34results about How to "Realize industrial operation" patented technology

Disclosed is a method for flax seeds decortication and separation, comprising dehydrading flax seeds to a moisture percentage of 2-4%; feeding same into a rotary centrifugal decortication machine continuously, decorticating the flax seeds to form a mixture of shells and kernels; and separating the shells and kernels mixture through an electrostatic field. An apparatus realizing said method comprises a centrifugal decortication machine, screen means mounted on the discharge side of the centrifugal decortication machine, a convey belt mounted on the discharge side of the screen, and electrostatic absorption means mounted over the discharge terminal of the convey belt front part. The method is provided with continuously industrialization production for large amounts of product, complete seperation of shells and kernels, and high production efficiency to shorten the art time from the flax seeds feeding, decorticating to discharging by 80%, decrease full cost by 50%, and produce no environmental waste materials.

The invention discloses a liquid membrane extraction method by taking a hollow fiber composite membrane as a liquid membrane carrier. According to the liquid membrane technology, the hollow fiber composite membrane serves as the liquid membrane carrier, an extract phase is filled and attached to the gap and surface of the hollow fiber composite membrane to form the liquid membrane, a feed liquid phase solution and a reverse extraction phase respectively flow through two sides of the carrier, and the separation effect of in-step extraction and reverse extraction is realized through the liquid membrane function. The hollow fiber composite membrane consists of a braided tube layer and a polymer membrane layer; and meanwhile, the extraction phase and the feed liquid phase are fully mixed before entering the membrane by utilizing a mixer, the dispersing effect of the extraction phase liquid drops in the feed liquid phase is improved, the contact probability of the liquid membrane and the feed liquid solution is enhanced, and the mass transfer efficiency is improved. The imbalanced extraction realized by the liquid membrane technology is utilized, the problems that the liquid membrane attachment amount is small, the liquid membrane is instable, the mass transfer efficiency is low and the like in the hollow fiber supported liquid membrane and the liquid membrane updating technology are solved, the mass transfer coefficient and liquid membrane flux are improved, and the magnitude order of the mass transfer coefficient is 10-5.

The invention discloses a lithium ion battery anode material. The anode material is prepared from raw materials in percentage by weight as follows: 40%-85% of organosilicon resin, 10%-40% of nano silicon and 1%-20% of a carbon source. The invention also discloses a preparation method of the lithium ion battery anode material. The preparation method is simple and easy to control and realizes industrial operation, and the obtained anode material has good cycle stability and rate capability.

The invention discloses a process for co-preparing hydrogen and LNG from raw gas. The process sequentially comprises a decoking step, a primary pressurization cooling liquid separation step, a secondary pressurization step, a pretreatment step, a tertiary pressurization step, a deoxidation conversion step, a desulfurization step, a wet decarburization step, a methane concentration step, a hydrogen purification step and an LNG preparation step. According to the process, LNG is also prepared while hydrogen is prepared, so that effective components in the raw coke oven gas are fully utilized, and the waste of energy sources is reduced; besides, the raw coke oven gas is pressurized basically through three times of compression in different stages before CO conversion, so that the energy consumption of the whole process is reduced; in addition, impurities in the raw coke oven gas subjected to CO conversion are removed by adopting a vacuumizing pressure transformation system I and a vacuumizing pressure transformation system II to obtain product hydrogen with the purity as high as 99.9%, and the recovery rate of the hydrogen can reach 89% or above; and desorbed gas rich in methane is adsorbed and desorbed from the vacuum-pumping variable-pressure system 1 to be used for preparing LNG.

The invention is applicable to the technical field of graphite composite materials, and provides a heat-conducting graphite composite material and a preparation method thereof. The preparation methodof the heat-conducting graphite composite material comprises the following steps of mixing flake graphite and aluminum powder, and then mixing the flake graphite and the aluminum powder with an interfacial wetting agent to obtain mixed powder; mixing a binder and a solvent, and then mixing the mixture with the mixed powder to obtain a slurry; printing the slurry onto a substrate through a silk-screen process, and drying the slurry to obtain a thick film; after forming the thick film, carrying out organic matter removal treatment and cold isostatic pressing treatment to obtain a biscuit; and performing discharge plasma sintering on the biscuit to obtain the heat-conducting graphite composite material. The heat-conducting graphite composite material prepared by the preparation method has anobvious highly oriented arrangement, and the degree of orientation is high, so that high heat-conducting property can be achieved on xy surfaces.

