31results about How to "High degree of decomposition" patented technology

The invention discloses an active lactobacillus beverage preparation method and an active lactobacillus beverage prepared therethrough. The preparation method comprises the following steps: homogenizing, sterilizing and cooling fresh milk or reconstituted milk as a raw material, inoculating a starter, adding 0.01-1mass% of aseptic light calcium carbonate, and fermenting at 28-42DEG C for 48-72h to prepare a fermented milk base material; and diluting the obtained fermented milk base material with sterile water according to a volume ratio of the fermented milk base material to water of 1:1-1:9, homogenizing at 30-40DEG C under a pressure of 17-25MPa while (without) adding a sweetener and / or an essence, and filling at 10-20DEG C to obtain the active lactobacillus beverage. The active lactobacillus beverage obtained through the preparation method contains a high quantity of live bacteria, and the preparation method enhances the degradation degree of fermenting strains to milk proteins, allows the content of milk protein peptides in the active lactobacillus beverage to be high, and realizes the stability and difficult layering of the active lactobacillus beverage.

The invention discloses a cracking furnace for a tire. The cracking furnace for the tire comprises a cracking furnace body, a connection tube, a spherical tank, and a separation tower; the connection tube is connected with the cracking furnace body and the spherical tank; a spiral separation plate is arranged in the spherical tank, and the bottom of the spherical tank is provided with a discharge port which is connected with the cracking furnace body; the separation tower is arranged on the top of the spherical tank; a condenser is arranged on the top in the separation tower; a distributor is arranged underneath the condenser; and the condenser is provided with a separation port which is connected with external transfer tanks. The cracking furnace for the tire has the advantages of high decomposition degree, high product quality, low fuel consumption, low environmental pollution and the like.

The invention relates to a preparation method of high heat-resistant antibacterial toy paint, and belongs to the technical field of paint preparation. The preparation method comprises the following steps: using aloe leaves and rice leaves as raw materials to prepare a reaction mixture, then mixing the reaction mixture with ginkgo leaves and ginkgo tree roots and fermenting, adding aluminum chloride to obtain a reaction filtrate, and finally mixing the reaction filtrate with an organic solvent and other auxiliary agents and stirring to obtain the high heat-resistant antibacterial toy paint. Byextracting nutrients from the aloe leaves and generating organo-functional groups such as carboxyl groups, hydroxyl groups, phenolic hydroxyl groups on the surface, the adhesion between various molecules inside the paint is enhanced, and the adhesion between the paint and the toy material is improved. Meanwhile, the ginkgo tree grows a large amount of ginkgo biloba endophytic bacteria during the fermentation process, which helps to improve the antibacterial property. By introducing aluminium ions into the aloe nutrients and various fiber components, aluminium oxide grows on the surface of fiber and then toughness of the fiber is enhanced. Meanwhile, the toy paint has good heat resistance and has a wide application prospect.

The invention discloses an industrial method for co-producing potassium sulfate and sulfur dioxide through CO2 mineralization by using potassium feldspar-waste gypsum. The method comprises the following steps of (1) preparing composite pellets with a core-shell structure from potassium feldspar, waste gypsum and a carbonaceous reductant, wherein a core is prepared from the waste gypsum and the carbonaceous reductant and the molar ratio of Ca / C is 1:(1-3); and an outer layer is prepared from the potassium feldspar and the waste gypsum, the mass ratio of CaSO4 / KAlSi3O8 is (1-3):1; (2) roasting the composite pellets in a rotary kiln, controlling the standing time within a temperature zone of 800-1100 DEG C to be 0.5-2h to obtain a roasted residue and an SO2-containing flue gas, cooling the flue gas for preparing sulfuric acid; (3) soaking the roasted residue obtained in the step (2) into water to obtain a leaching agent containing K2SO4 and leaching residues of CaSiO3 and Ca(OH)2; and (4) adding water to the obtained leaching residues for slurry mixing and then carrying out CO2 mineralization reaction. The carbonaceous reductant is prevented from being oxidized by virtue of the composite pellets, and meanwhile, CaSO4 of the outer layer is partially reduced by using CO released from core reaction, so that potassium extraction and CO2 mineralization are promoted.

The invention discloses an active lactobacillus beverage preparation method and an active lactobacillus beverage prepared therethrough. The preparation method comprises the following steps: homogenizing, sterilizing and cooling fresh milk or reconstituted milk as a raw material, inoculating a starter, adding 0.01-1mass% of aseptic light calcium carbonate, and fermenting at 28-42DEG C for 48-72h to prepare a fermented milk base material; and diluting the obtained fermented milk base material with sterile water according to a volume ratio of the fermented milk base material to water of 1:1-1:9, homogenizing at 30-40DEG C under a pressure of 17-25MPa while (without) adding a sweetener and / or an essence, and filling at 10-20DEG C to obtain the active lactobacillus beverage. The active lactobacillus beverage obtained through the preparation method contains a high quantity of live bacteria, and the preparation method enhances the degradation degree of fermenting strains to milk proteins, allows the content of milk protein peptides in the active lactobacillus beverage to be high, and realizes the stability and difficult layering of the active lactobacillus beverage.

