51results about How to "Promotes aerobic fermentation" patented technology

The invention relates to a garbage disposal system and a garbage disposal method. The system comprises a garbage crushing and extruding device, a garbage drying device, a deodorization device, a filtrate treatment device and a garbage screening device. The method comprises the following steps: S1, receiving and storing the garbage, and collecting the landfill leachate; S2, crushing and extruding the garbage at a time by utilizing the garbage crushing and extruding device, and collecting the garbage extrusion liquid; S3, performing anaerobic fermentation, nitration/denitrification and membrane treatment on the landfill leachate and the extrusion liquid; S4, biologically drying the garbage by utilizing the garbage drying device, and treating odor by utilizing the deodorization device; and S5, performing secondary crushing on the garbage, and separating out combustible components, inorganic residue soil and waste metals in the dried garbage by utilizing the garbage screening device. According to the system and the method, the landfill leachate, the garbage extrusion liquid and the odor can be effectively treated, the treated solid wastes can be sorted, the aim of recycling the resources is achieved, and the garbage treatment efficiency is obviously improved.

The invention discloses a preparation method of rhizoma bletillae vinegar. The preparation method comprises the following steps: I, raw material processing: uniformly mixing sorghum flour and rhizoma bletillae powder, adding water to an obtained mixture, spreading the materials and stacking the materials for 12-15h; II, steaming materials: steaming the mixed materials in a steamer; III, blending a yeast: discharging the steamed materials out of the steamer and cooling the steamed materials, spraying water to the materials so as to cool the materials, adding the yeast, and uniformly stirring all materials so as to obtain a to-be-fermented material; IV, fermenting: adding the to-be-fermented material to an alcoholic fermentation jar, adding alcohol, and conducting fermentation so as to obtain alcohol mash; V, acetic fermentation: continuing to ferment the alcohol mash, and conducting leaching so as to obtain raw vinegar; VI, concentrating and storing: concentrating the leached raw vinegar and conducting aging in a storage device for 1-6 months so as to obtain aged vinegar; and VII, sterilizing and delivering after packaging: sterilizing the stored aged vinegar and delivering a packaged product out of a factory. The rhizoma bletillae vinegar provided by the invention, which is prepared from the sorghum and rhizoma bletillae powder, is capable of nourishing and tonifying stomach; blank in rhizoma bletillae products can be filled; and the rhizoma bletillae vinegar, when eaten for a long term, can take effects of tonifying stomach and treating stomach diseases.

The invention provides a fermentation control method, an electric cooking appliance and a process for fast making fermented food by the electric cooking appliance. The fermentation control method comprises the following steps of judging whether the temperature in a pot body of the electric cooking appliance is lower than the minimum fermentation temperature or not through detecting the temperature in the pot body of the electric cooking appliance; if so, alternately controlling a heater to start or stop according to the first heating time and the first stop time; if not, judging whether temperature in the pot body is lower than the highest fermentation temperature or not; and if so, alternately controlling the heater to start and stop according to the second heating time and the second stop time, wherein the first heating time is longer than the second heating time. By using the control mode, the temperature in the pot can reach the proper fermentation temperature interval as soon as possible; the temperature in the pot is enabled to slowly rise in the proper fermentation temperature interval so as to reduce the uprush of the temperature in the pot after the highest fermentation temperature reaching, so that the temperature fluctuation in the pot body is reduced; the fermentation temperature stability is maintained; the growth and metabolism of fermentation microorganisms are facilitated; further, the fermentation effect is ensured; and the fermentation time is effectively shortened.

