50results about How to "No coking phenomenon" patented technology

A process for continuous production of caramel pigment includes such steps as proportionally mixing catalyst with syrup, heating by heat exchanger for indirect heating and steam sprayer for direct heating, caramelizing reacting in reactor, cooling by flash evaporator, concentrating by evaporator, cooling by cooler, regulating quality in quality regulating tank, and storing in tank. Its advantages are high quality and output rate and low cost.

The invention relates to a method for refining oil through depolymerizing and liquifying waste plastics and a device used in the method. The method comprises the following steps of (1) crushing the waste plastics; (2) carrying out depolymerization reaction on the crushed waste plastics; (3) neutralizing a depolymerized acidic product by using a sodium hydroxide solution; (4) further washing to obtain a plastic depolymerization chlorobenzene dissolved liquid; (5) carrying out reduced pressure distillation on the plastic depolymerization chlorobenzene dissolved liquid; (6) carrying out cracking reaction and condensing to obtain a cracked fuel oil mixture; (7) rectifying and catalyzing the cracked fuel oil. The method has the beneficial effects that the depolymerization and liquidation of the plastics are realized by using a solvent and acid catalysis technology on the basis of a liquifying technology for plastics such as polyurethane, polyester and the like used in the chemical fiber industry; the cracking temperature is controlled within 360 DEG C in heating and cracking, so that the coking phenomenon is avoided; a porous nickel and chromium salt loaded catalyst is used, and the catalyst is prepared by using a ceramic sintering method, so that the quality of a refined oil product is ensured.

The invention discloses soybean drawing protein and a production technology thereof. The soybean drawing protein is technically characterized by being prepared from the following components of 80% of soybean meal, 10% of separation protein, 5% of vital gluten, and 5% of wheat flour; or, 10% of soybean meal, 80% of separation protein, 5% of vital gluten, and 5% of wheat flour. The production technology comprises the following steps of S1, screening; S2, crushing; S3, blending of auxiliary materials; S4, mixing; S5, swelling; S6, tabletting and forming; S7, drying; S8, cutting; S9, packaging and sending into a warehouse. The soybean drawing protein and the production technology thereof have the advantages that the forming effect is good, the coking is avoided, the sticking is avoided in cutting, the mouth feel is good, and the nutritional value is high.

The invention discloses a high-quality high-efficiency water-gas shift method and a device. The invention adopts domestic wastes, kitchen wastes, municipal sludge, biomass and other carbon-containing substances or carbon-containing wastes as raw materials, and realizes a high-quality high-efficiency water-gas shift reaction by introducing water vapor under an air-isolated (oxygen-free) condition and performing microwave induction. The invention has a simple process, convenient operations, low running cost, short reaction time, low energy consumption, a high conversion rate, and widely-applicable raw materials; no catalyst is required; no coking phenomenon occurs; the prepared water gas has high quality, that is, a high H2 content; the H2 / CO (volume ratio) is almost maintained to be about 2:1, which greatly reduces the purification and refining cost in subsequent procedures; biological fuel oil with low cost and high quality is prepared through FT (Fischer-Tropsch) synthesis, which can substitute scarce petroleum resources.

The invention relates to a ball valve used for a high-temperature easily-coking medium, in particular to a four-way ball valve used for the high-temperature easily-coking medium. The four-way ball valve used for the high-temperature easily-coking medium comprises a valve body, a valve rod and a ball core. A valve cavity is arranged inside the valve body, and the ball core is arranged inside the valve cavity. The valve body is provided with a main channel and three side channels, and an L-shaped connection channel is arranged inside the ball core. A valve seat assembly is respectively arranged between the three side channels and the valve cavity, and each valve seat assembly comprises a valve seat body and an elastic piece. The valve body arranged between the three side channels and the valve cavity is provided with an annular groove, the outer side end of the valve seat body extends to the inside of the annular groove, and a pressure-storage cavity is formed by enclosure of the outer side end of the valve seat body and the annular groove. An expansion clearance is reserved between the valve seat body and the valve body. The valve body is provided with a first inflation channel communicated with the pressure-storage cavity. With the technical scheme, the four-way ball valve used for the high-temperature easily-coking medium can prevent the high-temperature easily-coking medium from influencing the valve seat assembly, and guarantee that a coking phenomenon of the valve seat body can not occur and working performance of the valve is stable.