The invention belongs to the technical field of rainwater utilization and provides a method for collecting rainwater for roof greening. The roof greening rainwater collection method comprises the following steps: (1) building a sash with a height of 8-12cm on the roof; (2) setting a plurality of rows of grid groups in parallel in the sash grid, and the grid groups include the first row of adjacently arranged grid and the second row of grids; the first row of grids is filled with mixture, and the raw materials of the mixture include expanded vermiculite, peat, compound fertilizer and plant seeds; the top of the second row of grids is sealed with the first open-hole membrane, and the A second perforated film is pasted around; multiple channels are opened between the first row of grids and the second row of grids; (3) collecting rainwater. The method is simple to operate, not only can effectively collect roof rainwater, avoiding damage to the roof caused by accumulated rainwater, but also can directly use the collected rainwater for roof greening, saving time and labor and beautifying the environment.

The invention belongs to the technical field of distiller's yeast, and specifically discloses a sandalwood-type distiller's yeast and a preparation method thereof. The sandalwood-type distiller's yeast of the present invention is mainly made of 60-70 parts of basic grains and 30-40 parts of Chinese herbal medicine components through pulverization, mixed fermentation and drying; wherein, the Chinese herbal medicine components mainly include the following raw material components in parts by weight: 5‑10 parts of cinnamon sticks, 5‑10 parts of orange peel, 4‑8 parts of red dates, 3‑7 parts of white eyebrows, 3‑6 parts of saponins, 3‑6 parts of cloves, 3‑6 parts of angelica, 2‑6 parts of wild chrysanthemum 2-6 parts of chamomile, 2-5 parts of Niu Dali, 2-5 parts of gardenia, 2-5 parts of pepper and 1-5 parts of licorice. The preparation method of the sandalwood-type distiller's koji is simple and easy to operate, and the quality of the prepared sandalwood-type distiller's koji is stable and safe, and can effectively improve the sensory acceptance of liquor.

The invention discloses a building system and an assembly method of a steel structure integrated house which can be disassembled and assembled repeatedly. The middle beam, the top of the end column is fixedly connected with the end connector, the two end connectors are fixedly connected by the end beam, and one side of the two end connectors are all engaged There are side beams connected, and several side beams are snapped and connected in turn to form the side beams of the house. The invention provides a repeatable detachable steel structure integrated house building system and assembly method, and the overall structure of the house is easy to disassemble and assemble. , it is convenient for the repeated disassembly and assembly of the whole house, and at the same time, the house parts have a high degree of decomposition, which is convenient for standardized production, and the house construction can be completed without the use of external construction machinery, which further improves the flexibility of construction and use of the present invention.

The invention relates to the field of food enterprise wastewater treatment, in particular to a method for treating wine chateau wastewater. The method comprises the following steps: mixing wastewaterwith domestic sewage which is added with a disinfectant and is subjected to anaerobic fermentation treatment, carrying out anaerobic treatment, and carrying out aeration treatment. By combining anaerobic treatment and aeration and utilizing the action of anaerobic bacteria, organic matters are hydrolyzed, acidified and methanated, so that the organic matters in the wastewater are removed, the biodegradability of the wastewater is improved, the subsequent aerobic treatment is facilitated, the operation is stable, the treatment efficiency is high, the process flow is simple and convenient, the energy consumption is low, and meanwhile, the zero emission of the wastewater is realized.

The invention relates to an edible fungi cultivation nutrient for improving lignin conversion rate and a method for cultivating edible fungi using the nutrient. The edible fungi cultivation nutrient for improving the lignin conversion rate is mainly prepared from the following components in parts by mass: 18 to 40 parts of starch, 10 to 30 parts of vegetable protein, 20 to 45 parts of salt, 0.2 to1 part of betaine and 10 to 25.8 parts of sodium acetate. A nutrition regulation concept of ''combining inside and outside'' initiated in the edible fungi cultivation provided by the invention is very suitable for the growth and development of edible fungi, and can produce obvious economic benefits, and the edible fungi produced are environmentally friendly and pollution-free. The first domestically-developed idea of ''internal and external regulation'' and ''bacteria treatment with bacteria'' (good bacteria consume miscellaneous bacteria) of the edible fungi cultivation nutrient for improving the lignin conversion rate and the method for cultivating edible fungi using the nutrient achieves the ability to promote the disease resistance and production increase of the edible fungi, and theedible fungi produced meet the requirements of pollution-free products. The edible fungi cultivation nutrient for improving the lignin conversion rate and the method for cultivating edible fungi usingthe nutrient are suitable for factory production of edible fungi and production of export products.

