Magnetized low-temperature cracking device with water-gas separation device

[0021] DETAILED DESCRIPTION One:

[0022] By below Figure 1-2 DESCRIPTION present embodiment, a cracker with low magnetization water, gas separation apparatus comprising a cracking chamber, lysis chamber inner wall 2, the explosion-proof valve 8, the ash-containing magnetic layer around 9, 10 and the turbine inlet observed process ash outlet 11, the inner wall of the chamber 2 lysed in lysis fixedly connected inside the cavity, the explosion-proof valve 8 is provided at the upper end of the cracking chamber 1 1, the ash-containing magnetic layer 9 is provided with a plurality of surrounding, a plurality of magnetically confining layers 9 are fixed on the ash 1 is connected to the observation port 10 is provided in the process chamber 1 cleavage, cleavage of the turbine ash outlet 11 is provided in the cavity lysis chamber 1, characterized in that: said cleavage cracking chamber includes a chamber dome 1 1 -1, cracking chamber outer wall 1-2, 1-3 and the flue gas outlet pipe connected to the protective grate plate 1-4, 1-1 cracking chamber dome fixedly connected at the upper end of the outer wall lysis chamber 1-2, the flue gas outlet connection 1-3 is fixedly connected to the right end of the tube cracking chamber outer wall 1-2, 1-4 grate protective plate is fixedly connected to the lower end of the lysis chamber inner wall 2, the flue gas outlet pipe connected to the cavity 1-3 is fixedly connected to the dome cleavage 1- 1 on;

[0023] Can be can be performed by observing the process of opening 10 and the material to observe the reaction of whether the input, material strength, the explosion-proof valve 8 is less than the cracking chamber intensity body 1, after the addition of the material being at a temperature reaches pyrolysis temperature, the material begins the reaction, the resulting solution rose smoke chamber dome 1-1 wherein the water vapor by cooling, deposited on cracking chamber dome 1-1, the position along the chamber between the outer wall lysis and lysis 1-2 cavity wall into the stream of sewerage box 15, the flue gas to remove the remaining water vapor from the flue gas outlet duct connected to the freezing chamber 19 enters 1-3.

[0024] Detailed Embodiment 2:

[0025] By below Figure 1-2 The present embodiment described embodiment, the non-leak two-door feed intermediate storage 3, the upper seal cover 4, the bottom seal plate 5, 6 and motor driven screw bars 7, non-leaking double gate feed magazine 3 is fixed transition connecting the upper end of the cracking chamber 1, the upper seal cover 4 is rotatably connected to the upper end of the screw bars 6, 6 and screw drive lever fixedly connected to the motor output shaft 7, the bottom seal plate 5 is fixedly connected to the door into the non-leak bis lower intermediate storage material 3, the bottom seal plate 5 is fixedly connected to the upper end of the cracking chamber 1, rotatable screw bar 6 is connected to the right end non-leaking double gate feed magazine 3 transition;

[0026] Rotation of the upper seal cover 4, and then start adjustment motor 7, so that the upper screw bar 6 driven sealing plate 4 is moved upward, hazardous waste organic waste is added, and then start adjustment motor 7, so that the upper screw bar 6 driven by the seal plate 4 the movement, the feed magazine 3 a sealing transition.

[0027] Specific Embodiment 3:

[0028] By below Figure 1-2 The present embodiment described embodiment, the grate 12, water outlet valve 13, water outlet 14, the sewage collection tank 15, to generate magnetic air tank 16, the intake duct 17 and the intake duct valve 18, 12 is fixedly connected to the grate furnace 1-4 grate lower protective plate, water outlet 14 in a lower portion fixedly connected to the sewage collection tank 15, the water outlet valve 13 disposed on the water outlet 14, the sewage collection tank 15 is fixedly connected to the lower end of the lysis chamber 1, the intake duct 17 is fixedly connected in the magnetization air generation tank 16, provided with an intake duct valves on intake duct 17 and 18, the magnetization air generator case 16 is fixedly connected to the lower end of the lysis chamber 1, the magnetization air generator case 16 is fixedly connected to the sewage collection tank 15;

[0029]Open valve intake duct 18 into the air intake duct 17, through the magnetic air generator 16 generates a magnetic air tank, a plurality of magnetic layer 9 formed around the ash-containing magnetic field, the magnetization can be protected by this air, hazardous waste organic waste was landed on the grate 12, the grate 12 into two parts cleavage cavity 1, the low-temperature portion is magnetized cleavage reaction, after the reaction ashes falling ash discharged from the turbine outlet 11.