34results about How to "Fully burnt" patented technology

The invention discloses a vertical U-shaped structure oil-fired gas boiler with a burner on the top. The boiler is composed of a drum, a furnace and a convection heating surface; The convection heating surface of the furnace type is composed of 1~n groups of plate-fin evaporator tube bundles and 1~m groups of plate-fin economizer tube bundles and headers connected by side-by-side convection tube panels, convection shaft front, rear walls, side walls and other additional heating The convection heating surface of the water heater is composed of side-by-side convection tube panels connected by 1~n groups of plate-fin tube bundles and headers, the front and rear walls of the convection shaft, and additional heating surfaces such as the walls on both sides; the length of the plate-fin varies with The temperature of the flue gas decreases and increases successively; the high-temperature flue gas generated by the combustion of the present invention first descends in the furnace, passes through the chimney and then turns 180°, scours the convective tube bundle strengthened by plate-fin segments, and then discharges from the rear wall; this type of boiler has a compact structure, Small footprint, high combustion efficiency, and excellent enhanced heat transfer performance.

A multi-stage swirl combustor with two-way backflow: the combustion head is provided with a fuel nozzle and a plurality of coaxial swirlers radially arranged; the nozzles of the fuel nozzles are arranged alternately with the swirlers; radially adjacent The swirler is arranged in anti-rotation direction; the wall of the flame tube is provided with multiple exhaust holes, and there are two annular cavities, upstream and downstream, connected in series in the axial direction through a partition plate between the flame tube and the wall of the combustion chamber. The annular cavity is the first annular cavity, and the first annular cavity communicates with the inner cavity of the flame tube through the air holes on the wall of the flame tube and the burner of the combustion head. The annular cavity downstream of the flow partition is the second annular cavity, and the second annular cavity passes The air holes on the wall of the flame tube communicate with the inner cavity of the flame tube; the outlet of the flame tube is connected to the heat exchanger through a flue gas pipe, and then respectively connected to the first annular cavity interface, the second annular cavity interface and the downstream of the combustion chamber.

The invention discloses a ferrite material for a heat-sensitive sensor. The ferrite material mainly contains the ingredients in percentage by weight: 16-25% of ZnO, 5-8% of MgO, 3-7% of CuO, 1-3% of NiO, 0.008-0.01% of Al2O3, 0.008-0.02% of Nb2O5, 0.003-0.01% of Bi2O3 and the balance of Fe2O3. The ferrite material for the heat-sensitive sensor is prepared mainly through the steps of weighing and mixing, carrying out vibrated-grinding, pelletizing, prefiring, sanding, carrying out spraying granulation and the like. By adopting the ingredients and the preparation method, the crystal grain of the ferrite material for the heat-sensitive sensor can be fine and uniform, the initial magnetic permeability can be improved, the sintering temperature can be lowered, the magnetic core sintered density can be improved, and the range of Curie temperature can be narrowed; the volatilization of zinc oxide can be inhibited, the specific temperature coefficient is increased, the maximum slope of magnetic permeability temperature change is high, and the temperature control accuracy is high; due to vibrated-grinding, large granules and agglomerated powdery materials in mixed powder can be crushed, so that the gluing and mixing are uniform.