The invention discloses lactobacillus plantarum which was collected in China General Microbiological Culture Collection Center on 25th, Sep., 2013. The collection number is CGMCC No.8242, and the collection address is No. 3, 1 Beichen West road, Chaoyang District, Beijing, Institute of Microbiology, Chinese Academy of Sciences. The lactobacillus plantarum provided by the invention has high activities of peptidase and aminotransferase. When the lactobacillus plantarum used as an auxiliary leavening agent is added into a cheddar cheese model, contents of water-soluble nitrogen, 5% PTA-SN and 12% TCA-SN in cheese are higher, protein decomposition degree can be improved effectively, flavoring characteristics of aged cheddar cheese can be formed in a short period of time, sensory scores of nut and sulphur taste of the aged cheese in the cheddar cheese model are increased, ripening period of cheddar cheese is shortened and the cost of storage can be saved.

The invention discloses a zircon sand rapid alkali-fusion decomposition device, which comprises: a stirring cabin, a spiral mixing roll, a driving mechanism, an oscillation generating mechanism and azircon sand screening mechanism. A stirring cavity is arranged in the stirring cabin, and an oil circuit used for heating the stirring cavity is arranged in the inner wall. The spiral mixing roll is arranged in the stirring cavity of the stirring cabin. The driving mechanism is used for driving the spiral mixing roll to rotate for stirring. The oscillation generating mechanism is used in reciprocating axial displacement for oscillating a material in the stirring cavity during rotation of the spiral mixing roll. The stirring cabin is provided with a feed inlet and a discharging port which are communicated with the stirring cavity, and an oil inlet and an oil outlet which are respectively communicated with two ends of the oil circuit. The oil circuit is spirally arranged outside the stirringcavity. The zircon sand screening mechanism is used for screening particle size of the material. Through the oscillation generating mechanism for axial displacement of the spiral mixing roll to oscillate the material in the stirring cavity during rotary stirring, the problem that the degree of fusion of zircon sand and alkali liquor is not high and zircon sand is incompletely decomposed can be effectively solved, purity of the zircon sand alkali-fusion decomposition is greatly enhanced, and product quality is improved.

The invention discloses a lactobacillus plantarum with high peptidase activity and the application of the lactobacillus plantarum, and belongs to the field of microorganism. The lactobacillus plantarum provided by the invention is preserved in the China General Microbiological Culture Collection Center on September 25, 2013, with the preservation number of CGMCC No.8243, and the preservation address of No.3 Building, NO.1 Beichen West Road, Chaoyang District, Beijing 100101, China, which is the location of the Institute of Microbiology of Chinese Academy of Sciences. The lactobacillus plantarum serving as an adjunct culture is added into the raw milk, higher viable count is maintained in the period of maturity, the degradation of cheddar cheese protein is speeded up, the content of free amino acids is increased, and finally, the maturing of the cheese and the formation of the flavor are speeded up.

The invention discloses a cracking furnace for a tire. The cracking furnace for the tire comprises a cracking furnace body, a connection tube, a spherical tank, and a separation tower; the connection tube is connected with the cracking furnace body and the spherical tank; a spiral separation plate is arranged in the spherical tank, and the bottom of the spherical tank is provided with a discharge port which is connected with the cracking furnace body; the separation tower is arranged on the top of the spherical tank; a condenser is arranged on the top in the separation tower; a distributor is arranged underneath the condenser; and the condenser is provided with a separation port which is connected with external transfer tanks. The cracking furnace for the tire has the advantages of high decomposition degree, high product quality, low fuel consumption, low environmental pollution and the like.

The invention discloses a method of utilizing potassium feldspar-waste gypsum to mineralize CO 2 Industrial process for the co-production of potassium sulfate and sulfur dioxide. The method includes the following steps: (1) Potassium feldspar, waste gypsum and carbonaceous reducing agent are made into composite pellets with a core-shell structure, wherein the inner core is waste gypsum and carbonaceous reducing agent, and the Ca / C molar ratio is 1: 1~3; the outer layer is potassium feldspar and waste gypsum, CaSO 4 / KAlSi 3 o 8 The mass ratio is 1-3:1. (2) Put the composite pellets in a rotary kiln for roasting, and control the residence time in the temperature zone of 800-1100 ° C for 0.5-2 hours to obtain roasted slag and SO-containing 2 Flue gas, the flue gas is used to make sulfuric acid after cooling. (3) The roasted slag obtained in step (2) is immersed in water to obtain 2 SO 4 The leaching solution and CaSiO 3 , Ca(OH) 2 of leaching residue. (4) Add water to the leach slag obtained in step (3) and then conduct CO 2 mineralization reaction. The invention avoids the carbonaceous reducing agent from being oxidized by means of the composite pellets, and utilizes the CO released from the inner core reaction to form the outer layer of CaSO 4 Partial reduction is carried out, which promotes the extraction of potassium and CO 2 mineralization.