53results about How to "Fully enriched" patented technology

The invention discloses a CO2 full capture and H2S enrichment process. According to the process, a low-temperature methanol washing process and an acid gas extraction concentration process are effectively combined, and a nitrogen gas extraction system and an H2S enrichment tower are canceled, so that no nitrogen gas consumption is in a running process and the running cost of the process is reduced; finished low-pressure CO2 gas in the low-temperature methanol washing process is fully utilized to cool acid gas, so that the solubility of an MDEA (methyldiethanolamine) solution is improved, at least 5% of MDEA solution circulation volume is reduced, and the energy consumption is lowered; a tail gas washing and discharging system is not configured, no tail gas is generated in the running process, and more than 99.5% of CO2 gas in coarse synthesis gas can be recovered and turned into finished high-concentration CO2 gas, so that the full capture of the CO2 gas is achieved, the volume concentration of the H2S gas in the H2S-rich acid gas is more than 70%, and the full enrichment of the H2S gas is achieved.

The present invention relates to an ultrasonic synergistic nano photocatalytic air sterilization and purification equipment. It includes the following several portions: shell body, upper water tank, lower water tank, water inlet valve, water outlet valve, miniature water pump, filtering screen, ultrasonic air energy transducer, filter, photocatalysis three-dimensional screen, ultrasonic reflecting plate and sterilization UV-light. Said invention also provides the connection mode of all the above-mentioned portions and the working principle of said air sterilization and purification equipment.

The invention discloses the effective extract of Chinese silkuine bark with cardotonic function and its preparing process and use thereof, where the preparation process includes, (1) abstraction of Chinese silkuine bark by using 40%-80% alcohol or 40%-100% methyl alcohol as extracting agent, purifying through macroscopic adsorption resin column, eluting with 2-10 times of resin bed volume ethanol, collecting the eluent, concentrating, and drying.

The invention discloses a denitrification technology for printing and dyeing wastewater. The technology comprises steps as follows: step 1, a denitrification system for the printing and dyeing wastewater is established and comprises an anaerobic hydrolysis tank, a low-oxygen tank, an aerobic tank and a denitrification filter which communicate with one another sequentially; step 2, the to-be-degraded printing and dyeing wastewater enters the anaerobic hydrolysis tank from a water inlet of the anaerobic hydrolysis tank, 5%-10% of sewage after hydrolysis directly enters the denitrification filter, and residual sewage flows into the low-oxygen tank; step 3, the sewage flows into the aerobic tank for denitrification treatment via the low-oxygen tank, residual sludge produced by the aerobic tank and a nitrification liquid flow back to the anaerobic hydrolysis tank in the ratio being 25%-35%, and the residual nitrification liquid flows into the denitrification filter; step 4, a sludge and water mixture obtained through backwashing by the denitrification filter also flows back to the anaerobic hydrolysis tank in the ratio being 15%-25%, and residual sewage is discharged out of the system after denitrification filtration. The technology has the advantages of good treatment effect, low sludge yield, small occupied area of the system and low operation cost.

Relating to the field of feed processing, the invention discloses a feed for improving chicken immunity and a preparation method thereof. The feed for improving chicken immunity comprises the following raw materials: corn flour, rice bran, soybean meal, peanut cake, fish meal, bone meal, salt, vitamin and a pepper extract. The preparation method of the feed includes: firstly conducting enzymolysis treatment on crude pepper powder to make the pepper extract, then making the pepper extract and other raw materials into granulated feed. According to the invention, active substances in the crude pepper powder involved in the feed can be efficiently released after enzymolysis, and can be easily digested, absorbed, utilized and enriched by chickens, therefore the feed can effectively improve chicken immunity and enhance the disease resistance.

