30results about How to "Completely decolorized" patented technology

The invention discloses a decolorization method for middle stage water in papermaking. The decolorization method adopts secondary oxidation decolorization and flocculation decolorization process to realize the purpose of the invention. The method has remarkable decolorization effect, low overall operating cost, stable decolorization without yellowing, large processing capacity, low one-time investment, ingenious design idea, convenient operation and management, and convenient preparation of decolorizing agent, so that the method of the present invention not only has remarkable flocculation decolorization Efficacy, but also has a good disinfection effect, the system water can fully meet the requirements of irrigation.

The invention discloses a purification production process of glycerol. The process comprises the steps as follows: crude glycerol is sucked into a distillation still, direct steam is fed when the crude glycerol is heated to the temperature of 160+ / -5 DEG C, and theintake amount of the direct steam is controlled to the extent that system vacuum is not lower than 0.08-0.095 MPa; glycerol steam obtained during distillation sequentially passes through a first condenser, a second condenser, a third condenser and a fourth condenser for cooling condensation to obtain distilled glycerol; the weight of the distilled glycerol is M, the distilled glycerol is input into a decoloration tank and heated to the temperature of 90+ / -5 DEG C, then activated carbon is added, the weight of the activated carbon is M*(0.1%-0.5%), the distilled glycerol is fully stirred for 25-35 min, the temperature is kept for 0.5-1.5 h, the glycerol is obtained through filtration, and the filtration pressure is lower than 0.4 MPa. The purification production process of the glycerol is simple in process and thorough in purification process, and the obtained glycerol contains few impurities and is high in yield.

The present invention discloses one kind of papermaking intermediate water decolorizing method, and the decolorizing method is one two stage process includes oxidizing decolorizing and flocculating decolorizing. The decolorizing method has obvious decolorizing effect, low running cost, no yellowing, high treating capacity, easy preparation of the decolorizing agent and other advantages. The present invention has obvious flocculating decolorizing effect and excellent sterilizing effect, and the treated water may meet the requirement for irrigation.

The invention discloses a process used for producing edible ethyl ester-typed silkworm pupa oil by silkworm pupa crude oil, comprising the main steps as follows: silkworm pupa crude oil extracted by organic solvent or squeezed and separated by machines is degummed, dehydrated and esterified; ethanol is recovered, glycerin and sulphuric acid are separated and washed; saturated fatty acids are removed and distilled; during the distillation process, the distillate with the temperature of 120-140 DEG C and the pressure of 1-5Pa is intercepted. The ethyl ester-typed edible silkworm oil produced by the process has good sensory index and the color thereof is buff; no crystals occur at zero DEG C; unsaturated fatty acid has high content; the acid value and peroxide value of the oil reach the edible standard, the quality of the product is good, the safety is high and no solvent remains; the process can be widely applied to the industries such as medicines, health-caring food, nutrition food, high-grade cosmetics and the like.

The invention belongs to the field of traditional Chinese medicines, and relates to glycopeptide extract from ganoderma spore powder, a method for extracting the glycopeptide extract and application thereof. The method sequentially includes steps of extracting the ganoderma spore powder by the aid of concentrated alcohol; extracting the ganoderma spore powder by the aid of diluted alcohol; combining concentrated-alcohol extract liquid and diluted-alcohol extract liquid with each other to obtain mixed extract liquid and degreasing the mixed extract liquid by the aid of diethyl ether; removing impurities from the mixed extract liquid and decolorizing the mixed extract liquid; purifying the mixed extract liquid by the aid of resin. The method preferably further includes steps of further treating ganoderma spore powder residues by the aid of aqueous extraction, alcohol precipitation and refining steps. The ganoderma spore powder residues remain after the ganoderma spore powder is extracted by the aid of the concentrated alcohol and the diluted alcohol. The glycopeptide extract is prepared by the aid of the method. The glycopeptide extract, the method and the application have the advantages that the method for extracting the glycopeptide extract from the ganoderma spore powder is easy and convenient to implement and low in cost and is environmentally friendly and safe, good extraction effects can be realized, structures of the glycopeptide extract can be prevented from being destroyed, solvents can be recycled, and industrial production can be facilitated; excellent effects can be realized by the glycopeptide extract when the glycopeptide extract is used for increasing leukocytes.