The invention provides a method for preparing amino acid foliar fertilizers from distillers' grains. The method includes steps of (1), cooking the distillers' grains in a pot filled with water, continuing cooking the distillers' grains for 20 minutes after the water in the pot is boiled, fetching the distillers' grains out of the pot, cooling the distillers' grains until the temperatures of the distillers' grains reach the room temperature, and filtering and drying the distillers' grains to obtain distillers' grain powder; (2), adding enzyme bacterium inoculants and the distillers' grain powder obtained in the step (1) into a fermentation vat, stirring the distillers' grain powder and the enzyme bacterium inoculants until the distillers' grain powder and the enzyme bacterium inoculants are uniform, adding brown sugar water and rice vinegar into the fermentation vat, stirring the brown sugar water and the rice vinegar until the brown sugar water and the rice vinegar are uniform, covering an opening of the fermentation vat with three layers of gauze, tying the gauze by the aid of strings, placing the fermentation vat in an indoor environment and fermenting materials in the fermentation vat; (3), stirring the materials in the fermentation vat once on a daily basis from the fifth day to the sixth day after fermentation is started, instantly covering the opening of the fermentation vat after the materials in the fermentation vat are stirred, stopping fermenting the materials once blocks are formed by the materials in the fermentation vat and the materials are odorless, opening the gauze and drying the materials; (4), transferring the dried fermented materials into a container, soaking the dried fermented materials in brown sugar water for 20 days, fetching the materials out of the brown sugar water, separately packing the materials to obtain the amino acid foliar fertilizers, and storing the amino acid foliar fertilizers in shade and dry places. The method has the advantages of simplicity in operation and low preparation cost.

The invention discloses an aerobic and anaerobic combined garbage fermentation device. The device comprises a base plate, an aerobic fermentation tank and an anaerobic fermentation tank are fixedly mounted at the upper end of the base plate, a fixing frame is fixedly connected to the inner wall of the aerobic fermentation tank, and the fixing frame is arranged at the communicating position of a gas conveying pipe and the aerobic fermentation tank. A filter plate is arranged in the fixing frame, and the upper end of the anaerobic fermentation tank communicates with a purification box through a first gas outlet pipe. When the device is used, the aerobic fermentation tank and the anaerobic fermentation tank are simultaneously arranged at the upper end of the base plate, so that different fermentation devices can be conveniently selected to ferment garbage in different environments; and the purification box is arranged at the gas outlet end of the anaerobic fermentation tank, and used for purifying waste gas generated when the anaerobic fermenter ferments garbage. A filter screen is arranged at a vent hole of an aerobic fermentation tank, so that the vent hole can be prevented from being blocked by the garbage, and use is very convenient.

The invention relates to a rake turning machine, which comprises a main frame, a roller mechanism, rake turning cutters, a main drive sprocket mechanism, an auxiliary drive sprocket mechanism, a sewage pump, an air supply device, a sewage pipe, an air delivery pipe, liquid spraying devices, wireless transmission modules, support structures, a coil device, a control cabinet, stroke switches, a rotary wheel, guiding rails, main drive motors, an auxiliary drive motor and a roller mechanism support, wherein the guiding rails are mounted on two support structures arranged in parallel; the rotary wheel is mounted and fixed at the bottom of the main frame by using a shaft and a bearing seat; the main drive motor and the auxiliary drive motor are respectively mounted on the left and right sides ofthe main frame; and the air supply device and control cabinet are mounted in the middle of the main frame. The rake turning machine is simple to operate, high in automation degree and stable in work,is very suitable for large-scale and automatic cultivation, and is beneficial to aerobic fermentation of strains in a fermentation bed.

The invention discloses a traditional Chinese medicine decoction piece constant-temperature fermentation device. The traditional Chinese medicine decoction piece constant-temperature fermentation device comprises a machine shell, a bin cover, a stirring auger, an air supply mechanism, a water supply mechanism, a heating jacket and a discharging port, wherein an inner cavity of the machine shell is a fermentation bin, the fermentation bin is in an inverted circular truncated cone shape, a feeding port and an air outlet are formed in the bin cover, the discharging port is formed in the bottom of the side wall of the fermentation bin, and the heating jacket is arranged on the inner side of the side wall of the fermentation bin; the stirring auger is arranged at the bottom of the fermentation bin and is driven by a driving unit to rotate, the stirring auger is a stirring shaft which is vertically arranged in the middle of a spiral blade in a surrounding mode, and the stirring auger is arranged in a narrow-end-up mode; the air supply mechanism is arranged on the bin cover, the stirring shaft is of a hollow cylindrical structure, and a plurality of air outlet holes are formed in the stirring shaft below the spiral blade; and the water supply mechanism can input humidifying water. According to the traditional Chinese medicine decoction piece constant-temperature fermentation device and a working method thereof, a material flow which rolls up and down can be formed in the stirring bin when materials are stirred, fresh air can be directly blown into the side wall of the stirring shaft, so that loose materials can be directly fed, and the fermentation efficiency is improved.