The invention relates to a deep processing technology for coal tar, and specifically relates to a technology for extracting and purifying naphthalene from the coal tar. The technology solves the technical problems of utilizing efficiency of the coal tar and purifying and deep processing of the naphthalene, so the technology for extracting and purifying the naphthalene from the coal tar is provided. The technology comprises an alkali washing step, dephenolizing the naphthalene distillation oil through the alkali washing step, and a dehydrating step, heating the material to a temperature between 210-215 DEG C and inputting the material into a primary distillation tower, preliminarily separating the raw material in the primary distillation tower, letting phenol oil to overflow from the top of the primary distillation tower and to enter a condenser for cooling followed by entering an oil-water separator for separating of the water, obtaining the phenol oil and inputting the phenol oil to the primary distillation tower again, letting the naphthalene oil and wash oil fraction distillated from the primary distillation tower to flow to a storage tank at the bottom of the primary distillation tower, and inputting a portion of the oil to a tube heating furnace of the primary distillation tower for heating and returning back to the bottom of the primary distillation tower after the oil is heated; inputting the rest of the oil into a rectifying tower, circulatingly heating the oil in the rectifying tower and a tube heating furnace of the rectifying tower to keep the oil at a temperature of 215-220 DEG C, letting gas naphthalene to overflow from the top of the rectifying tower and to pass through a heat exchanger and a condenser to become a liquid state naphthalene oil, and filling the oil into a collecting groove and sending the oil to a crystallization technology section for processing.

The invention discloses a budesonide R capsulated powder inhalation and a method for preparing the same. The budesonide R capsulated powder inhalation comprises a capsule shell and capsule contents which consist of 0.1 to 10 percent of budesonide R ultra-fine powder and 90 to 99.9 percent of carrier, wherein the average particle diameter of the budesonide R ultra-fine powder is between 1 and 5 mu m, and the particle diameter of the carrier is less than 160 mu m.

The invention discloses a method for enriching and purifying organic pollutants in water, which comprises the following steps of: (1) performing reversed phase solid extraction of a water sample, and removing polar impurities to obtain an eluate containing organic pollutants and non-polar impurities; and (2) performing positive phase solid extraction of the eluate obtained in step (1), and removing non-polar impurities to obtain an eluate containing organic pollutants. The inventive method enriches and purifies organic pollutants in water by using 'reversed phase-positive phase' two-phase solid extraction technique. The inventive method has high accuracy and high recovery rate; and can be used for enriching and purifying organic pollutants in urban water resource water and drinking water.

The invention discloses a peony petal extract as well as a preparation method and the application thereof. The preparation method of the peony petal extract provided by the invention comprises the following steps: (1) drying and crushing peony petals, adding an organic acid-organic solvent-water mixed solvent for ultrasonic extraction, and collecting and combining extracting solutions to obtain a crude extracting solution; (2) concentrating the crude extract obtained in the step (1) under reduced pressure until no organic solvent smell exists, adding an aqueous alkali solution, adjusting the pH value of the solution to 11.0-13.0, filtering to remove insoluble substances, extracting the filtered solution with ethyl acetate, and removing the ethyl acetate extract to obtain an aqueous alkali extract; and (3) acidifying the alkaline water extract obtained in the step (2) with acid water, extracting with ethyl acetate to obtain an ethyl acetate extract, removing the solvent, and drying to obtain the target extract.

The invention provides a treatment method for bone grain production wastewater. The wastewater is filtered by the procedures such as flocculation, adsorption, solid-liquid separation, reverse osmosisfiltration, concentrating, homogenizing and drying. In the treatment method, a low-price natural organic polymeric flocculant is coordinated with a combined adsorbent for use, so that oil and proteinin the wastewater are sufficiently enriched, and an integral wastewater treatment process is simplified; by means of a reverse osmosis technology, required concentrated and dried wastewater is reducedby 50 percent, energy consumption of subsequent procedures is reduced, and the treatment cost of the wastewater is reduced.