The present invention provides one kind of pickle preserving and deodorizing apparatus, which includes a fermenting tank, a conveying pump, a solid-liquid separator, a mixer and an ozone generator connected successively through pipeline, with the outlet of the mixer being connected through pipeline to the fermenting tank. The apparatus has the ozone generator and the fermenting tank well combined, so that it can sterilize pickle and water simultaneously after fermentation in the fermentation system and before packing, reduce microbial contamination and prolong the preservation period while maintaining the flavor of pickle. The apparatus of the present invention has simple structure, and is suitable for scale development of pickle industry.

The invention discloses a method for degrading a synthetic dye through a compound system, which belongs to the field of wastewater processing. The method has the following processing steps of: (1) adding printing and dyeing wastewater into a reactor, wherein the chrominance of the printing and dyeing wastewater to be processed is equal to or lower than 50000 times of chrominance; (2) respectively and sequentially adding zero-valent iron, a white-rot fungus film and an acid-secreting bacterium film into the printing and dyeing wastewater; and (3) carrying out decoloring processing after adding the processing materials, reacting under natural conditions at the temperature of 20 to 40 DEG C and under a normal pressure, and stirring once at intervals of 5 to 7 hours until the decoloring rate and the chrominance are kept stable. Through the method, the advantages of individually processing the zero-valent iron and white-rot fungi are integrated, the advantages of higher decoloring rate and lower processing-fluid toxicity are represented, the acting strength of the zero-valent iron and the white-rot fungi can be enhanced through the introduction of acid-secreting bacteria, synthetic dye wastewater can be processed with high efficiency, the decoloring rate reaches more than 85 percent, and compared with a method for individually processing the white-rot fungi, the processing time is shortened by about 43 percent.

The invention provides a glycerine decolorization apparatus convenient to disassemble and assemble. A first decolorization drum is provided with a first chamber, a second decolorization drum is provided with a second chamber, two ends of a connecting drum are respectively detachably connected with the first decolorization drum and the second decolorization drum, a separation plate is arranged in the connection drum, a drum cover is installed at one end, which is away from the connection drum, of the first decolorization drum and seals the first chamber, a first active carbon filter element and a second active carbon filter element are arranged in the first chamber, first ends of the first active carbon filter element and the second active carbon filter element are respectively detachably connected with the drum cover, second ends of the first active carbon filter element and the second active carbon filter element are respectively detachably connected with the separation plate, a plurality of active carbon decolorization layers are arranged in the second chamber, and the plurality of active carbon decolorization layers are respectively detachably connected with the inner wall of the second decolorization drum. By adopting the glycerine decolorization apparatus, the glycerine can be thoroughly decolorized, the decolorization effect is good, and the first active carbon filter element, the second active carbon filter element and an active carbon filter layer can be replaced by dismounting various parts.

The invention discloses a preparation method of tenuifolin. The tenuifolin is prepared from a radix polygalae medicinal material, 90% ethanol, activated carbon and alkali. The preparation method disclosed by the invention has the beneficial effects that the radix polygalae medicinal material, which is wholly dried, is used at first and important components in the radix polygalae medicinal materialare not evaporated along moisture in an airing process; the medicinal properties of the radix polygalae medicinal material are sufficiently kept; after being sliced, the radix polygalae medicinal material is crushed, so that the radix polygalae medicinal material can be rapidly crushed and the crushed grain diameter is relatively uniform; the alkali is used for hydrolysis according to the components of radix polygalae; the step is intended to protect a saponin component needing to be extracted; meanwhile, other substances are damaged, so that bad influences, caused by a following saponin extraction step, on a procedure are avoided; considering that impurities in an extracting solution are excessive and the de-coloring effect of the activated carbon is influenced, the sequence of first centrifuging and then de-coloring is adopted; and the impurities in the centrifuged extracting solution are less and the activated carbon can sufficiently play a role, so that the de-coloring is more complete and a water-bath heating procedure is convenient for crystallizing the tenuifolin.

