43results about How to "Not produced" patented technology

The invention discloses a process for generating combustible gas by virtue of sludge gasification. The process comprises the following steps: 1, dewatering sludge; 2, granulating the dewatered sludge, airing and drying; 3, feeding dried sludge granules into an integrated sealed pyrolysis gasification device, and gradually drying, drily distilling, carbonizing, gasifying and combusting the sludge granules from top to bottom in the integrated sealed pyrolysis gasification device; and finally discharging gas generated in the device through a pipeline, collecting the gas, combusting organic matter residues and inorganic matters at high temperature to obtain harmless molten slag, and discharging the molten slag through a slag outlet. According to the process, 200 tons of sludge with the water content of less than 60% can be treated by a monomer gasification device each day; the reduction, the harmlessness and the energization of the sludge treatment are realized; the dioxin generation conditions are avoided; the operating cost is low, namely a large quantity of manpower cost can be reduced due to automated operation and management; 1 ton of sludge with the water content of less than 30% can be averagely gasified to generate 1600Nm<3> of combustible gas.

The invention especially relates to an energy-saving apparatus used for catalytic synergy of natural gas, which belongs to the technical field of catalytic synergy of natural gas. The energy-saving apparatus used for catalytic synergy of natural gas can greatly improve energy efficiency of natural gas and reduce cost. The apparatus comprises a base. Structural main points of the apparatus are as follows: the base is provided with a vertical synergist storage tank, an electromagnetic metering pump and a mixer; the upper end of the synergist storage tank is provided with a vertical liquid feeding pipe and a vertical evacuation pipe, the upper end of the liquid feeding pipe is connected with a liquid feeding valve, and the upper end of the evacuation pipe is connected with an evacuation valve; a lower outlet of the synergist storage tank is connected with a lower inlet of the electromagnetic metering pump; a first pipeline is provided with a first stop valve; and an upper inlet of the electromagnetic metering pump is connected with one end of a second pipeline, one end of a third pipeline and one end of a fourth pipeline.

The invention belongs to the technical field of fine chemistry and relates to a methyltris(methylethylketoxime)silane preparation method.Methyltrimethoxysilane, diacetylmonoxime and p-toluenesulfonic acid which serves as a catalyst react according to a certain proportion, excessive diacetylmonoxime in the reaction process serves as a solvent to make the reaction more thorough and easier, and methanol is recovered during reaction. After reaction is finished, the diacetylmonoxime which serves as the solvent is recovered by reduced pressure distillation, and the recovered diacetylmonoxime can be recycled.Products obtained by distillation are washed and filtered to obtain high-purity methyltris(methylethylketoxime)silane. The methyltris(methylethylketoxime)silane preparation method has the advantages that product yield is above 97%, product content is above 98%, materials can be recycled completely, no waste liquid is generated, and accordingly environment pollution is avoided.

A disclosed coating for aluminium plated paper is characterized by comprising the following compositions in parts by weight: 15-25 parts of an acrylate, 20-40 parts of nitro cellulose, 15-25 parts of polyurethane, 5-10 parts of acrylic acid, 20-30 parts of an acrylate emulsion, and 90-110 parts of an alcohol solution. According to the technology, alcohol is employed as a solution and can be completely reacted with the acrylate, no toxic solvent is generated and environment is not polluted. The acrylate emulsion and the acrylate are employed at the same time as glue materials, are further reacted with the solution while the binding purpose is reached, and no toxic solution is left in the binder.

The invention discloses a low-temperature catalysis type infrared gas heater comprising a shell, a gas conduit, a gas homogenizing component, a dry type preheating electrical-heating pipe and an activated aluminum catalyst layer. The inside of the shell is of cavity structure. The gas conduit is arranged in the cavity structure of the shell, the gas homogenizing component is arranged on the lower portion of the gas conduit so as to homogenize gas released from the gas conduit, the dry type preheating electrical-heating pipe is arranged in the gas homogenizing component so as to preheat the catalyst layer and activating catalyst on the catalyst layer, the activated aluminum catalyst layer is arranged on the lower portion of the gas homogenizing component, the homogenized gas is catalyzed and combusted in the activated aluminum catalyst layer, a low-energy base is formed on the surface of the catalyst layer to generate vibrational-state products, and energy is released by infrared radiation. The low-temperature catalysis type infrared gas heater is energy saving, environment friendly, low in noise and high in efficiency.

