8results about How to "Value maximization" patented technology

This invention discloses a brewing process based on the 14-831 barley variety and its application, comprising the following steps: Step 1, grinding the barley grains to a fineness of 0.4-0.5 to obtain finely broken rice, wherein the barley grains are 14-831 barley broken rice, and the bulk density of the barley grains is 850-860 g / L; Step 2, adding water to the finely broken rice to moisten it, obtaining moistened grains, wherein the moisture content of the moistened grains is 40% ± 0.5%; This invention relates to white barley. In the field of winemaking technology, the beneficial effects of this invention are: the unit consumption is reduced from 2.61 to 2.55, and the alcohol yield is increased from 38.3% to 39.2%, maximizing the value of raw materials; the total acidity of the raw wine is reduced from 3.23 g / L to 0.51 g / L, a reduction of 84%, effectively solving the technical problem of easy acid production from high-starch raw materials; the ethyl acetate / milk ratio is increased from 5.55 to 6.38, significantly enhancing the typical style of light-aroma baijiu, and making the quality of the raw wine purer and more stable.

The present application belongs to the technical field of lithium resource leaching, and relates to a method for preparing battery-grade lithium carbonate from low-grade lepidolite. The method comprises the following steps: raw material pretreatment, acid leaching reaction, membrane separation and purification, valuable metal separation and recovery, deep impurity removal and refinement, lithium precipitation and product forming. In the lithium extraction method, low-grade lepidolite, dilute hydrochloric acid and a catalyst are added into a specific plastic reaction kettle at a certain liquid-solid ratio for low-temperature and normal-pressure reaction, and then battery-grade lithium carbonate and other high-value-added products are obtained through subsequent solid-liquid separation, washing, membrane separation, byproduct separation and lithium precipitation processes. The method is energy-saving and environment-friendly, can improve the leaching rate of lithium and the comprehensive utilization rate of lepidolite, has high automation degree, low cost and is suitable for industrial production.

This invention discloses a method for recovering and utilizing hydrolyzed scale to produce titanium dioxide, relating to the field of titanium dioxide technology. It solves the problems of high difficulty in recovering hydrolyzed scale, significant waste of titanium resources in conventional treatments, and low economic returns. The invention includes: S1, crushing hydrolyzed scale using a jaw crusher; S2, mixing the crushed hydrolyzed scale material with ball milling media, adding water, and performing wet ball milling; S3, sending the deagglomerated material to a water washing section, where it is washed to obtain a metatitanic acid filter cake; S4, slurrying the metatitanic acid filter cake, and then sequentially passing it through a salt treatment section and a calcination section to obtain crude titanium dioxide; S5, feeding the crude titanium dioxide into a Raymond mill for further pulverization, adding demineralized water and a dispersant to the pulverized titanium dioxide, dispersing and slurrying the slurry, pumping it into a sand mill for deagglomeration and classification, and then sending it to subsequent processing to obtain rutile titanium dioxide. This invention improves the recovery rate of titanium resources, achieves equal economic value between hydrolyzed scale and titanium dioxide, and increases economic benefits.

The invention discloses a data asset management method and device, equipment and a storage medium, and the method comprises the steps: obtaining a data asset target set by a user, defining the target direction of a constructed data asset, and enabling the target direction not to be limited to a specific industry; then, the target is refined into a data asset sub-target containing multiple target objects and target data items thereof through definition methods of definition, measurement, description, self-setting and other data items, and the modular design provides expandability for different industries and fields; a user can customize data categories according to the sub-targets and construct a management page, so that different industry requirements are met; finally, the data assets are released to a management platform, and cross-industry data sharing and circulation are achieved. The step-by-step method not only improves the flexibility of data asset management, but also enhances the adaptability of the data assets in different industry environments, and promotes the wide circulation and value maximization of the data assets.

The device comprises a sodium bicarbonate method desulfurization unit, an ammonium bicarbonate supply unit and a desulfurization agent regeneration unit, the sodium bicarbonate method desulfurization unit is connected with the desulfurization agent regeneration unit, and the ammonium bicarbonate supply unit is connected with the desulfurization agent regeneration unit. The desulfurizer regeneration unit regenerates sodium sulfate into sodium bicarbonate and ammonium sulfate, the sodium bicarbonate separated from the regeneration unit is reconfigured into an absorbent to return to the desulfurization unit, and an ammonium sulfate solution is processed into an ammonium sulfate solid product. The device has the advantages that the desulfurization efficiency is high (more than 98%), SO2 is recycled to produce chemical fertilizer ammonium sulfate, useless solid waste, ammonia escape and aerosol phenomena are avoided, the desulfurization cost is low, and the like.

The application discloses an enterprise-demand-oriented customizable AI intelligent agent management platform and a management method thereof, and relates to the technical field of artificial intelligence. The platform comprises a demand acquisition module, a demand analysis module, an application scenario decomposition module, an AI Agent deployment module and a monitoring feedback module. Enterprise demand description data is collected for preprocessing, demand elements are extracted to be converted into execution tasks, and an execution task sequence is constructed. The execution task sequence is decomposed based on an application scenario to construct a sub-task execution chain adapted to the demand application scenario. An intelligent agent recommendation model is constructed, a model is selected from a pre-training model library according to the sub-task execution chain, and an AI Agent of the application scenario is configured and deployed. The running effect is evaluated according to the execution result of the AI Agent, and optimization and improvement are performed. The application flexibly configures the AI Agent according to the enterprise demand, supports multi-scene application, reduces the threshold for enterprises to use AI technology, and improves the application effect of AI technology in actual business.

The invention discloses a regenerative electric energy recovery and optimal utilization system and method for port electrical equipment, and belongs to the technical field of port energy recovery, and the system comprises a regenerative electric energy capturing unit, a bidirectional conversion unit, a hybrid energy storage unit, an intelligent energy management unit and a multi-element utilization unit. The high-power response speed and the high energy storage density are both considered, the adaptability problem of a single energy storage medium is solved, and the regeneration electric energy recovery efficiency is improved to 95% or above. An intelligent energy management strategy based on a fuzzy PID algorithm is constructed, dynamic distribution of regenerative electric energy in a three-level utilization path of equipment self consumption, auxiliary power supply and power grid feedback is achieved, and the method adapts to complex operation conditions of a shore bridge and load changes of a power grid. The bidirectional converter unit integrates harmonic suppression and power factor correction functions, the total harmonic distortion (THD) of electric energy fed back to a power grid is less than or equal to 3%, and impact pollution to the power grid is remarkably reduced.

The application discloses a kind of intelligent fusion terminal software grey release self-healing method and system, the method includes in software library according to real-time selection probability selects software program as target software program, after the software program is selected as target software program, according to preset index, the performance of the network of district area using target software program is evaluated, and the real-time selection probability of corresponding software program in software library is adjusted according to the result of performance evaluation.The method and system are directed to the application characteristics of intelligent fusion terminal software, new and old software programs are summarized into software library, and the grey release and self-healing function of new and old software are automatically realized using specially designed dynamic probability adjustment method, which has good practicability in practical application.