TH414A3 - "Cyclone burner" - Google Patents

Abstract

This invention involves a method of making Hydrogen-charged carbon in the fluid bed breaks down, which occurs in the region of longitudinal reaction 1, in which solid particles are added to the lower part of the fluid bed. Longitudinal area passes along pipe 2, and recharge through at least 1 hose 3, bring at least heavy oil Part comes back through a repeating cycle, passing a pipe 5 at a level above the charging inlet level, and the part of the petrol obtained in the partial fracture reaction. The gall is passed through a repeating cycle through 3A pipe at the level between the catalyst inlet levels. And charge in this invention The petrol injected through the 3A tube is the petrol (tube 23) obtained by the formation of olgomers. Or the occurrence of trimers Of olefins contained in The substances coming out of the disintegration Brought it through a repeating cycle (Through at least one 3-A pipe) at the en route Into the catalytic cracking and charging, the catalyst contains erionite

Claims (2)

1. The cyclone husk kiln consists of a ash chamber. Concrete and / or refractory bricks With a unique feature of a cylinder, 2 layers, separated by a heat resistant grating On each floor, there is an ash sweeper with the second layer attached to the cone-shaped combustion chamber. In front of the hot ash shelter With the ashes sweeping blade Swept the hot ashes down through A grate to the 1st floor ashes room, which has side air inlets in the tangent line to cool off the ashes from the ashes that have fallen from the second layer. Falling into the screw conveyor, taken out of the combustion chamber, characterized by a cylindrical shape connected to the cutting cone The surrounding walls are built with Refractory bricks and refractory concrete There is a fuel feed port in line with the inner wall of the upper part. Of the combustion chamber Ashes trap room With unique characteristics as a set cylinder The walls are made of concrete and / or refractory bricks with air inlet. At the top in the tangent line And the ash water outlet is connected to the cyclone to trap dust With an inlet of hot gas from combustion With small ash mixed in below the core Of the ashes trap room And there is a hot gas outlet that has been trapped at the top, in line with the hot gas inlet from the combustion chamber and the hot air mixing chamber. It is characterized as a room with a pipe of hot gas from combustion. In the core Protruding into the room, and on one of the walls there is a flap that allows air from outside to mix On the opposite side of the flap, it is a hot air outlet pipe that will bring the hot air to use. The hot combustion gas flows into the mixing chamber through the inside of the hot gas pipe. Meanwhile, the air from Outside will flow through the air valve. Through outside the hot gas pipe So that the air from outside has Temperature rise Then mixed with hot gas in the mixing chamber before going out into the hot air outlet pipe that has been Mixed with outside air to adjust the temperature before use. 2. The combustion process according to this invention. Consists of the process of using air to deliver fuel into the combustion chamber in line with the inner furnace wall, which will induce vortex in a downward rotation and fuel combustion. Hot gas from combustion will flow Up to the ashes trap room The combustion process is characterized by that the hot gas from combustion flows through Inlet at the core of the axial ash trap At the same time, a stream of air is fed into The tangent line at the top of the ash chamber. Will induce a more intense swirl And small ashes Will be swayed off by the centripetal force Landed at the edge of the room wall and flowed out of the ashes chamber through the conduit Ash exits connected to the dust collector cyclone