499results about How to "Fully utilize" patented technology

The invention relates to a preparation method and application for efficient urea and a relative, and the preparation method and application is formed by the polymerization amino acid or the salt with a weight proportion of 0.01 to 2.0, urease inhibitor with weight proportion of 0.01 to 0.2, the nitrification inhibitor with weight proportion of 0.01 to 0.6, and the common urea with weight proportion of 97.2 to 99.97. The efficient urea is produced by adding the mixture solution of polymerization amino acid or the salt, the urease inhibitor and the nitrification inhibitor into the common urea at fusing state, and then mixing and granulating. The invention provides the application of the efficient urea in agriculture; for the field crop, the economic crop, the fruit and vegetable, and the flowers, the efficient urea can promote to comprehensively regulate the physiological and biochemical effect inside the plant so as to sufficiently excite the plant endogenous somatotropin and accelerate the nutrition producing, as well as improving the utilization and absorption of the urea, increasing the utilization rate by 20 percent to 60 percent. By the bonding effect of the polymerization amino acid or the salt molecule chemical bond and the effect of the urease inhibitor and the nitrification inhibitor, the invention slowly releases the urea in the soil, and increases the releasing time from 50 days up to around 120 days.

This invention describes a process for catalytic pyrolysis, comprising the steps of: (1) introducing the reactants into a pre-heater, wherein the reactants are vaporized into gases; (2) introducing the mixed solutions containing ultrafine or nanoscale catalyst into the pipeline between the pre-heater and the reactor, or directly into the reactor, wherein the said ultrafine or nanoscale catalyst is uniformly mixed with the process (1) wherein said gaseous reactants; (3) pyrolysis of the said uniform mixture in the reactor. The average diameter of the said ultrafine or nanoscale catalyst is in the range of 1nm-100ª–m. This invention resolves such problems existing in the present fixed-bed reaction process as easy carbonization of the catalyst, a short service periodic and frequent need for recovery. The process of this invention is easy to operate, and suitable for a wide variety of catalytic pyrolysis reactions. Compared with the present pyrolytic process, the process of this invention can increase the weight yield rate of ethylene+propylene+butadiene by at least 5%, while the equipment remains the same with only a feeding pipeline added.

The invention discloses a construction method of an architectural structure gypsum board with paper surface hung ceiling. The construction method comprises the following steps of:1, installing a light steel keel; 2, installing a top facing gypsum board, namely, installing the top facing gypsum board on the installed light steel keel; reserving side interval joints between side walls on the periphery of the top facing gypsum board and a wall body; forming multiple transverse deformation joints on the top facing gypsum board, and distributing the multiple transverse deformation joints from front to back along the long direction of the top facing gypsum board; and dividing the light steel keel into multiple light steel keel frames by taking the multiple transverse deformation joints as boundaries, and disconnecting the two front and back adjacent light steel keel frames; and 3, constructing the side interval joints and the deformation joints, namely, closing in the transverse deformation joints by adopting first aluminium alloy end caps, and meanwhile closing in the side interval joints by adopting second aluminium alloy end caps. The construction method is simple in steps, reasonable in design, and simple and convenient in construction and operation, has high working efficiency and good construction effect and can be used for solving the problems of ugly appearance, easiness in occurrence of cracks and deformation and the like existing in the conventional gypsum plaster board.

The invention discloses a bamboo liquid wine and a preparation method thereof, and belongs to the healthcare wine field. The bamboo liquid wine is obtained through commonly fermenting 25-45 parts by weight of a bamboo product and 55-75 parts by weight of a grain. The preparation method of the bamboo liquid wine comprises the following steps: fully mixing the bamboo product with the grain, adding Saccharomyces cerevisiae, and fermenting. In the invention, the bamboo product added to the wine as a raw material and fermented together with the grain has the health caring and health preserving efficacies of liver injury mitigation and internal fire mitigation.