The invention discloses a method for preparing seasoning instant PetasitespalmataA.Gray. The method comprises the following steps of: S1, selecting, inspecting and washing fresh PetasitespalmataA.Gray, blanching, cooling, peeling and adding salt for salting; S2, after salting, elutriating by using saline, draining water, adding white granulated sugar, inoculating a complex microbial inoculant, and fermenting; and S3, removing partial salinity, seasoning, packaging, vacuum bagging, and sterilizing, thus obtaining a finished product. The method has the beneficial effects that alcoholic fermentation is carried out by using acid-resisting yeast and taking sugar as a culture medium, obvious and faint soy sauce flavor is generated by virtue of common effects of saccharomycetes and lactic acid bacteria, thus the unique taste and flavor of the instant PetasitespalmataA.Gray are obtained, and meanwhile the nutritive value of the instant PetasitespalmataA.Gray is also improved; the complex microbial inoculant can reduce the pH of the environment and inhibit growth of harmful microbes, and also has the capacity of degrading nitrite so as to guarantee the edible safety of the product; and the method is convenient and easy to operate, mature in technology, easy to learn and convenient to popularize, and industrial production can be realized.

The invention discloses a device and a method for quickly preparing lambda-Ti3O5 powder. The device comprises a hydrogen storage tank, a material tank, a vibrator, a linear motor, a reaction furnace,a gas-solid separator, a material collection tank and a tail gas purification device. Commercial P25 or pigment-grade titanium dioxide is used as a raw material, hydrogen is used as a carrier gas anda reducing gas, the gas flow and the reaction temperature are controlled, and lambda-Ti3O5 powder is obtained in a material collecting area after the reaction is finished; according to the method, lambda-Ti3O5 powder can be rapidly prepared, the particle size of the powder is micron-sized, the Ti3O5 phase is stable, and rapid preparation of lambda-Ti3O5 powder is realized.

The invention provides a method and equipment for treating VOCs (volatile organic compounds) by utilizing flue gas. The method comprises the following steps: mixing cupola furnace flue gas and incinerator flue gas according to a volume ratio of 1: (1.8-3), carrying out reactions, adding a desulfurizing agent, preferably inorganic alkali, and keeping on reactions. According to the method for treating VOCs, SO2, NOX and other components in the cupola furnace flue gas react with HCHO, C6H5-OH, CH4 and other components in the incinerator flue gas; the components are all converted into harmless products; VOCs gas and toxic gas containing nitrogen and sulfur are scientifically treated at the same time, the method is low in operation cost, easy and convenient to operate and good in treatment effect, and products with high additional values can be generated and recycled.

The invention provides a comprehensive treatment system capable of realizing stage filtering for kitchen lampblack. The comprehensive treatment system capable of realizing the stage filtering for thekitchen lampblack is used for a residential district, and comprises a fan, a primary separation device, a secondary separation device and a gas filtering device which are sequentially arranged, wherein the fan is used for conveying the kitchen lampblack to the primary separation device; the primary separation device is used for separating oil drops in the kitchen lampblack to obtain a primary separated substance; the secondary separation device is used for separating oil mist in the primary separated substance to obtain a secondary separated substance; and a gas separation device is used for removing impurities and peculiar smell of the secondary separated substance to obtain a tertiary separated substance. The comprehensive treatment system capable of realizing the stage filtering furthercomprises a spray device, wherein the spray device is arranged at the top of the gas filtering device. The comprehensive treatment system capable of realizing the stage filtering is capable of realizing that the kitchen lampblack is treated to achieve the national gas emission standards; and the separated dirty oil can be concentratedly conveyed to a dirty oil plant to be treated, the generated sewage can be concentratedly conveyed to a sewage plant to be treated, and concentrated collection for the dirty oil and the sewage is realized separately, and pollution is reduced.

The invention belongs to the technical field of rubber vulcanization accelerator S production, and relates to a method and equipment for continuously synthesizing a rubber vulcanization accelerator S. Continuous production can be achieved from feeding to discharging, and industrial operation is convenient to achieve. A tubular reactor is small in size and high in production efficiency, the synthesized accelerator S is stable in quality and free of peculiar smell, and the yield of the further synthesized accelerator S is increased.

The invention discloses milk tablets added with a seaweed extract. The milk tablets added with the seaweed extract is prepared from the following raw materials: whole milk powder, a sweetener, a seaweed extract, silicon dioxide, an excipient, water, and the balance of desalinated whey powder. The invention further provides a preparation method of the milk tablets added with the seaweed extract. The preparation method of the milk tablets added with the seaweed extract comprises the following steps: (1) performing irradiating-sterilizing on fucoidan extracted from seaweeds; (2) uniformly mixingthe raw materials, and carrying out drying so as to obtain a primary base powder; (3) pressing the primary base powder into thin tablets, and carrying out crushing, granule-dispersing and sieving so as to obtain milk tablet base powder with even particle size; and (4) adding the silicon dioxide into the milk tablet base powder, carrying out uniform mixing, sieving the mixture, and carrying out tablet-compressing and molding so as to obtain finished products of the milk tablets. The preparation method of the milk tablets added with the seaweed extract has the following advantages: by adding thefucoidan extracted from the seaweeds into the milk tablets, the prepared milk tablets have certain physiological functions; moreover, bad taste of the raw materials are perfectly covered, so that, the prepared milk tablets are good in taste and endowed with certain functional characteristics.