93results about How to "Reduce gasification" patented technology

A chemical/biological wastewater treatment plant method and apparatus employing rapid sludge chemical dewatering technology in conjunction with an environmental biological system for treating the separated treated wastewater by land applying it for plant consumption, and/or passing it through aqueous plant or microbial reduction of the dissolved solids and ammonia for BOD compliance to produce water of sufficient quality to meet open stream and ocean effluent discharge requirements; and disposing of the high BTU low moisture solids.

The invention provides an anti-volatile spray additive. The anti-volatile spray additive is prepared from the following components in percentage by mass: 20 to 48 percent of vegetable oil, 8 to 40 percent of surfactant, 8 to 40 percent of anti-volatile agent, 3 to 15 percent of sedimentation promoting agent and 0 to 61 percent of solvent. According to the anti-volatile spray additive disclosed bythe invention, the problems that medicinal liquid is easily volatilized in processes of plant protection of unmanned aerial vehicles and spray fog droplet sedimentation of large-sized machines and absorption of the medicinal liquid are solved, and the problems that the sedimentation velocity is low in a spraying process and the sprayed medicinal liquid are easily drifted are improved.

The invention discloses a metal calcium core composite cored wire, which consists of an inner core material and an outer coat, wherein the inner core material is formed by compounding a solid-core calcium wire and metal particle powder. The invention also provides a method for manufacturing the cored wire. The method comprises the following steps of: (1) processing metal calcium into a metal calcium wire; (2) preparing metal into the metal particle powder or metal alloy granules; (3) tightly wrapping the metal calcium wire and the metal particle powder by using strip steel on a cored wire machine to obtain the wire, wherein the metal calcium core is wrapped in the metal particle powder or the metal alloy granules; and (4) coiling the wire into a roll. The metal calcium core composite cored wire has high molten steel penetrability; the metal particle powder is introduced, so that the molten steel is cooled locally, the heat resistance of the metal calcium wire is increased, the gasification of the metal calcium is reduced, and the dissolubility of the calcium in molten steel is improved; therefore, the N absorption of the molten steel is greatly reduced and the calcium yield is further improved.

When a restart is requested in a period wherein the rotation speed of an engine descends within a rotation speed range in which the engine can be restarted without a starter (the engine can be restarted by only a fuel injection), during a fuel cutoff for an idling stop control, an independent return control is performed, i.e., an initial fuel injection is performed immediately and asynchronously before being returned to a synchronous fuel injection, and a starter-less start by which the engine is restarted by only a fuel injection without using a starter, is performed. Thus, when a request for restart arises, the asynchronously injected fuel is sucked to a cylinder in an air intake stroke, and is ignited in the vicinity of a subsequent compression TDC, to generate an initial combustion (initial ignition). Accordingly, the initial ignition can be generated one stroke earlier than ever before.

The invention discloses yttria-stabilized zirconia doped lanthanum-cerium oxide material powder for plasma physical vapor deposition and a preparation method thereof and application, and relates to the technical field of thermal barrier coating. The preparation method comprises the followings steps that lanthanum oxide, cerium oxide, yttrium oxide and zirconia are mixed in a molar ratio of (0.8-1.3):1:0.08:1 for ball-milling treatment, and ball-milling products are obtained; the products are filtered and dried, the products is performed ball milling with deionized water, binders and dispersants after drying to be mixed uniformly, and sizing agents are obtained; the sizing agents are performed spraying and drying treatment to obtain aggregates; and the aggregates are performed screening treatment after sintering to obtain the yttria-stabilized zirconia doped lanthanum-cerium oxide material powder for the plasma physical vapor deposition. When a coating is prepared, the powder is heatedin a powder feeder to start plasma physical gas phase deposition equipment, and the vacuum is pumped to the pressure less than 0.08mbar and the vacuum chamber is filled with argon to 130mbar; and thenspraying is performed to obtain the coating. The yttria-stabilized zirconia doped lanthanum-cerium oxide material powder for the plasma physical vapor deposition and the preparation method thereof and the application have simple steps and save cost, improve material performance and can be used in mass industrial production.