The invention discloses a multifunctional wastewater treating agent and application thereof in wastewater treatment process. The process comprises the steps of 1), first, collecting wastewater in a stainless steel barrel; 2), second, adding the multifunctional wastewater treating agent into wastewater in the stainless steel barrel, and stirring for 5-10 min; 3), then, stopping stirring, standing, flocculating, and precipitating; 4), then, discharging and recycling supernate; 5), finally, press-filtering precipitate, packing filter residue, and charging wastewater into the stainless steel barrel for cyclic treatment. The multifunctional wastewater treating agent comprises cationic polyacrylamide, anionic polyacrylamide, nonionic polyacrylamide, polyaluminum chloride, polyferric sulfate, basic aluminum chloride, hydroxypropyl methyl cellulose, sodium hyposulfite, glucose, corn starch and sodium benzoate. By optimizing the formulation ratio of the multifunctional wastewater treating agent, it is possible to subject the wastewater to treatments at a time such as decoloring, flocculating, precipitating, COD and ammonia nitrogen reducing, and the multifunctional wastewater treating agent is very worthy of marketing.

The invention discloses an efficient and energy-saving liquid sugar production process method. The method comprises the steps of dissolution, coarse filtration, fine filtration, decoloration, deodorization, fine filtration, sterilization and low-temperature distillation. The liquid sugar production process method has the advantages of high efficiency and energy conservation, the quality of the liquid sugar is greatly improved, and the high-quality production requirement is met.

A decoloring method for ammonium thiocyanate salt extracted from a coking desulfurization waste liquid comprises: at normal temperature and normal pressure, dissolving proper amount of ammonium thiocyanate salt extracted from the coking desulfurization waste liquid in proper amount of deionized water, adding corresponding mass of an AW decolorant, stirring and filtering, heating the filtrate, evaporating and crystallizing to obtain decolored ammonium thiocyanate salt. Compared with a physical adsorption method, the decoloring method has the advantages of through decoloring, no heating process and low energy consumption.

The invention provides a glycerine decolorization apparatus convenient to disassemble and assemble. A first decolorization drum is provided with a first chamber, a second decolorization drum is provided with a second chamber, two ends of a connecting drum are respectively detachably connected with the first decolorization drum and the second decolorization drum, a separation plate is arranged in the connection drum, a drum cover is installed at one end, which is away from the connection drum, of the first decolorization drum and seals the first chamber, a first active carbon filter element and a second active carbon filter element are arranged in the first chamber, first ends of the first active carbon filter element and the second active carbon filter element are respectively detachably connected with the drum cover, second ends of the first active carbon filter element and the second active carbon filter element are respectively detachably connected with the separation plate, a plurality of active carbon decolorization layers are arranged in the second chamber, and the plurality of active carbon decolorization layers are respectively detachably connected with the inner wall of the second decolorization drum. By adopting the glycerine decolorization apparatus, the glycerine can be thoroughly decolorized, the decolorization effect is good, and the first active carbon filter element, the second active carbon filter element and an active carbon filter layer can be replaced by dismounting various parts.

The invention discloses a preparation method of a quick discoloring agent for dyeing and printing wastewater, wherein the quick discoloring agent is prepared through a hydrothermal process with a polyethylene oxide-polypropylene oxide-polyethylene oxide triblock copolymer as a template agent, sodium silicate as a raw material and a layered double hydroxide as a main component. The quick discoloring agent has large specific surface area, excellent discoloring capability and short discoloring time, and can completely remove majority of dyes within a short time.

The invention discloses a method for degrading a synthetic dye through a compound system, which belongs to the field of wastewater processing. The method has the following processing steps of: (1) adding printing and dyeing wastewater into a reactor, wherein the chrominance of the printing and dyeing wastewater to be processed is equal to or lower than 50000 times of chrominance; (2) respectively and sequentially adding zero-valent iron, a white-rot fungus film and an acid-secreting bacterium film into the printing and dyeing wastewater; and (3) carrying out decoloring processing after adding the processing materials, reacting under natural conditions at the temperature of 20 to 40 DEG C and under a normal pressure, and stirring once at intervals of 5 to 7 hours until the decoloring rate and the chrominance are kept stable. Through the method, the advantages of individually processing the zero-valent iron and white-rot fungi are integrated, the advantages of higher decoloring rate and lower processing-fluid toxicity are represented, the acting strength of the zero-valent iron and the white-rot fungi can be enhanced through the introduction of acid-secreting bacteria, synthetic dye wastewater can be processed with high efficiency, the decoloring rate reaches more than 85 percent, and compared with a method for individually processing the white-rot fungi, the processing time is shortened by about 43 percent.