The invention discloses a high-efficiency gasifying incinerator, and relates to furnaces. The high-efficiency gasifying incinerator comprises an incinerator body, a heat preservation layer, an incinerator liner, an incinerator chamber as a destructive distillation gasifying room, a feed opening, a breeze regulating hole, incinerator grates, a fire rod, a cone-shaped incinerator basin as an inverted burning room, fire penetrating pipes, a water bag, an air inducing machine and a chimney, wherein the air inducing machine is connected with the chimney. The high-efficiency gasifying incinerator disclosed by the invention has the benefits that after firing, air is induced by the air inducing machine and compensated through the breeze regulating hole, an anoxic destructive distillation condition exists in the incinerator chamber, and a lot of flammable gas is generated by pyrolysis and gasification; when the air is induced downwards by the air inducing machine, a violent oxic inverted-fire burning condition exists in the cone-shaped incinerator basin, so that the temperature in the incinerator chamber above the cone-shaped incinerator basin is raised, and the pyrolysis and the gasification in the incinerator chamber are further facilitated; any burning-supporting material is not needed in the incinerator chamber, and the burning of the flammable gas is generated by the pyrolysis and the gasification of garbage; an inverted burning flame penetrates through the fire penetrating pipes and heats water in the water bag and can supply hot water and can be used for heating; the destructive distillation gasifying and the inverted burning are organically combined by the high-efficiency gasifying incinerator, the burning is sufficient, smoke and dust are not generated, the garbage is efficiently treated in an environment-friendly manner, and the high-efficiency gasifying incinerator is particularly suitable for the incineration of domestic garbage and medical garbage.

The invention provides a horizontal boiler with SNCR and OFA arranged in a staggered manner and relates to an industrial boiler. The horizontal boiler with the SNCR and the OFA arranged in the staggered manner aims at solving the problems that a horizontal industrial coal powder boiler in the prior art is high in denitration cost, consequently, the NOx emission amount of an industrial coal powderboiler is high, the coal powder over-fire effect is poor, the adaptive capacity on load changes is poor, and the heat efficiency is low. The horizontal boiler with the SNCR and the OFA arranged in thestaggered manner comprises a combustor, a hearth, an upstream flue, a set of primary amino reducing agent spraying ports, a set of primary over-fire air spraying ports, a set of secondary over-fire air spraying ports, a set of secondary amino reducing agent spraying ports and two sets of temperature sensors; the combustor is installed at the front end of the hearth; the upstream flue is communicated with the top of the rear end of the hearth; the primary amino reducing agent spraying port and the primary over-fire air spraying port are fixedly installed on the side wall, from the front end tothe back end, of the hearth; and the secondary over-fire air spraying port and the secondary amino reducing agent spraying port are sequentially installed on the side wall of the upstream flue from bottom to top. The invention is used in the industrial boiler coal powder combustion field.

The invention discloses a double-wire drying combustion tower which comprises a combustion box body. A combustion cavity capable of prolonging the combustion time, a combustion gas gathering cavity used for gathering combustion gas and a cooling cavity used for cooling combusted gas are formed in a combusting cavity of the combustion box body in sequence from bottom to top. A control box used for controlling the temperature of the combustion box body is arranged on the front side or the rear side of the combustion box body. By means of the double-wire drying combustion tower and the combustion method thereof, a bottom-to-top layer-by-layer combustion manner is adopted, ventilation partition plates are arranged in a staggered manner, so that the time for waste gas particles to pass through each combustion area is prolonged, the waste gas particles can be combusted more sufficiently in each combustion area, and gas discharged afterwards reaches the marked discharging grade. By means of the combustion manner of the combustion tower, discharging of the waste gas particles can be greatly reduced, discharged gas can be more environment-friendly, all dust generated after combustion of the particles can be thoroughly removed through a dust collector, and collecting and cleaning of the combustion tower are facilitated.

The invention provides a uniform continuous feeding device for garbage incineration fly ash particles. The uniform continuous feeding device comprises a fluidized bed feeder. The fluidized bed feederis provided with a wind inlet and a material storing bin. A tail outlet of the fluidized bed feeder is connected with an inlet of a cyclone material separator. The upper portion of the cyclone material separator is connected to the upper portion of a high-temperature melting furnace through a wind pipe. A solid particle collector is arranged on the bottom of the cyclone material separator. The solid particle collector is connected with a preheating furnace. The connecting position is arranged on the upper portion of the preheating furnace. The preheating furnace is located above the high-temperature melting furnace and communicates with the high-temperature melting furnace. An oxygen inlet and a molten slag outlet are formed in the bottom of the high-temperature melting furnace. Accordingto the uniform continuous feeding device, by means of the coordinative effect of the fluidized bed feeder and the cyclone material separator, continuous uniform feeding of materials is achieved.