The invention discloses a mechanical grate type single-furnace garbage gasifying incineration system which comprises a gasifying incinerator, a cyclone combustion chamber and an air supply system, wherein the gasifying incinerator comprises a feed hopper and a furnace body; a stockpile sealing segment is arranged between the feed hopper and the furnace body; the upper end of the furnace body is arched and provided with a first flue gas outlet; and the cyclone combustion chamber is used for secondary combustion and is provided with a flue gas inlet connected with the first flue gas outlet. A garbage disposal method comprises the following steps: Step A, starting and drying the incinerator; Step B, burning garbage in a furnace chamber; Step C, realizing continuous garbage gasifying incineration disposal; and Step D, shutting down the mechanical grate type single-furnace garbage gasifying incineration system after the garbage and garbage residues burn out. By the use of the mechanical grate type single-furnace garbage gasifying incineration system, large-scale continuous garbage gasifying incineration disposal can be realized, the garbage disposal capacity and the garbage transport capacity are higher, the heat recovery efficiency is high, and the emission of pollutants is effectively reduced.

The invention discloses an antimony wire for RH refining and an adding method thereof. An antimony ingot is added in molten steel by using a wire feeding mode; such factors as antimony wire adding position and adding speed and ladle bottom blowing are synchronously controlled to guarantee most antimony elements to be molten in the molten steel as far as possible, so that the gasification quantity of the antimony elements is largely reduced, and the yield of the antimony elements is obviously increased; and compared with the prior art, the adding method is a process with the advantages of simple, easiness in operation and environmental protection.

The present invention relates to deeply overcooling solidification process for preparing superconductive MgB2 material. The process includes the following steps: smelting the mixture of Mg and Cu of purity 99.9 % in the atom ratio of 52-65 to 35-48 and the mixture of Cu and B in purity of 97 % in the atom ratio of 82-95 to 5-18 separately in high frequency inducing furnace at 1000-1500 deg.c for 5-10 min to obtain eutectic Mg-Cu alloy and Cu-B alloy; mixing Mg-Cu alloy and Cu-B alloy in the weight ratio of 0.2-1.5 to 1 and smelting similarly to obtain ternary Mg-Cu-B alloy; cutting the ternary Mg-Cu-B alloy into small blocks and deeply overcooling solidification at 10-320 K in a quick liquid quenching apparatus to obtain deeply overcooling solidified ternary Mg-Cu-B alloy. The process can lower the smelting point of metals and avoid the evaporization of Mg, and MgB2 monocrystal separation and growth of ternary Mg-Cu-B alloy at relatively low temperature.

The invention belongs to the technical field of combustion devices, and particularly relates to a gas system. The gas system comprises a fission gasification terminal, a gasification base station anda gas furnace, wherein the fission gasification terminal comprises a fission tube and a resonance box; the gasification base station comprises a liquid fuel tank and an air compressor; the liquid fueltank comprises an oil-gas separation device and an oil storage device; the gas furnace comprises a gas stove panel and a burner; the burner is arranged on the gas stove panel and comprises a stove cavity, a stove head and an ignition needle; the stove head and the ignition needle are both arranged at the bottom of the stove cavity; the stove head is communicated with an outlet of a flow regulating pump; and an adjustable pot rack is arranged on the gas stove panel. Recovery of fuel at an outlet of a gasification terminal and stable storage of liquid fuel are achieved synchronously by the liquid fuel tank; and a breather valve is arranged on the oil storage device, so that the internal stability of the oil storage device is guaranteed. The fission gas-liquid conversion system is simple instructure, stable in operation and low in energy consumption.

The invention provides a device and method for fine adjustment of molten steel components and for modification of inclusions in a continuous casting tundish. The device mainly consists of a tundish rectangular chamber and a tundish rotational flow chamber, wherein the tundish rotational flow chamber is located at one side of the tundish, is provided with an independent reaction chamber and is fixedly connected with the tundish rectangular chamber to form a main structure of the device; a molten steel outlet is formed in the upper side wall of the tundish rotational flow chamber; and a plurality of blowing holes are circumferentially formed in the side wall at a certain height from the bottom of the tundish rotational flow chamber. According to the device and the method, alloy powder is blown into the tundish rotational flow chamber by blowing in carrier gas through the blowing holes, and the fine adjustment of the molten steel components and the modification treatment of the inclusions in the tundish are preliminarily finished inside; and due to the driving action of the blown-in gas, the molten steel rotatably flows, the interaction time of the blown-in alloy powder and the molten steel is prolonged, and the alloy powder and the molten steel are fully blended, so that the yield and the utilization rate of alloy elements are improved, and the alloy components in the molten steel are uniform.

