• the water ions of the water ion generating device are delivered into the pyrolysis and carbonization reaction device;
• an interior of the pyrolysis and carbonization reaction device is under an atmospheric pressure and is disposed at an anaerobic state;
• the water ions cut, dissociates and carbonizes the organic matters in the pyrolysis and carbonization reaction device to form the carbon residues and the gas-liquid wastes;
• the heat energy is recycled by the heat recycle device and is delivered into the preheating device;
• and
• the gas-liquid wastes are processed by the gas-liquid separation device and the gas purifying device to form gas and liquid that are harmless.