The invention discloses a sausage casing drying device which comprises a box body; a moisture removing fan is arranged on the right surface of the box body; a fan shaft is arranged in the moisture removing fan; fan blades are arranged on the fan shaft; a ventilating duct is arranged on the right sides of the fan blades; a heat pump drying external unit is arranged below the ventilating duct; exhaust outlets are formed in the right surface of the heat pump drying external unit; and a copper tube connector is formed in the middle of the left end of the heat pump drying external unit. The sausage casing drying device is scientific and reasonable in structure and safe and convenient to use; eight rotatable sausage casing carrying racks are arranged in a drying box, are connected with top motors through shafts and can keep rotating all the time, sausage casings are heated uniformly, the drying time required is shortened, the surfaces of the sausage casings are fully dried, but no coking is caused due to too long drying time, so that the problem of microbe multiplication due to the fact that the interiors of the sausage casings are not breathable owing to sausage casing surface coking is solved, and the quality of the sausage casings is guaranteed.

The invention discloses an in-furnace denitrification coal water slurry making and combusting system integrated method and equipment. The method comprises the following steps: on the basis of the traditional slurry making process, adding a denitrification reducing agent, and preparing coal water slurry fuel containing the denitrification reducing agent; spraying the coal water slurry fuel into a boiler for burning, controlling the combustion temperature of the hearth to be stabilized in an optima reduction reaction temperature range and controlling the oxygen content of the flue gas, so that high-efficiency low-cost in-furnace SNCR denitrification of the coal water slurry is realized. The whole device comprises a coal water slurry combustion boiler, wherein the coal water slurry combustion boiler adopts the design of a primary combustion chamber and a secondary combustion chamber and is respectively provided with an axial cyclone primary combustor and a secondary combustor; a fire barrier is arranged at the tail of the primary combustion chamber, an air door is arranged below the primary combustion chamber, the rear upper part of the primary combustion chamber is connected with a dust remover through a pipeline, and the combusted smoke dust is discharged through an induced draft fan connected with the dust remover; and the axial cyclone primary combustor and the secondary combustor are respectively connected with a coal water slurry tank through a screw pump via pipelines, and are also respectively connected with an air compressor at the coal water slurry inlet through pipelines.

The invention relates to a method for preparing a petroleum sulfonate oil displacement agent. Benzol-ketone dewaxing oil and furfural extract oil are mixed in a weight ratio of 1:0.01-1:0.5, and the mixture enters a film or tank reactor for sulfonation reaction; a sulfonating agent is SO3 gas, the concentration is diluted to between 1.5 and 3.0 percent in a volume ratio by dry air or inert gas of which the dew point is lower than 60 DEG C, the temperature of the sulfonation reaction is between 30 and 85DEG C, the acid value of sulfonatedbodies is controlled to between 30 and 90mgNaOH / g, and the sulfonatedbodies are neutralized by NaOH or KOH solution; and the raw materials have the advantages of high content of arene capable of being sulfonated and no coking phenomenon in the reaction process; after neutralization, and the sulfonatedbodies do not need extraction separation; the active matter content reaches 25 to 40 percent; a weak alkali / surfactant / polymer system configured by adopting Na2CO3 or a non-alkali binary system configured by salts such as NaCL and the like has the interfacial tension less than 10<-3>mN / m.

The invention discloses an environmental-protection coal saving agent and relates to a coal saving agent, which solves the defects that the existing coal saving agent has large additive amount, pollutes the environment and does not meet the Greenman blackness. By weight percentage, the environmental-protection coal saving agent comprises 5 to 10 percent of activator, 30 to 40 percent of modifier,5 to 10 percent of smoke suppressor, 5 to 10 percent of purificant, 2 to 8 percent of oxidant, 30 to 35 percent of swelling agent and 5 to 10 percent of sulfur fixing agent. The environmental-protection coal saving agent has the advantages of small additive amount, environmental protection, wide application scope and simple use. The additive amount of the coal saving agent is only 3 permillage ofthe weight of coal, but the energy-saving rate reaches more than 10.81 percent; and the harmful gas is reduced more than 70 percent and the Greenman blackness is less than 1 class.