The invention belongs to a refining technique outside a steelmaking furnace, and particularly relates to a seamless aluminum-containing core-spun yarn for molten steel disoxidation calcium treatment. The core-spun yarn is composed of an outer cladding and an inner core, wherein the outer cladding is coated on the external surface of the inner core; the outer cladding is composed of a steel belt which is 0.3-0.8mm thick; and the inner core is prepared from one or both of aluminum and calcium. The thickness of the outer cladding steel belt can be adjusted according to the size of the ladle, so that the calcium metal can be fed to the depth of molten steel, and the static pressure on the calcium metal is increased; and since the aluminum metal and the calcium metal can form an aluminum-calcium complex element in the molten steel, the mutual protection enhances the oxidation resistance. The introduction of the aluminum enhances the boiling point of the calcium metal and reduces the gasification of the calcium metal, thereby increasing the yield of the calcium metal and aluminum metal, and thoroughly solving the problem of splashing in the molten steel calcium treatment process.

The invention discloses a full-automatic stone cracking machine which is simple in structure, convenient to control, higher in work efficiency, better in stone cracking effect, higher in continuity and free of pollution and noise, and a pressure relief valve is controlled more conveniently and rapidly. The full-automatic stone cracking machine comprises a hydraulic station, multiple stone cracking bars, hydraulic pipes, a one-way valve and the pressure relief valve. The hydraulic station communicates with the one-way valve through the corresponding hydraulic pipe. The one-way valve communicates with the stone cracking bars through the corresponding hydraulic pipes so that oil liquid in the hydraulic station can be conveyed out to each stone cracking bar in the single direction. The stone cracking bars communicate with the pressure relief valve through the corresponding hydraulic pipes. The pressure relief valve communicates with the hydraulic station through the corresponding two hydraulic pipes; when each stone cracking bar is ejected out, the pressure relief valve is in a closed state; and when each stone cracking bar contracts, the oil liquid in the hydraulic station can control opening and closing of the pressure relief valve through one hydraulic pipe, and the oil liquid in each rock cracking bar flows back to the hydraulic station through the other hydraulic pipe.

The invention discloses a plasma window windowless seal-based liquid-state metal spallation neutron target device. The liquid-state metal spallation neutron target device comprises a plasma window and a liquid-state metal target, wherein the plasma window is arranged at the front end of the liquid-state metal target; the liquid-state metal target further comprises a liquid container; a liquid-state metal target material is held in the liquid container; a high-pressure cavity, a heat exchanger and a liquid-state metal circulating pipeline are arranged in the liquid container; the high-pressure cavity is arranged on the top of the liquid container; an opening is formed in the center of the bottom of the high-pressure cavity; a particle beam is in contact with a part bombarded by the beam through the opening; the heat exchanger is arranged on the inner wall of the liquid container to discharge heat to the exterior; and the metal liquid circulates in the liquid container through the liquid-state metal circulating pipeline. According to the plasma window windowless seal-based liquid-state metal spallation neutron target device, windowless seal of the liquid-state metal target is realized; the beam loss of the particle beam in a passage of the plasma window is reduced; the gasification of the liquid-state metal is reduced; and the steam of the metal entering a vacuum pipeline is reduced.

This invention relates to an equipment for thinning glass substrate evenly. It is composed of: an etching circulation trough, a mechanism for fixing the substrates and a Bynuli oscillation mechanism. The etching circulation trough is used for holding or replacing etchant; said fixing mechanism is used for fixing several sheets of glass substrates in said trough; said oscillation mechanism, linked with said trough, makes the substrates acting in oscillation. This invention makes even etching of glass substrates and lower the gasification of hydrofluoric acid.

