32results about How to "Mix vigorously" patented technology

The invention discloses a steam injection boiler adopting an emulsified coke slurry combustion device, which comprises a boiler body and an emulsified coke slurry combustion device. The smoke outlet on one end wall of the device. The emulsified coke slurry combustion device includes a shell surrounded by a front end wall, a rear end wall, and a side wall. A cylindrical combustion space is formed inside the shell. The front end wall is provided with At least one emulsified coke burner, and at least one oil burner and / or at least one gas burner, an outlet is opened on the rear end wall, and the outlet communicates with the furnace, wherein at least a part of the steam pipe in the furnace extends to the emulsified coke slurry In the side wall of the combustion device and adjacent to the inner surface of the side wall. In the present invention, the steam pipe is extended and arranged in the side wall of the combustion device, which effectively improves the dryness of the steam to 100%.

This invention discloses a ceramic air heating furnace with the emulsification slurry wind burning device including vertical air heating furnace and the emulsification slurry wind burning device. The air heating furnace includes an egg-shape furnace chamber and the heat air opening. The emulsification burning device consists of a front end wall, back end wall and the side crust inside which forms a cylindraceous burning space. There are at least one emulsification burning device and at least a fuel burning device or at least air burning device. The back end wall has an outlet opening which connects to the egg-shape furnace chamber by the pipe. The side of the crust sets two or more tangential wind inlet openings and there are at least one dreg outlet opening near the back end wall at the side of the bottom of the burning space. The ceramic air heating furnace of this invention utilizes the emulsification burning device and the emulsification slurry as fuel so as to save the cost and maximize the utilization of the resource.

The invention provides a swirl combustion device for metal and water reaction. The swirl combustion device for metal and water reaction comprises a combustion chamber, wherein the upper portion of the combustion chamber is an annular container, and the lower portion of the combustion chamber is a conical container. The annular container comprises an outer wall, an inner wall, an upper cover and a bottom cover, wherein the upper cover is used for connecting the inner wall and the outer wall, and the bottom cover is surrounded by the inner wall. A metal spray nozzle is arranged on the outer wall of the annular container, a water spray nozzle is arranged on the inner wall of the annular container, the position of the water spray nozzle corresponds to that of the metal spray nozzle, the upper portion of the conical container is in butt joint with the lower end of the outer wall of the annular container, and the bottom of the conical container is connected with a spray pipe. The swirl combustion device for metal and water reaction is simple in structure and reliable and can overcome the defect that because a compact oxidation film is formed on the surface of metal, combustion is affected; the diameter of molten metal liquid drops can be continuously reduced through shear force of swirls, the surface of unreacted metal is exposed so that the metal can react with water, and thus the metal and water reaction can go on stably, and the combustion efficiency of metal is improved.

The present invention discloses an industrial boiler adopting emulsified coke slurry combustion equipment. It includes boiler self-body and emulsified coke slurry combustion equipment. The boiler self-body includes furnace cavity, boiler barrel set over the furnace cavity, water pipe which is set in the upper portion of said furnace cavity and is adjacent to the side wall of furnace cavity and fire pipe which is set in the central zone of boiler barrel and is soaked in the water of boiler barrel interior. Said emulsified coke slurry combustion equipment includes a shell body formed from frontend wall, rear end wall and side wall, in said shell body interior a cylindrical combustion space is formed, on the front end wall are set at least one emulsified coke slurry combustor, at least one oil combustor and / or at least one gas combustor and on the rear end wall an outlet is cut, said outlet is communicated with the furnace cavity. Said invention also provides the working principle of said industrial boiler and its concrete operation method.

The invention discloses a metallurgical reverberatory kiln adopting an emulsified coke slurry cyclone burning device, which comprises a reverberatory kiln body and an emulsified coke slurry cyclone burning device. It includes a shell surrounded by a front end wall, a rear end wall, and a side wall. A cylindrical combustion space is formed inside the shell, and at least one emulsified coke burner and at least one oil burner are arranged on the front end wall And / or at least one gas burner, an outlet is opened on the rear end wall, the outlet communicates with the flame inlet of the kiln chamber through the hot air pipe, and two or more sets of tangential air inlets are arranged at intervals on the side wall of the shell, located at At least one liquid slag outlet is opened on the side wall at the bottom of the combustion space at a position adjacent to the rear end wall. The metallurgical reverberatory kiln of the present invention adopts the emulsified coke slurry cyclone combustion device and uses the emulsified coke slurry as fuel, which saves fuel cost and realizes optimal utilization of resources.

This invention discloses an emulsification burning device that consists of a front end wall, back end wall and the side crust inside which forms a cylindraceous burning space. There are at least one emulsification burning device and at least a fuel burning device or at least air burning device. The side of the crust sets two or more tangential wind inlet openings each of which includes two or more tangential wind inlet openings which can make the tangential wind inside the burning space form circumfluence along the side of the crust. There are at least one dreg outlet opening near the back end wall at the side of the bottom of the burning space. The cross section of the dreg outlet opening lies between the cross section of the tangential wind inlet opening near the back end wall and the inside of the back end wall. The emulsification burning device of this invention can realize the liquid slag avoiding the deposition and coking of the flue gases on the heating surface.

The glass kiln with emulsified coke slurry burner includes one kiln body and one emulsified coke slurry burner. The kiln body includes one hearth, one flame inlet and one fume outlet. The emulsified coke slurry burner includes one casing forming one inside cylindrical burning space, at least one emulsified coke slurry burning unit, at least one oil / gas burner, one outlet communicated via hot blast pipe to the flame inlet of the hearth. The glass kiln includes also two or more switchable heat accumulating chambers connected via pipeline with the fume outlet of the kiln body. The present invention has double heat accumulation with lattice brick and ceramic ball reaching a heat accumulating temperature as high as 1200 deg.c to make up the low heat value emulsified coke slurry.

The invention discloses a heat-conducting oil stove used the emulsifying burnt plasma vortex burning device. It includes the oil stove body and the emulsifying burnt plasma vortex burner which includes the shell composed by the front wall, the back wall and the side wall. The burning room is formed in the shell. At least one emulsifying burnt plasma vortex burner and at least one oil burner or atleast one gas burner is set in the front wall; an outlet is set in the back wall which is connected with the flame inlet of furnace chamber by the warm-air pipe. The two or above groups of tangentialwind inlets are set on the shell side wall alternately; the outlet of the liquid slag is on the side wall of the burning room bottom which is near to the back wall. The invention uses the emulsifyingburnt plasma as the fuel, so it can save the cost.