40results about How to "Guaranteed enrichment" patented technology

The invention belongs to the field of ammonia nitrogen-containing wastewater treatment, and discloses a method for rapidly starting completely autotrophic ammonia removal. The method is a wastewater treatment method, and comprises the following steps: 1, seed sludge preparation; 2, seed sludge inoculation; 3, biofilm colonization; and 4, running starting. The method for rapidly starting completely autotrophic ammonia removal has the advantages of shortened starting period, reduction of the aeration rate and the hydraulic retention time, improvement of the adaptability of microbes in sludge in a large water temperature change range, reduction of the investment cost of nutrient demands in the domestication process of sludge, substantial saving of the starting period, and improvement of the running stability of a system.

The invention discloses a stainless steel pickling waste water resource recycling method. The method includes the steps of firstly, conducting reduced pressure evaporation on mixed acid of hydrofluoric acid and nitric acid so that acid recycling can be achieved; secondly, separating out and recycling iron in the solution; thirdly, gathering diluted acid, nickel and chromium in a circulating mode; fourthly, recycling diluted acid through a film method; fifthly, conducting neutralization and iron recycling; sixthly, separating nickel and chromium and recycling nickel; seventhly recycling chromium. By means of the method, efficient recycling of valuable metal resources such as nitric acid, hydrofluoric acid, iron, chromium and nickel is achieved, purified water can stably reach the standard, and the method is remarkable in economic benefit.

The invention discloses a processing method of functional brown sugar rich in polyphenols. The processing method comprises following steps: sugarcane is juiced so as to obtain a raw material liquid, lime milk is added, and an obtained mixture is heated so as to obtain a heated raw material solution; a first-grade ceramic membrane is used for filtering so as to obtain a first grade membrane clear juice and a first grade membrane condensed juice; a second membrane is used for filtering so as to obtain a second membrane grade clear juice and a polyphenols-enriched second grade membrane condensed juice; and the polyphenols-enriched second grade membrane condensed juice is used for producing the functional brown sugar rich in polyphenols, wherein at least one or a plurality of ingredients selected from colla corii asini, red date, longan, Angelica sinensis, Radix Codonopsis, Chinese wolfberry, bulbus lilii, herba leonuri, and ginger are taken as functional ingredients, and are decocted with water so as to obtain a solution, or dried and smashed into powder, the polyphenols-enriched second grade membrane condensed juice is subjected to evaporation concentration and is mixed with the solution or the powder, and sugar boiling, graining, moulding, and packaging are carried out so as to obtain the functional brown sugar rich in polyphenols. According to the processing method, effective enrichment of polyphenols is realized, a plurality of functional ingredients which can be taken as both medicine and food are added, the content of polyphenols is 4 to 8 times higher than that of brown sugar obtained via traditional technology, and brown sugar quality and nutrient value are improved.

The invention discloses an active sampling system for water-air interface POPs (persistent organic pollutants) and a volatilization flux calculating method; a sampling device comprises a water-air gas collection module and a gas sample enrichment module; the water-air gas collection module comprises an organic glass barrel and a suspended balloon; the organic glass barrel is fixed in the suspended balloon, and the lower edge of the organic glass barrel overlaps with the lower edge of a suspending ring; the gas sample enrichment module comprises an SPE (solid phase extraction) column, a flow velocity meter, a vacuum pump, a first polytetrafluoroethylene pipe and a second polytetrafluoroethylene pipe; one end of the first polytetrafluoroethylene pipe is inserted into a rubber plug and into the SPE column, the other end of the first polytetrafluoroethylene pipe is connected to a gas sampling hole of the organic glass barrel; one end of the second polytetrafluoroethylene pipe is connected to one porous end of the SPE column through a silicone pipe, and the other end is connected to an inlet of the flow velocity meter; an outlet of the flow velocity meter is connected to the vacuum pump. The active sampling system is economical, efficient, portable and easy to operate, and has high sampling efficiency.

The invention discloses a method for testing the destructive effect and the performance impact of alkali metal and zinc vapor to coke. The method comprises the following steps: uniformly mixing excessive active carbon powder and alkali metal carbonate or zinc oxide, arranging the mixture in a corundum crucible internally provided with a step, arranging a porous corundum gasket on the step in the crucible, arranging a reacting coke sample on the gasket, covering a cover, keeping a container in a sealing state; arranging the container in a constant-temperature region of a muffle furnace, raising the temperature to 1300 DEG C at a certain rate, keeping the temperature for 90min to ensure that metal steam is completely absorbed by coke; after reacting, recording the mass of a coke sample with the particle size being more than 23mm, calculating the specific gravity of the pulverized coke; and testing a thermal state performance of a sample which is eroded by metal vapor. The method is capable of singly representing a direct destructive effect of the metal vapor to the coke, is beneficial to finding a relationship between the steam enrichment and the coke performance, and provides a quantization basis for reasonably controlling an alkali load and a zinc load which are charged in a blast furnace.

The invention discloses a traditional Chinese medicine spray for treating plaster allergy and a preparation method thereof. The spray is composed of the following raw materials by weight percentage: 50% to 70% of fresh hawthorn, 20% to 30% of green plum, and 10% to 20% of tangerine peel; the ingredients and dosage of auxiliary materials are as follows: glycerin 5%~10%, water-soluble azone 0.5%~1.5%. Its preparation method is as follows: take the processed fresh hawthorn, green plum and tangerine peel, soak them in 30% to 40% ethanol solution for several hours, separate the extraction solution and concentrate it under reduced pressure until it has no alcohol smell; the concentrated solution is injected into the macropore Resin column, eluted with water to remove impurities, collected 10% ethanol eluate, concentrated to a certain volume, added glycerin and water-soluble azone after filtration, and stirred evenly. Pharmacodynamic tests prove that the inventive medicine has significant anti-inflammation and anti-delayed hypersensitivity effects, and has a definite therapeutic effect on plaster allergy.