The invention discloses an environment-friendly profiling firecracker. The environment-friendly profiling firecracker comprises a mold cake (1), an outer box (2) and a cover (8), the outer box (2) is used for packaging the mold cake, the mold cake is provided with a spiral groove (7), bubble bags (4) are arranged in the spiral groove successively and continuously, the mold cake is provided with a rotating rod (3), a spring mechanism (5) connected with the rotating rod is arranged in the middle of the mold cake, and the cover is provided with a safety bolt (6) capable of limiting rotation of the rotating rod; a concave-convex face (20) having the same motion direction as the spiral groove is arranged on the inner side face of the spiral groove, a sliding sleeve (13) is arranged at one end of the rotating rod, the sliding sleeve is connected with a backing wheel (15) through a cantilever (14), the backing wheel (15) can be attached to the outer side face of the spiral groove, the sliding sleeve is provided with a lifting rod (19) capable of moving vertically, the lower end of the lifting rod is connected with a pricking needle (17), and the concave-convex face is provided with a guide wheel (21). The environment-friendly profiling firecracker does not pollute the environment, can save resources, cannot cause safety accidents and can achieve the effect of simulating firecracker setting-off.

The invention discloses a microporous aluminum-salt lithium adsorbent, a preparation method therefor, filler containing the microporous aluminum-salt lithium adsorbent and a lithium ion enriching method. The microporous aluminum-salt lithium adsorbent disclosed by the invention has the molecular formula of LiCl.aAl(OH)3.bH2O and has micropores, of which the average pore size is smaller than 2nm, wherein a is greater than 1 and smaller than 3, and b is greater than 0.5 and smaller than 2. The preparation method disclosed by the invention is simple, and the obtained adsorbent is large in lithium ion adsorption capacity, high in selectivity, simple in eluting regeneration and long in cycle life and can be applied to the separation and extraction of lithium from lithium-containing saline lake brine, salt-field concentrated lithium-containing senescent brine, lithium-containing medicinal wastewater and a lithium-containing solution with the mineralization degree lower than 50g / L.

The invention relates to a process for recovering magnesium and manganese elements in industrial waste water. The process comprises the following steps: step 1, determining elements in the waste water; step 2, precipitating manganese chloride; step 3, performing acidification for precipitating salts; step 4, performing distillation crystallization: performing reduced-pressure distillation on a filtrate obtained in the step 3, performing cooling to the temperature of 55 DEG C at the speed of 8-12 DEG C / h, performing heat preservation for 0.9-1.1h at the temperature of 55 DEG C, and continuing to perform cool to the temperature of 0-10 DEG C at the speed of 8-12 DEG C / h, so as to obtain a pulp; step 5, performing centrifugation and drying: pressing the pulp prepared in the step 4 into a centrifugation machine, performing centrifugation drying until no mother liquid is centrifuged out from a centrifugation outlet, so as to obtain a mother liquid and a wet product material, putting the wetproduct material into an oven, performing first drying at the temperature of 205-215 DEG C, taking out the dried material, performing smashing, and continuing to perform second drying at the temperature of 205-215 DEG C, so as to obtain anhydrous manganese chloride; and step 6, performing recovery. The process provided by the invention has the advantages of low costs, high purity and a high yield.

The invention relates to a titanium alloy surface boronizing method belonging to the technical field of metal surface treatment. The method comprises the following steps: performing the degreasing, water washing and surface polishing pretreatment on a titanium alloy surface, pressing boron carbide powder penetrating agents with the granularity of less than or equal to 0.1 mm and the pretreated titanium alloy material into sectional materials by using a pressing machine, putting the sectional materials into a crucible and covering the crucible with a cover, sealing gaps between the cover and the crucible by using adhesives, drying the crucible, performing the heating, heat preservation and cooling treatment on the crucible at the condition of raising the temperature with the increase rate of 8-10 DEG C / min to 1000-1200 DEG C in heating and the heat preservation time of 5-20 hours, and taking out the crucible and cooling the crucible to the room temperature. The method can reduce the varieties of composition materials of bornizing agents, thereby simplifying the titanium alloy surface boronizing technology and reducing the operation conditions so as to obtain an ideal alloying thickness of titanium alloy such as TC4 and the like under the air condition, and the boronizing agent of single composition can avoid the pollution of harmful gases to the environment.

The invention discloses a method and a device for realizing the connection between a pipe and a plate by utilizing the plastic deformation of the pipe, and belongs to the technical field of material connection. Combining the pre-flanging of the plate with the shrinkage cavity of the pipe, the plastic deformation of the flanging part of the plate is used to realize the plastic connection between the plate and the end of the pipe. The method is simple to operate, can use existing equipment to construct corresponding devices, has low requirements on power sources, simple steps, is suitable for mass production, molds ensure forming accuracy, high repeatability, high production efficiency, and does not pollute the environment. Plastic deformation is adopted, so that no harmful substances are produced during the entire connection process, which is environmentally friendly. The device for realizing the method has simple structure, reasonable design, convenient installation and good compatibility with conventional equipment.