The invention discloses a method for separating and purifying anti-allergic components in perilla leaves. The method comprises the steps that first, fresh perilla leaves are subjected to normal temperature shade dryness, crushing and sieving, solvent soaking and enhanced mass transfer method for extraction to obtain crude perilla anti-allergy components; then thin layer chromatography is used fordetermining an elution solvent, silica gel column chromatography and dextran gel column chromatography are used for purifying perilla anti-allergic crude extract components to obtain a high anti-allergic activity perilla extract with the hyaluronidase inhibition rate being as high as 89.76%. The method for separating and purifying the anti-allergic components in perilla leaves has the advantages of simple operation, less use time, high yield, significant activity and good reproducibility of results, and is suitable for the separation and purification of most plant active substances.

The invention belongs to the technical field of bone tissue engineering, and particularly relates to a high-activity bone construction method based on a bone marrow suction enrichment system, which comprises the following steps: soaking an allogeneic bone decalcification scaffold in a prepared peptide solution, and flushing after soaking to obtain a self-assembled polypeptide modified allogeneic bone decalcification scaffold; putting the prepared enrichment material into an inner tank body of a material mixing and stirring tank of a bone marrow suction enrichment system, and enriching according to preset time; and after the enrichment is completed, discharging the waste liquid in the material mixing and stirring tank to obtain the constructed high-activity bone repair material. The problems that in the prior art, the bone taking mode is not accurate, and bone forming materials are prone to losing can be solved.

The invention belongs to the technical field of soil pollution treatment and garden construction, and particularly relates to a garden landscape construction method for moderate-light heavy metal contaminated soil. The method comprises the following steps: 1, soil sealing and isolating; 2, soil detection; 3, plant variety screening; and 4, planting plants: planting the heavy metal enriching or tolerant plants screened in the step 3. According to the method, the polluted soil is used as engineering terrain modeling and planting soil in garden design; corresponding isolation measures are taken and heavy metal enrichment plants are planted for a long time to reduce the content of heavy metals in the soil; the garden planning can be performed for more than ten years to dozens of years, or evenhundreds of years, so that the plants have sufficient time to purify the soil. The method can fully utilize the contaminated soil, and the contaminated soil can be purified by the plants in the long-term growth process of the plants on the premise that no extra site is occupied.

The invention relates to a phenol-containing wastewater treatment method, which adopts liquid membrane extraction to treat phenol-containing wastewater, and comprises the following steps: 1, measuring the phenol content in the phenol-containing wastewater, adding a liquid membrane extract according to the measured phenol content, and fully mixing the liquid membrane extract and the phenol-containing wastewater at a stirring speed of 60r/min, reacting phenol in the phenol-containing wastewater with sodium hydroxide in the liquid membrane extraction liquid for 10 min; 2, performing standing for 10 min after the reaction is completed, layering a water phase and an emulsion phase, and separating the water phase from the emulsion phase to obtain an emulsion containing sodium phenate; and 3, stirring the emulsion containing sodium phenate obtained in the step 2 at a stirring speed of 1500r/min for 3-10min for demulsification, performing standing for 20min after demulsification is completed, layering a water phase and an oil phase, separating the oil phase from the phase, and continuing to use the oil phase as a preparation raw material of the liquid membrane extraction liquid. According to the method, phenolic compounds in the wastewater can be effectively enriched into the emulsion, the extraction liquid can be repeatedly used, the extraction efficiency is high, the energy consumption is low, and resources can be effectively saved while wastewater treatment reaches the standard.

The invention provides a method for detecting the content of formamide in a product. The method comprises the following steps: crushing the product, extracting in a nitrile solution, filtering, and detecting the content of the formamide in the product by adopting a high performance liquid chromatography. According to the method, the nitrile solution is used as the extraction solvent to extract the formamide in the product, and water and acetonitrile are used as mobile phases when the high performance liquid chromatography is used for detection, so that the loss of the formamide in the extraction process and the detection process can be reduced, and the method has the advantages of high extraction efficiency, high detection precision and high sensitivity.