The invention discloses a method for extracting rose essential oil, which is characterized by mixing roses and water into a pneumatic opening and closing retort, then passing steam into the jacket of the pneumatic opening and closing retort, and using a stirring device Heating while stirring is carried out in the pneumatic open and closed distillation tank. After the steam generated in the pneumatic open and closed distillation tank is subjected to the secondary distillation of the distillation column, it is condensed by the condenser and cooled by the cooler, and then the secondary oil and water are separated. Get rose essential oil products. In the present invention, steam is introduced into the jacket of the distillation tank for heating. Due to the large heating area and fast heating speed, after the roses and water in the distillation tank are heated, the thermal reaction is carried out in a dynamic state under the stirring of the stirring device. , without affecting the internal quality of roses, maintaining the original properties and transparency of roses, using secondary oil-water separation, the oil and water are completely separated, and the quality, yield and purity of rose essential oil are improved.

The invention discloses an electric heating type non-combustion cigarette core and a preparation method thereof. The electric heating type non-combustion cigarette core comprises a tobacco matrix and cigarette additives, which are packaged through a capsule shell. According to the non-combustion cigarette core, the tobacco matrix and the cigarette additives are covered with the capsule shell, so that thermal efficiency of the cigarette core is greatly improved, and mobility and uniformity of smoke are improved; besides, the preparation method is simple in technological process, and the cost is low.

The present invention provides a kind of preparation method of PH-nanometer iron and steel corrosion inhibitor, comprises the following steps: (1) prepare palm wax, sodium hydroxide respectively; Prepare the mixed solution of dehydrated alcohol and deionized water; Prepare the second One part of deionized water; (2) heat and melt the prepared palm wax until clear, and pour it into the first three-neck bottle; (3) pour the prepared sodium hydroxide into the first part of deionized water until dissolved Completely, then pour into the first three-necked bottle equipped with liquid palm wax, and finally pour the mixed solution of absolute ethanol and deionized water into the first three-necked bottle. The product prepared by the method has stable performance, good physical and chemical properties, long anti-corrosion time, high temperature resistance, thin coating film, guns and cannons do not need to be cleaned before use, and have no adverse effect on the performance of the guns and cannons after shooting.

The invention relates to a method for refining oil through depolymerizing and liquifying waste plastics and a device used in the method. The method comprises the following steps of (1) crushing the waste plastics; (2) carrying out depolymerization reaction on the crushed waste plastics; (3) neutralizing a depolymerized acidic product by using a sodium hydroxide solution; (4) further washing to obtain a plastic depolymerization chlorobenzene dissolved liquid; (5) carrying out reduced pressure distillation on the plastic depolymerization chlorobenzene dissolved liquid; (6) carrying out cracking reaction and condensing to obtain a cracked fuel oil mixture; (7) rectifying and catalyzing the cracked fuel oil. The method has the beneficial effects that the depolymerization and liquidation of the plastics are realized by using a solvent and acid catalysis technology on the basis of a liquifying technology for plastics such as polyurethane, polyester and the like used in the chemical fiber industry; the cracking temperature is controlled within 360 DEG C in heating and cracking, so that the coking phenomenon is avoided; a porous nickel and chromium salt loaded catalyst is used, and the catalyst is prepared by using a ceramic sintering method, so that the quality of a refined oil product is ensured.

The invention discloses an electric heating type non-combustion cigarette core and a preparation method thereof. The electric heating type non-combustion cigarette core comprises a tobacco matrix and cigarette additives, which are packaged through a capsule shell. According to the non-combustion cigarette core, the tobacco matrix and the cigarette additives are covered with the capsule shell, so that thermal efficiency of the cigarette core is greatly improved, and mobility and uniformity of smoke are improved; besides, the preparation method is simple in technological process, and the cost is low.