The invention provides a method for preparing amino acid leaf fertilizer by means of pig blood. The method comprises the steps that 1, the pig blood is put in a pot containing water to be steamed and continuously steamed for 20 minutes after the water in the pot is boiled, then the pig blood is taken out to be cooled to the room temperature, and filtering and drying are performed to obtain pig blood powder; 2, the pig blood powder obtained in the step 1 and an enzyme bacterium inoculation agent are together added into a fermentation vat and stirred evenly, then brown sugar and rice vinegar are added, the materials are stirred to be even, the opening of the fermentation vat is covered with three layers of gauze and tied with a string, and the fermentation vat is placed in a room for fermentation; 3, in the days from the fifth day to the sixteenth day when fermentation is started, the materials in the fermentation vat are stirred once a day, the fermentation vat is covered again immediately after stirring is completed, fermentation is stopped when the materials in the fermentation vat are blocked and have no odor, the gauze is opened, and the materials are aired to be dry; 4, the dried fermentation materials are transferred into a container, soaked with the brown sugar for 20 days and then taken out and subpackaged to obtain the amino acid leaf fertilizer, and the amino acid leaf fertilizer is stored at a shady, cool and dry position. According to the method, the amino acid leaf fertilizer is prepared by means of the pig blood, both the environment-friendly benefits and the economical value are achieved, a certain active significance is achieved for an amino acid leaf fertilizer enterprise for looking for low-price raw materials, and the good development prospect and the higher development value are achieved.

A withered leaf fertilizer making device includes a fermentation tank, a stirring assembly and a temperature meter. A part of the temperature meter is located in the fermentation tank while the otherpart of same is located out of the fermentation tank. The stirring assembly is disposed in the stirring assembly and includes a stirring shaft, mixing blades, a holding roller, and a plurality of ventholes. The stirring assembly includes a stirring shaft, mixing blades, a holding roller, and a plurality of vent holes. One end of the stirring shaft is connected to the side wall of the fermentationtank. The other end of the stirring shaft is connected to the other side wall of the fermentation tank. The stirring shaft has hollowed interior and penetrated two ends. The stirring shaft is provided with the vent holes. The mixing blades are disposed on the outer side of the stirring shaft. The holding roller is arranged on the outer side of the fermentation tank and is attached to one end of the stirring shaft. The device can supply a proper ventilation environment for the fermentation process and control the fermentation temperature to be lower than a certain value, so that the problem ofventilation during the aerobic fermentation is solved effectively, and advantages are supplied to a withered leaf fermentation process.

The invention relates to a processing method and a system for entermorpha aerobic composting. The method comprises steps that: first, entermorpha transported to an entermorpha piling field is horizontally spread, wherein a thickness of the entermorpha is controlled at 20 to 30cm; and the water content of entermorpha is controlled at 40 to 60%; second, sand soil with a weight of 10 to 40% of that of entermorpha is doped into entermorpha, and the materials are well mixed; the mixed material is piled into strip-shaped piles for carrying out aerobic composting; third, the material is regularly stirred by using a material stirring device during fermentation, and the oxygen content in the material is ensured to be higher than 10%; fourth, when the material is pre-fermented and stabilized, the material is piled and composted for 15 to 25 days, such that stable humus is formed. According to the invention, when entermorpha outbreaks in a large-scale, an aerobic composting method is adopted, such that entermorpha can be effectively treated in time. Basic construction and operation costs of entermorpha aerobic composting are low, and finished product compost can be used as an organic fertilizer. Therefore, resource recycling can be realized, and secondary pollution to the environment can be avoided.

