NOVELTY - A biomass carbonization pyrolysis processing device has an input part comprising a biomass storage bin (1), a material lifting machine (2) and a tapered hopper (3). The material lifting machine is provided with a lifting transmission linear actuator with the rapid releasing function transmission mechanism. Part of the reaction kettle is connected to seal on a horizontal turning pushing deoxidizing pre-cracking reaction kettle (14), and a horizontal turning pushing primary destructive distillation cracking reaction kettle (22).    USE - Device for biomass carbonization pyrolysis processing.    ADVANTAGE - The device has short technical flow, few devices, and low energy consumption, and is safe, convenient to operate and easy to maintain.    DETAILED DESCRIPTION - A biomass carbonization pyrolysis processing device comprises an input part, a reaction kettle part, a control part and a processing part. The input part comprises a biomass storage bin (1), a material lifting machine (2) and a tapered hopper (3). The material lifting machine is provided with a lifting transmission linear actuator with the rapid releasing function transmission mechanism. The biomass storage bin is located at the input end of the material lifting machine. The hopper is located at the output end of the material lifting machine, and the output end is higher than the input end. The bottom of the hopper is fixedly connected with the reaction kettle through flange part. Part of the reaction kettle via a non-oxygen and water feeding valve is connected to seal on a horizontal turning propelling dry primary deoxidation reaction kettle, a horizontal turning pushing deoxidizing pre-cracking reaction kettle (14), a horizontal turning pushing primary destructive distillation cracking reaction kettle (22) and a horizontal turning pushing ultimate destructive distillation cracking reaction kettle. The kettle body of the horizontal turning propelling dry primary deoxidation reaction kettle is a hollow cylinder structure. One end of the kettle body is provided with No.1 oxygen removing water feeding valve and hermetically connected with the kettle on the No.1 material inlet. The annular gear ring is provided through the gear and No.1 transmission system. The No.1 oxygen removing water feeding valve is connected with the hopper. The horizontal turning propelling dry primary deoxidizing reactor outlet of the kettle body is provided with No.1 flue gas outlet. The horizontal turning pushing deoxidizing pre-cracking reaction kettle of the kettle body is a hollow cylinder structure. One end of the kettle body is provided with No.2 oxygen removing water feeding valve and hermetically connected with the kettle of No.2 material inlet, the other end is provided with a No.2 discharging port, a No.2 pyrolysis gas outlet and the No.2 flue gas inlet and waste heat utilization pipe, the kettle body along the axial direction is provided with a transmission shaft passes through the drive of the first pushing mechanism, the transmission shaft is connected with one end of the kettle body is mechanically and hermetically connected, and the gear and the No.2 transmission system. The No.2 oxygen removing water feeding valve is connected with the No.1 discharging port which is fixedly connected and the other end is connected with No.2 material inlet. The horizontal turning pushing deoxidizing pre-cracking reaction kettle of the kettle body is provided with a No.2 flue gas outlet. The horizontal turning pushing primary destructive distillation cracking reaction kettle of the kettle body is a hollow cylinder structure. One end of the kettle body is provided with a No.3 oxygen removing water feeding valve and hermetically connected with the kettle of No.3 material inlet. The other end is provided with a No.3 discharging port, a No.3 pyrolysis gas outlet and the No.3 flue gas inlet and waste heat utilization pipe. The No.3 oxygen removing water feeding valve is connected with the No.2 discharging port which is fixedly connected and the other end is connected with No.3 material inlet. The horizontal turning pushing primary destructive distillation cracking reaction kettle of the kettle body is provided with a No.3 flue gas outlet. The horizontal turning pushing ultimate destructive distillation cracking reaction kettle of the kettle body is a hollow cylinder structure, one end of the kettle body is provided with a No.4 oxygen removing water feeding valve, a seal kettle is connected to No.4 material inlet and a gas inlet and heating system, the other end is provided with a No.4 discharging port and the No.4 pyrolysis gas outlet. The light oil and sewage output end output end of the No.2 pyrolysis gas outlet, a No.3 pyrolysis gas outlet and the No.4 pyrolysis gas outlet through the pyrolysis gas pipeline with the heavy solid separator of the pyrolysis gas input end seal fixedly connected to the heavy oil solid separator of the cracking gas output end is connected with the oil-gas-water separating tank is connected with the end sealing. The control part comprises a central processing unit of the distributed control system (DCS). The DCS is connected with the material lifter, a horizontal turning propelling dry primary deoxidation reaction kettle, horizontal turning pushing deoxidizing pre-cracking reaction kettle, a horizontal turning pushing primary destructive distillation cracking reaction kettle, a horizontal turning pushing ultimate destructive distillation cracking reaction kettle, a heavy oil solid separator, a heavy oil solid separating and collecting tank, a gas-water separating tank, oil storage tank, a gas storage tank via sensor and signal wire and control wire electrically connected with the circuit board.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic diagram of the device for biomass carbonization pyrolysis processing.    Biomass storage bin (1)    Material lifting machine (2)    Tapered hopper (3)    Horizontal turning pushing deoxidizing pre-cracking reaction kettle (14)    Horizontal turning pushing primary destructive distillation cracking reaction kettle (22)