The invention relates to the technical field of sludge drying and incineration devices and methods, in particular to a rotary incinerator and a rotary incineration method. The rotary incinerator comprises an inner wall and an outer wall. A loop-shaped working space is defined by the inner wall and the outer wall. Sludge inlet chains closed in a loop shape are arranged in the working space. A gas inlet and a gas outlet are correspondingly formed in the two sides of the top end of the working space. The upper part of the working space is provided with a discharging opening at the side the same with the gas inlet. The upper part of the working space is provided with a feeding opening at the side the same with the gas outlet. The bottom of the working space is a main incineration section. Compared with the prior art, the rotary incinerator and the rotary incineration method have the beneficial effects that no or less fly ash and dust are generated; inlet sludge is dried by high-temperatureexhaust gas after incineration, the sludge and chain buckets after the incineration are cooled by inlet air, meanwhile the inlet air is heated, preheating is fully used, and a high degree of energy saving is realized; and the application range is wide, and the rotary incinerator and the rotary incineration method not only can be used for sludge incineration, but also can be used for incinerationof other granulated combustible materials.

The invention discloses a method and a device for realizing connection of a pipe and a plate by utilizing plastic deformation of the pipe, and belongs to the technical field of material connection. The pre-flanging of the plate is combined with the shrinkage cavity of the pipe, and the plastic deformation of the flanging part of the plate is utilized to realize the plastic connection of the plateand the end part of the pipe. The method is easy to operate, capable of adopting existing equipment to construct corresponding devices, low in requirement for a power source, simple in step, suitablefor mass production, moreover, the forming precision is guaranteed through a mold, repeatability is high, production efficiency is high, and environment pollution is free. A plastic deformation modeis adopted, so that no harmful substance is generated in the whole connection process, and environmental friendliness is achieved. The device for implementing the method is simple in structure, reasonable in design, convenient to install and good in compatibility with conventional equipment.

The invention relates to a metal and asphalt composite tile for special-shaped roofs, comprising an asphalt base and a metal layer with a surface coating, and a surface for bonding is provided between the asphalt base and the metal layer with a surface coating. The bonding layer between the metal layer of the coating and the asphalt base, and the lower part of the asphalt base is provided with a protective film. Its beneficial effects are: the present invention has great advantages in terms of flexibility, fixing method, light-weight property and rich colors, and is very suitable for the application of special-shaped roofs, such as curved roofs such as spherical surfaces and conical surfaces; An adhesive layer is provided between the metal layers with surface coating to make the metal layer with surface coating and the asphalt base firmly bonded; by providing a surface coating, the metal with surface coating can be protected The role of layer and decoration; through the metal layer with surface coating, there is a flange for wrapping the asphalt base layer, so as to avoid the waterproof material from being directly exposed to the sun and rain to accelerate its aging.

The invention discloses a process for generating combustible gas by virtue of sludge gasification. The process comprises the following steps: 1, dewatering sludge; 2, granulating the dewatered sludge, airing and drying; 3, feeding dried sludge granules into an integrated sealed pyrolysis gasification device, and gradually drying, drily distilling, carbonizing, gasifying and combusting the sludge granules from top to bottom in the integrated sealed pyrolysis gasification device; and finally discharging gas generated in the device through a pipeline, collecting the gas, combusting organic matter residues and inorganic matters at high temperature to obtain harmless molten slag, and discharging the molten slag through a slag outlet. According to the process, 200 tons of sludge with the water content of less than 60% can be treated by a monomer gasification device each day; the reduction, the harmlessness and the energization of the sludge treatment are realized; the dioxin generation conditions are avoided; the operating cost is low, namely a large quantity of manpower cost can be reduced due to automated operation and management; 1 ton of sludge with the water content of less than 30% can be averagely gasified to generate 1600Nm<3> of combustible gas.

The invention relates to a biological powder fuel and a preparation method thereof. According to the invention, pods and seed coats of a reproducible perennial woody plant peony are prepared into the biological powder fuel. The preparation method comprises the steps that: (1) material selecting is carried out, wherein impurities such as sand, stone, and metal should be removed from selected raw materials; and the raw materials are boxed or bagged for layer use; (2) crushing is carried out, wherein the raw materials peony pods and seed coats are crushed in a crusher, until required particle sizes are reached; (3) material blending is carried out, wherein peony pod powder and seed coat powder are well mixed according to a certain ratio; and (4) detection is carried out, wherein each ton of the product is detected 5 times for ensuring that the particle size reaches a requirement. During the preparation process, no additive is adopted, the process is simple, and energy consumption is low. With the fuel, no harmful gas is generated during combustion, and the fuel is economical and practical. With the method, the prepared peony pod and seed coat biomass powder fuel has an average heat value of approximately 4000Kcal / kg, which is equivalent to that of medium-heat-value coal. The peony pod and seed coat biomass powder fuel assists in supplementing conventional energy shortage, and has good economic and social benefits.

The present invention discloses a Chinese medicine composition with the actions of boosting liver, enriching kidney, removing toxic material and dispelling dampness for curing the diseases of hypochondriac pain, reduced food intake, obdominal distention, aching lumbus, lack of strength and yellow urine, etc. due to deficiency of liver-yin and kidney-yin and noxious dampness. Said Chinese medicine composition can be made into compound Yiganling dripping pills, and is made up by using Chinese medicine Yiganling powder and Wurenchun extract as raw material and medicinal carrier as matrix through a certain preparation process.