The invention discloses a sugar liquid decolorizing tank convenient for replacing activated carbon. The sugar liquid decolorizing tank comprises a supporting frame and a clamping block, a first rotating shaft is installed above the supporting frame, a decolorizing tank body is installed on the right side of the first rotating shaft, a sugar liquid outlet is formed in the lower portion of the decolorizing tank body, and a transmission shaft is installed in the decolorizing tank body; an activated carbon disc is installed on the outer surface of the transmission shaft, a supporting rod is installed below the activated carbon disc, a bearing is installed on the left side of the supporting rod, a fixing frame is installed on the left side of the bearing, a first clamping block groove is formedin the fixing frame, a spring is installed in the first clamping block groove, and the clamping block is installed below the spring; and an activated carbon plate is mounted below the clamping block.The decolorizing tank body capable of rotating on the supporting frame through the first rotating shaft is arranged, and the decolorizing tank body is rotated to the horizontal direction so that theinterior of the decolorizing tank body can be cleaned conveniently.

The invention provides a continuous decolorization and purification device for glycerol. The continuous decolorization and purification device comprises a first main body, a second main body, a third main body and a cover body; a first stirring device is arranged in a first decolorization cavity; a first activated carbon layer is filled in the first decolorization cavity; a second activated carbon layer is filled in a second decolorization cavity; a second stirring device is arranged in a third decolorization cavity; a third activated carbon layer is filled in the third decolorization cavity; a fourth activated carbon layer is filled in the fourth decolorization cavity; a plurality of flat activated carbon filter screens are axially arranged at intervals along a third annular plate in a fifth decolorization cavity and are mounted on the inner wall of the annular plate; and a plurality of annular activated carbon filter screens sleeved outside the third annular plate are arranged in a sixth decolorization cavity. According to the invention, thorough decolorization can be performed on glycerol, and the decolorization effect is favorable; and the first activated carbon layer, the second activated carbon layer, the third activated carbon layer, the fourth activated carbon layer, the flat activated carbon filter screens and the annular activated carbon filter screens can be replaced in time by demounting the cover body, the first main body, the second main body and the third main body.

The invention relates to a rubber wood high-performance decolorizing formula. The rubber wood high-performance decolorizing formula comprises the following components: a sodium chlorite solution, a sodium dodecyl benzene sulfonate solution, a hydrogen peroxide solution, a citric acid solution and a borax solution. After the rubber wood timber is improved for permeability and discolorized by utilizing the decolorizing formula and decolorizing method, the decolorizing depth is increased by 6 to 8 mm, the natural color of the rubber wood timber can be well maintained, and the clarity and attractiveness of the wood texture can be maintained. By virtue of the permeability improvement and decolorizing treatment, the color index of a board made of the rubber wood timber is improved, i.e. the brightness is high, the whiteness is high, the color difference is small, and the color is uniform. By virtue of the permeability improvement and decolorizing, the timber permeability can be effectively improved, paint can easily penetrate into the timber, so that great convenience can be brought to the coating of a product, the product types of the enterprises can be increased, and the economic benefit of the enterprises can be greater.

The invention discloses a preparation method of high quality blood cell protein peptide by using a two-step enzymolysis method, and the preparation method comprises adding an appropriate amount of sodium citrate in fresh pig blood for anticoagulation, using an industrial tubular centrifuge for high-speed centrifugal separation to obtain fresh red blood cells; adding an appropriate amount of water in the fresh red blood cells, regulating pH, adding an appropriate amount of acidic protease S1 for enzymolysis, centrifuging, and removing the centrifugal sedimentation part to obtain a first enzymolysis decolored solution; adding an appropriate amount of neutral protease S2 in the first enzymolysis decolored solution for enzymolysis, adding a very small amount of a harmless non-residual chemical decoloring agent into a secondary enzymatic hydrolysate, heating up to 55-60 DEG C and keeping warm for 3 h to obtain a secondary enzymolysis decolored solution; and performing spray drying of the secondary enzymolysis decolored solution after film falling or ultrafiltration concentration to obtain light yellow enzymolysis protein powder. The invention aims at providing the simple-process high-production-efficiency preparation method of the high quality blood cell protein peptide by using the two-step enzymolysis method.

