169 results about "Glucin" patented technology

The invention relates to a multi-functional sugar alcohol calcium leaf fertilizer which comprises 20-30 parts by weight of polyol, 15-20 parts by weight of calcium nitrate, molybdate, a boron type compound and the balance of water, wherein the weight of the molybdate is 0.1-2 percent of the weight of the polyol; the weight of the boron type compound is 0.1-2 percent of that of the polyol. A preparation method of the multi-functional sugar alcohol calcium leaf fertilizer comprises the following steps: transforming a glucose solution into mannose by means of partial epimerization; performing hydrogenation reaction to prepare mixed alcohol of mannitol and sorbitol; subsequently allowing the mixed alcohol to react with the calcium nitrate to prepare the multi-functional sugar alcohol calcium leaf fertilizer. The leaf fertilizer disclosed by the invention is good in water solubility, capable of enabling a leaf to absorb abundant calcium elements coexisting in a sugar alcohol complexed state and beneficial for solving physiological barriers caused by the fact that the calcium elements can not reach tender positions easily.

The invention relates to a topical medicine dressing preparation containing combination of garlic glycosides and bioactivity compositions and the application thereof. The preparation is made of the following materials by weight portions: 30-80 portions of the sticky combination of the garlic glycosides and the bioactivity compositions, 30-70 portions of ginger and 0.1-30 portions of Chinese herb. The three materials are smashed and mixed into paste. The topical medicine dressing preparation containing the combination of the garlic glycosides and the bioactivity compositions can improve the adjuvant therapy effects on various diseases accordingly, and the absorption rate of human body to bioactivity components, glucose molecules and drugs and has the functions of dredging blood vessels, especially capillaries, inhibiting the generation of vascular distensible zymose, softening capillary walls and preventing the excessive condensation of platelets. The capillaries are expanded and channels and collaterals at acupuncture points are dredged. The effect of moxibustion is strengthened. The moxibustion treatment course is shortened, and the cure effect is improved.

The invention relates to a technique for glycosylated degradation of white spirit waste lees to prepare fermentalbe sugar, which includes the procedures of drying and grinding of the white spirit waste lees, glycosylated degradation, the separation of saccharic acid, and the like. The technique is as follows: mixing ground waste lees with hydrogen chloride with mass fraction of 2% according to mass per unit volume of 1:10 for glycosylated degradation and collecting the filtrate; letting the filtrate pass through a chromatographic column which is filled with anionic resin, eluting through distilled water and collecting the eluate by step; and combining the eluates with sugar content equal to or more than 0.5 to be recovered sugar liquid. The recovered sugar liquid can be used as material for alcohol fermentation or other fermentations after being concentrated, and the used anionic exchange resin can be regenerated through NaOH. The concentration of the reducing sugar in the recovered sugar liquid prepared through the technique is equal to or more than 1%, wherein the content of dextrose is 55%, the content of xylose is 35% and the content of others is 10%; and the separation and recovery rate of the saccharic acid is more than 75%. The saccharic acid separation process is low in cost and no harmful impurities such as sulfate radical and the like are left behind, so the fermentalbe sugar has little effect to the subsequent alcohol fermentation or other fermentations. Therefore, the fermentalbe sugar is ideal material for alcohol fermentation and other fermentations.

The invention discloses the production of menadione, in particular disclosing a method for manufacturing menadione through combining with a chrome tanning agent. The method is characterized in that the method comprises the following (1) a step of preparing menadione, during which, methylnaphthalene, water and EL series emulsifying agents are added in a first reaction bulb; moreover, sodium bichromade and water are added in a second reaction bulb, and concentrated sulfuric acid is added slowly while stirring for cooling down; then prepared red liquor is slowly dripped into the first reaction bulb while stirring, and is filtered and dried so as to obtain bright yellow crystallized menadione powder; and (2) a step of preparing basic chrome sulphate, during which, the mother liquor obtained during preparing menadione is taken out, and sodium bichromade and dextrose solution are added in order; and chrome tanning agent basic chrome sulphate is obtained after spray drying. Through adopting a chrome tanning agent basic chrome sulphate production device to carry out joint production for menadione, the method realizes maximization of resource utilization; moreover, the method greatly reduces production cost for both sides and the release of waste liquids.

The invention discloses a method and device for preparing 5-hydroxymethylfurfural through high fructose corn syrup. The high fructose corn syrup is used as a raw material, acid is used as a catalyst,and in an aqueous solution, through a continuous process reaction, fructose and glucose in the high fructose corn syrup are converted to generate the 5-hydroxymethylfurfural. According to the method and device for preparing the 5-hydroxymethylfurfural from the high fructose corn syrup, for the difference of the conversion conditions of the fructose and the glucose in the high fructose corn syrup,a mode of double-reaction-kettle in series is adopted, in the aqueous solution, the fructose and the glucose are converted to generate the 5-hydroxymethylfurfural through the continuous process reaction, in the reaction process, a pure organic solvent is added, the 5-hydroxymethylfurfural in a reaction system is transferred to an organic layer in real time to be extracted in real time, the yield of the 5-hydroxymethylfurfural is further increased, the continuously extracted organic solvent is recycled through reduced pressure distillation, a water phase can be recycled for many times after impurities of the water phase are removed through an adsorption tower, on the one hand, the production cost is effectively lowered, and on the other hand, emission of three wastes is reduced, and thus the pressure of environmental protection in the production process is decreased.