The invention relates to a polypropylene production process and a polypropylene production device. The production process comprises the following steps: polymerizing liquid-phase propylene in a liquid-phase reaction system under the action of a catalyst; introducing a solid-liquid mixture generated by the polymerization reaction into a pressure separation system for solid-liquid separation under the condition of not carrying out other solid-liquid separation; feeding filtrate obtained by solid-liquid separation into a liquid-phase reaction system to be used as a propylene raw material; feedinga solid separated material obtained by the solid-liquid separation into a steaming system and a drying system for steaming liquid removal and drying to form homo-polypropylene powder. The productiondevice comprises the corresponding liquid phase reaction system, the pressure separation system, a propylene feeding system, the steaming system, the drying system and the like. The process and the production device have the advantages of being small in equipment number, short in flow and high in process operability, one-time investment of project construction is reduced, and meanwhile the problemof huge energy consumption caused by liquid phase reactor discharging gasification, flash evaporation, propylene recompression and condensation liquefaction in a traditional process is solved.

The invention provides a method and device for refining 2,2-methoxy propane. The method includes the steps of S1, primarily separating a feed solution containing 2,2-dimethoxy propane, methyl alcohol, acetone and water via a azeotrope tower, and allowing part of azeotrope of acetone and methyl alcohol which are extracted from the top of the tower to the azeotrope tower; S2, leading materials extracted from the bottom of the azeotrope tower to an extractive rectification tower for rectification, leading the materials extracted from the top of the extractive rectification tower to a stratified tank, and leading the material extracted from the bottom of the extractive rectification tower to a methanol tower; S3, leading part of water from the bottom of the methanol tower to the stratified tank to serve as an extraction agent for recycling use, leading water phase in the stratified tank into the extractive rectification tower as backflow, and leading oil phase into a product tower; S4, obtaining the 2,2-dimethoxy propane from the bottom of the product tower. The method is low in energy consumption, and 2,2-dimethoxy propane products with mass fraction of more than 99.5% can be obtained.

The invention discloses an instant heating type water dispenser, and particularly relates to the technical field of water dispensers. The instant heating type water dispenser comprises a water tank, awater tank base is arranged at the bottom of the water tank; a water nozzle shell is arranged at the top of the water tank base, a water outlet nozzle is arranged at the tail end of the water nozzleshell, a water pan is arranged under the water outlet nozzle, a heating mechanism is arranged in the water tank base and comprises a heating assembly, the water outlet end of the heating assembly is connected with a water-gas separation device assembly through a hot water pipe, and the water outlet end of the water-gas separation device assembly is connected with the water nozzle shell. The heating assembly comprises a heating bottom plate, a heating film is attached to the heating bottom plate, a flow guide groove is formed in the heating film, and water flows along a flow guide groove and isheated through the heating film. A first-class baffle and a second-class baffle are arranged in the groove, a gap is formed between the side walls of the flow guide groove of the first-class baffle,the two ends of the second-class baffle are connected with the side walls of the flow guide groove, a gap is formed in the middle of the second-class baffle, and the first-class baffle and the second-class baffle are distributed on the heating film at intervals.

The invention discloses a high-efficiency wide-spectrum long-acting cleaning agent for formaldehyde and other VOCs. The cleaning agent mainly comprises the following raw materials by weight: 15 to 30 parts of a stable chlorine dioxide solution with a concentration in a range of 0.0001 to 1%, 0 to 15 parts of chitosan, 0 to 15 parts of amino acid, 0 to 15 parts of ethylene urea, 0 to 5 parts of ammonium chloride, 0 to 3 parts of betaine, 1 to 3 parts of a pH value regulating agent and 75 to 85 parts of purified water. The key point of the invention lies in the ratio and the application method and environment of chlorine dioxide and the polymeric high-molecular cleaning agent. The cleaning agent can effectively remove formaldehyde and other VOCs and has wide-spectrum killing effect on bacteria; the oxidizability of chlorine dioxide stably rises under the conditions of a concentration of 0.05% and a pH value of 10 to 11; the ratio and the alkaline environment employed in the invention are beneficial for obvious delaying of the gasification process of chlorine dioxide and improvement of the cleaning effect of chlorine dioxide; and thus the cleaning agent is high-efficiency wide-spectrum cleaning agent for formaldehyde and other VOCs.

The invention provides an efficient unloading device for a liquefied natural gas (LNG) tank car. The efficient unloading device has the advantages that the LNG gasification rate can be lowered, waste is avoided and the LNG tank car is convenient in unloading.