The invention provides a stevioside saponin decolorizing resin and a preparation method thereof, including suspension polymerization, hydrolysis to prepare intermediate spheres, epoxy chlorohydrin to prepare epoxy spheres, amination, and its application in stevioside solution decolorization ;Introduce hydroxyl groups on the strong base group as the main decolorizing functional group to achieve better contact between the stevioside liquid and the resin surface, to ensure that the decolorizing group can react with the pigment more easily and remove it, so that the resin can decolorize completely , High yield, low sugar loss and good resin strength.

The invention discloses a method of applying a decolorizing agent to treat printing and dyeing wastewater; the method comprises the steps of pretreating, to be specific, setting a thick grid to intercept fine suspended matters and floating matters in the printing and dyeing wastewater and prevent them from entering a decolorizing tank, and performing regular aerating in the decolorizing tank; preparing an alkaline liquid, to be specific, mixing lime and water in a mass ratio of 1:100 to obtain the alkaline liquid; alkalizing the wastewater, to be specific, injecting the alkaline liquid into the decolorizing tank of step I, and adjusting pH to 9-13; preparing a decolorizing agent, to be specific, using water 100 times the decolorizing agent to dilute the decolorizing agent that is a macromolecular flocculation decolorizing agent, stirring well, adding polyacrylamide into water 1000 times the polyacrylamide, and stirring until full dissolution; decolorizing; discharging wastewater, to be specific, adjusting pH of the wastewater to 6-7, and passing the wastewater through a filter outlet filled with spongy iron at certain speed so that the printing and dyeing wastewater is finally decolorized. The method of applying the decolorizing agent to treat printing and dyeing wastewater is more thorough and efficient in decolorizing the wastewater during treatment.

The invention discloses a detachable high-efficiency glycerinum decoloring device which comprises a first decoloring cylinder and a second decoloring cylinder, wherein the first decoloring cylinder and the second decoloring cylinder are respectively in detachable connection with a connecting cylinder; the first decoloring cylinder is internally partitioned into a first decoloring cavity, a second decoloring cavity and a third decoloring cavity by a first annular filtering net and a second annular filtering net; a first stirring device is arranged inside the first decoloring cavity; the second decoloring cavity is filled with a first activated carbon decoloring layer; the third decoloring cavity is filled with a second activated carbon decoloring layer; the second decoloring cylinder is internally partitioned into a fourth decoloring cavity, a fifth decoloring cavity and a sixth decoloring cavity by a third annular filtering net and a fourth annular filtering net; a second stirring device is arranged inside the fourth decoloring cavity; the fifth decoloring cavity is filled with a third activated carbon decoloring layer; the sixth decoloring cavity is filled with a fourth activated carbon decoloring layer. By adopting the detachable high-efficiency glycerinum decoloring device, glycerin can be thoroughly decolored, and activated carbon of the first activated carbon decoloring layer, the second activated carbon decoloring layer, the third activated carbon decoloring layer and the fourth activated carbon decoloring layer can be replaced by detaching different parts.

The invention discloses a balance adjustment device of printing and dyeing wastewater treatment equipment. The balance adjustment device structurally comprises a machine case, an upper closing plate,a balance adjustment device body and an external pipeline, wherein the upper closing plate is horizontally installed on the upper surface of the machine case. Wastewater obliquely passes through a flow guide ring and then helically flows into a rotating touch mechanism along flowing blades on a rotation wheel disc, meanwhile, the rotation wheel disc is driven by the wastewater to rotate, so that arotating rod rotates along with the rotation of the rotation wheel disc, the rotating rod drives a locking hemisphere to drive a surround press plate to rotate, and an arc-shaped slotted disc is madeto rotate along rolling ring balls; when the rolling ring balls rotate, the arch-shaped slotted disc is squeezed, so that the arc-shaped slotted disc pushes a foot stand ladder to push the surround press plate, the surround press plate can conduct round rolling compaction around a flexible arc-shaped plate while rotating, internal rotation adjustment can be conducted on material net balls, a mineral adsorbent can be uniformly distributed, and complete decoloration, dephosphorization and deodorization can be achieved.

