42 results about "Sodium Glycollate" patented technology

The invention relates to the field of pharmaceutical preparations, and particularly discloses a palbociclib pharmaceutical composition and a method for preparing the same. The palbociclib pharmaceutical composition comprises, by weight, 20%-30% of palbociclib, 30%-40% of pregelatinized starch, 20%-30% of lactitol, 3%-5% of starch sodium glycollate, 4%-6% of hydroxyethyl methyl celluloses, 3%-5% ofhydroxyethyl celluloses and 1%-3% of citric acid fatty glyceride. The palbociclib pharmaceutical composition and the method have the advantages that excellent dissolution effects can be realized by the palbociclib pharmaceutical composition, the contents of related substances can be obviously reduced, the stability can be obviously enhanced, and clinical medicines can be advantageously safely used and can be advantageously stored for a long term; the particle sizes of raw auxiliary materials are controlled, accordingly, the palbociclib pharmaceutical composition is good in mixing property andflowability as discovered via experiments, and capsules can be directly filled with the palbociclib pharmaceutical composition by means of mixing.

The invention discloses a recycling processing technology for high-salt wastewater during carboxymethyl cellulose production. The processing technology combines extraction and graded crystallization technologies. In the graded crystalization process, through multi-effect (or mechanical recompression) evaporation crystallization, crude salt is recovered from wastewater and condensate water is evaporated, the condensate water reaches the industrial reuse water standard, and refined salt is prepared from crude salt through washing; and then through cooling crystallization, sodium glycollate crystal is separated out, the crystallization mother liquid is used for a next crystallization process, so that closed cycle is realized. In the above graded crystallization process, ethoxyacetic acid is obtained by performing extraction separation on a concentrated liquid, and the viscosity is reduced. The method is simple in operation, low in cost and high in separation recovery rate. The whole processing technology employs closed cycle, has no pollutants, and is easy for industrialization. The technology helps to solve the high-salt wastewater processing problem in the carboxymethyl cellulose production process, also helps to realize the recycling processing purposes of turning harm into good and changing wastes into valuables, and has substantial economic, social and environment benefit.

The invention relates to the field of chemistry and discloses a devulcanizing additive as well as a preparation method thereof. The devulcanizing additive is prepared from the following components in parts by weight: 30-40% of adipic acid, 15-25% of sodium benzoate, 15-25% of sodium glycollate, 15-25% of sodium acetate and 10-15% of sodium chloride. Under the premise that the existing device is not randomly changed, the desulphurization efficiency can be greatly improved, the energy consumption can be reduced to a certain degree, and the quality of gypsum as a byproduct is improved, so that a new choice is provided for a power plant.

The invention relates to the field of chemical engineering and discloses a desulfuration additive and a manufacturing method thereof. The desulfuration additive comprises, by weight, 15% of benzoic acid, 20 to 30% of adipic acid, 10% of sodium benzoate, 10 to 20% of sodium glycollate, 5 to 10% of sodium acetate, 10 to 15% of magnesium oxide, and 15 to 20% of magnesium sulfate. The desulfuration additive greatly improves desulfuration efficiency, appropriately reduces energy consumption and improves by-product gypsum quality under the premise of no reconstruction of the existing device. The desulfuration additive provides a novel choice for the power plant.

The invention relates to a preservation culture solution of bacterial strain for efficiently degrading lignocellulose and a preparation method of the culture solution, belonging to the field of biotechnology. The culturing solution provided by the invention is characterized in that each 1L of deionized water contains the following materials: magnesium sulfate, ferric sulfate, ammonium nitrate, glutamine, sodium molybdate, cobalt chloride, potassium iodide, monopotassium phosphate, yeast powder, glucose, sulfuretted sodium glycollate, citric acid, starch, beef extract, asparagine and peach gum. The culturing solution is added with multiple nutrient elements which can promote the bacterial strain for degrading lignocellulose to rapidly and stably grow; the culturing solution is simple in preparation method, low in equipment investment, low in material cost and can accurately, stably and efficiently cultivate excellent bacterial strains with good adaptability; and the lignocellulose degrading activity of the obtained bacterial strain is higher than that of the bacterial strain naturally grown in natural world.

The invention discloses an energy storage lead-acid battery life-extension liquid and a preparation method thereof. The energy storage lead-acid battery life-extension liquid comprises the following parts of raw materials by weight: 10-16 parts of fosetyl-aluminum, 16-27 parts of dithiothreitol, 6-14 parts of diallyl dimethyl ammonium chloride, 11-15 parts of sodium thioglycolate, 6-12 parts of chromium chloride, 5-10 parts of azelaic acid, and 45-60 parts of water. The energy storage lead-acid battery life-extension liquid of the present invention is compounded by fosetyl-aluminum, dithiothreitol, diallyl dimethyl ammonium chloride, sodium thioglycolate, chromium chloride, sebacic acid and water. The battery prepared by using the energy storage lead-acid battery life-extension liquid hasthe advantages of high cycle life, low capacity decay speed, strong charging acceptance, and the like, and has good social value and economic value; and the preparation method is simple and beneficialto realize industrial production.

The invention discloses a productive technology of vanlillin by a glyoxylic acid method. The productive technology comprises a synthesis process, a fractionation process and a purification process, wherein the synthesis process comprises condensation treatment, oxidation treatment and decarboxylation treatment of methyl catechol and glyoxylic acid. The productive technology particularly comprisesthe following steps: respectively converting the methyl catechol and the glyoxylic acid into guaiacol sodium and sodium glyoxylate in a sodium hydroxide system; carrying out condensation treatment onthe guaiacol sodium and the sodium glyoxylate; after recovering the unreacted methyl catechol in a condensation liquid, carrying out oxidation treatment, namely carrying out catalytic oxidation on anethanol group in 4-hydroxy-3-methoxybenzene sodium glycolate by using copper oxide in the sodium hydroxide system to form a ketone group, thereby generating a corresponding ketonic acid compound; after separating red copper oxide particles from an oxidation liquid, carrying out decarboxylation treatment, namely using sulfuric acid to acidize the oxidation liquid, and simultaneously converting an acid group in the ketonic acid compound into carbon dioxide so as to generate 4-hydroxy-3- methoxybenzaldehyde; and carrying out the fractionation process and the purification process to obtain the vanlillin.

The invention discloses a treatment method adopting cellulose ether solvent to recycle vinasse, which comprises the following steps: during the production process of cellulose ether, an organic solvent medium is adopted to distill the vinasse generated during the recycling process to a supersaturated solution or until the moisture is completely evaporated to dryness, ethyl acetate is adopted to perform first extraction so as to filter and separate lost cellulose ether, the ethyl acetate is distilled for recycling, and the leftover after distillation is a secondary product of etherifying agent; first extraction is performed on the subnatant, quantitative hydrogen chloride is added for acidification, then ethyl acetate is added for secondary extraction so as to recycle acetic acid or glycollic acid, the ethyl acetate is distilled and recycled for recycling, the leftover after distillation is acetic acid or sodium glycollate, secondary extraction is performed on the subnatant, alkali is adopted for neutralization, concentration is performed continuously, and sodium chloride is filtered and recycled. According to the invention, as less organic solvent in the concentrated solution is evaporated, and the organic solvent can be used together with a washing solution in the production technology of cellulose ether, zero emission of the three wastes during the production process of the cellulose ether is realized, waste material is changed into things of value, and higher economic benefit is obtained.