The invention provides a cuboid ganoderma lucidum bacteria stick and a preparation method thereof and particularly relates to the technical field of edible fungus cultivation. The ganoderma lucidum bacteria stick is prepared by decomposing a matrix by hydrogen peroxide to facilitate direct absorption and utilization of the ganoderma lucidum; crushing the matrix into ultrafine powder of 300 meshesor more, and then compressing the powder into a cuboid bacteria stick with the density of 0.4-1.3 g/cm<3>. The bacteria stick can simulate the density, the internal texture structure and the water content similar to a cut log so that the cultivation period of the ganoderma lucidum is similar to that of the cut log. A plurality of bacteria sticks can be combined during the cultivation to meet the requirements of the ganoderma lucidum growth for nutrients, finally the ganoderma lucidum products with the same good quality as that of cut log cultivation are obtained, and the yield is also significantly improved. After the matrix is compressed, the nutrients are higher, the bacteria stick packaging material is saved, the production cost of the ganoderma lucidum is effectively reduced, and the waste of resources is reduced.

The invention discloses a baking process of strong-flavor type Puer tea. The Puer tea prepared by the invention has a yellow-green appearance, thick and strong strips, a strong and mellow taste, a refreshing tinge, a bright yellow tea color, great recognition and great improvement in taste and fragrance; the thickness of dried fresh leaves is 2-5 cm, the spreading thickness is small, the drying speed is fast, and the efficiency is improved; the substances in Puer tea can be converted into lipase and tea polyphenols to the extreme through alcoholization and aroma enhancement, the lipase and teapolyphenols can eliminate and absorb fat, baking and aroma enhancement can further enhance the aroma of Puer tea and increase people's love for Puer tea, temperature and moisture are regulated duringfermentation to create an excellent growth and reproduction environment for beneficial microorganisms, rapid growth and reproduction of beneficial microorganisms is promoted, dominant strains are formed, efficient and moderate fermentation of tea are promoted, the tea polyphenols and other contained substances in the tea are converted, and the aroma of Puer tea is improved.

The invention discloses a rapid harmless emergency treatment method of enteromorpha. The rapid harmless emergency treatment method of enteromorpha comprises the following steps of 1, collecting enteromorpha, 2, transporting the collected enteromorpha to an emergency storage, 3, carrying out aerobic composting treatment on the collected enteromorpha, and 4, carrying out emergency landfill treatment on the enteromorpha which is not subjected to the aerobic composting treatment, wherein the emergency landfill treatment comprises the following steps of A, carrying out seepage prevention treatmenton the bottom of an emergency landfill through the processes of orderly laying a clay membrane lower seepage-proof protection layer, a high-density polyethylene (HDPE) geomembrane and a nonwoven geotextile membrane upper protection layer on a base of the emergency landfill, B, transporting enteromorpha to the emergency landfill, and laying an enteromorpha layer on the emergency landfill subjectedto the seepage prevention treatment, and C, carrying out closure covering treatment on the enteromorpha layer. In the invention, aerobic composting treatment on enteromorpha needs low costs of capital construction and operation; an end product is compost; and resource recovery is realized. The rapid harmless emergency treatment method of enteromorpha can carry out simple and efficient emergency landfill treatment in the case of insufficient enteromorpha aerobic treatment capabilities, combines with aerobic composting treatment on enteromorpha, and is very suitable for emergency treatment carried out in large-scale outbreak of algae such as enteromorpha and the like.

The invention discloses solid organic material integrated intelligent aerobic fermentation treatment equipment which comprises two fermentation areas which are arranged side by side in a sealed mode, a sealed main material, auxiliary material and auxiliary material stockpiling area, a purification aeration area and an intelligent control center are arranged on one side of each fermentation area, an auxiliary material adding conveyor is arranged between the main material and the auxiliary material and auxiliary material stockpiling area, and the main material and auxiliary material stockpiling area is communicated with the purification aeration area. A primary fermentation material feeding conveyor is arranged between the main material and the primary fermentation area, a primary fermentation product transferring conveyor is arranged between the primary fermentation area and the secondary fermentation area, a fermentation material discharging conveyor is arranged between the interior of the secondary fermentation area and the exterior of the secondary fermentation area, and fermentation turners are arranged in the two fermentation areas respectively. Aeration equipment and fermentation waste gas recovery treatment equipment which are connected with the two fermentation areas are arranged in the purification aeration area; and a PLC (Programmable Logic Controller) which is respectively connected with the conveyors, the fermentation turner, the aeration equipment and the fermentation waste gas recovery treatment equipment is arranged in the intelligent control center.