A method for preparing natural ferulic acid from soapstock containing oryzanol, comprising the following steps: alkali-alcohol hot-melt filtration, acid precipitation separation, organic solvent decolorization at normal temperature, alkali-alcohol thermal reflux hydrolysis, cold analysis separation, acidification and cold storage Desalination, ultrafiltration membrane refining, alumina decolorization, solvent recovery, solid-liquid separation, drying, etc. to prepare natural ferulic acid. In the present invention, the content of oryzanol in the raw material is firstly increased to 50-70 wt%, and then hydrolyzed by hot-melting and refluxing with an alkali-alcohol solvent, and through the synergistic effect of purification and decolorization of oryzanol before hydrolysis and refining and decolorization of ferulic acid alcohol solution after hydrolysis, high-purity, pure White natural ferulic acid. The process of the present invention has the remarkable advantages of high yield, high purity, and complete decolorization; the reaction is milder than that of high-temperature concentrated alkali hydrolysis, the alkali concentration is lower, the dosage is less, and the conversion is complete; the production process is simple and the cost is low; The requirement of vanillin on the naturalness of raw materials has created obvious economic and social benefits.

The invention discloses a novel water treatment agent and a preparation method and application thereof. The water treatment agent consists of a water quality conditioning agent and a magnesium-iron composite decoloring flocculating agent; the water quality conditioning agent is prepared by the following formula which comprises the components in parts by weight: 50-90 parts of calcium oxide, 10-40 parts of aluminium potassium sulfate and 10-30 parts of magnesium sulfate heptahydrate; and the magnesium-iron composite decoloring flocculating agent is prepared by the following formula which comprises the components in parts by weight: 5-30 parts of ferrous sulphate, 60-90 parts of magnesium sulfate heptahydrate and 0.1-5 parts of flocculation increasing agent. The water treatment agent can be used for waste water treatment of industrial waste water, especially in the leather industry, the fur industry and the textile printing and dyeing industry with serious pollution. When being used for sewage treatment, the water treatment agent has little investment, fast effect, good treatment effect and no secondary pollution; and the water treatment agent has low cost, and the production method is simple and convenient and has no pollution.

The invention discloses a detachable high-efficiency glycerinum decoloring device which comprises a first decoloring cylinder and a second decoloring cylinder, wherein the first decoloring cylinder and the second decoloring cylinder are respectively in detachable connection with a connecting cylinder; the first decoloring cylinder is internally partitioned into a first decoloring cavity, a second decoloring cavity and a third decoloring cavity by a first annular filtering net and a second annular filtering net; a first stirring device is arranged inside the first decoloring cavity; the second decoloring cavity is filled with a first activated carbon decoloring layer; the third decoloring cavity is filled with a second activated carbon decoloring layer; the second decoloring cylinder is internally partitioned into a fourth decoloring cavity, a fifth decoloring cavity and a sixth decoloring cavity by a third annular filtering net and a fourth annular filtering net; a second stirring device is arranged inside the fourth decoloring cavity; the fifth decoloring cavity is filled with a third activated carbon decoloring layer; the sixth decoloring cavity is filled with a fourth activated carbon decoloring layer. By adopting the detachable high-efficiency glycerinum decoloring device, glycerin can be thoroughly decolored, and activated carbon of the first activated carbon decoloring layer, the second activated carbon decoloring layer, the third activated carbon decoloring layer and the fourth activated carbon decoloring layer can be replaced by detaching different parts.

The invention belongs to the field of traditional Chinese medicines, and relates to glycopeptide extract from ganoderma spore powder, a method for extracting the glycopeptide extract and application thereof. The method sequentially includes steps of extracting the ganoderma spore powder by the aid of concentrated alcohol; extracting the ganoderma spore powder by the aid of diluted alcohol; combining concentrated-alcohol extract liquid and diluted-alcohol extract liquid with each other to obtain mixed extract liquid and degreasing the mixed extract liquid by the aid of diethyl ether; removing impurities from the mixed extract liquid and decolorizing the mixed extract liquid; purifying the mixed extract liquid by the aid of resin. The method preferably further includes steps of further treating ganoderma spore powder residues by the aid of aqueous extraction, alcohol precipitation and refining steps. The ganoderma spore powder residues remain after the ganoderma spore powder is extracted by the aid of the concentrated alcohol and the diluted alcohol. The glycopeptide extract is prepared by the aid of the method. The glycopeptide extract, the method and the application have the advantages that the method for extracting the glycopeptide extract from the ganoderma spore powder is easy and convenient to implement and low in cost and is environmentally friendly and safe, good extraction effects can be realized, structures of the glycopeptide extract can be prevented from being destroyed, solvents can be recycled, and industrial production can be facilitated; excellent effects can be realized by the glycopeptide extract when the glycopeptide extract is used for increasing leukocytes.