10results about How to "Economically viable" patented technology

The invention relates to a PVA fiber production wastewater treatment method and device. The wastewater enters a multi-medium filter after being homogenized to adjust the pH, so that the content of suspended solids in the wastewater is reduced. And the content of suspended matters and colloids in multi-medium produced water is reduced by adopting an ultrafiltration system. Ultrafiltration produced water enters a first reverse osmosis membrane to be concentrated, first reverse osmosis membrane concentrated water is subjected to hardness removal through a hardness removal filter, and produced water of the hardness removal filter is further concentrated through a second reverse osmosis membrane system. After second reverse osmosis membrane concentrated water passes through an ion concentration allocation system, crystallization treatment is conducted on the concentrated water, most crystallization mother liquor flows back to the ion concentration allocation system, ion concentration allocation produced water is further concentrated through a third reverse osmosis membrane, and power plant ash spraying treatment is conducted on third reverse osmosis membrane concentrated water; and the produced water of the three reverse osmosis units is recycled after COD is further reduced through advanced oxidation.

The invention provides a reverse micelle for extracting capsaicin and a preparation method thereof, and the preparation method comprises the following steps: S1, adding Span 20 and Span 80 into normal hexane, and carrying out ultrasonic treatment to obtain a solution A; s2, a NaCl solution is added into the liquid A obtained in the step S1 under the condition of oscillation stirring, a solution B is prepared, the solution B is centrifuged, and supernate is the reverse micelle solution used for extracting capsaicin. The method disclosed by the invention has the beneficial effects that the reverse micelle solution with transparent appearance and stable property can be prepared, and the separation of capsaicin is realized by utilizing reverse micelle extraction.

The application discloses an oil and gas exploration resource allocation method and device, a storage medium and an electronic device. The method comprises the following steps: acquiring first asset value data of a target block and second asset value data and spatial value data of a plurality of adjacent transaction blocks of the target block; performing feature extraction on the first asset value data to obtain an initial feature vector of the target block, and constructing a physical barrier network according to the first asset value data, the plurality of second asset value data and the plurality of spatial value data, performing feature extraction on the physical barrier network to obtain a spatial feature vector of the target block; analyzing the initial feature vector and the spatial feature vector of the target block by using a price prediction model to obtain a predicted transaction price interval; and determining an oil and gas exploration and development resource of the target block according to the predicted transaction price interval. The application solves the technical problem that related technologies cannot accurately evaluate the transaction price of a block, resulting in low configuration efficiency of oil and gas exploration resources.

The invention provides a purification and impurity removal method for lithium-containing liquid. The purification and impurity removal method comprises the following steps: (1) mixing a lithium-containing liquid with solid alkali, carrying out a first precipitation reaction to convert iron ions, aluminum ions and magnesium ions in the lithium-containing liquid into hydroxide precipitates, and then carrying out solid-liquid separation to obtain first separation residues and a separation liquid; (2) detecting the pH value of the separation liquid, when the pH value of the separation liquid is greater than or equal to a preset value, judging that the separation liquid is qualified, and entering the next process; and (3) mixing the qualified separation liquid with soluble carbonate, carrying out a second precipitation reaction to convert calcium ions in the separation liquid into precipitates, and then carrying out solid-liquid separation to obtain second separation residues and an impurity-removed lithium-containing liquid. The lithium-containing liquid is subjected to two-step impurity removal through the solid alkali and the soluble carbonate, the lithium loss rate is low, the impurity removal rate is high, the process is simple, operation is easy, and the cost is low.

This invention discloses a method and device for monitoring patchy fog based on a visible light image sensor and a point laser, belonging to the field of atmospheric visibility monitoring technology. The device includes a linearly calibrated visible light image sensor, a point laser emitter mounted parallel to the sensor's optical axis, and a synchronization control and data processing unit. The core of the method lies in: synchronously controlling and alternately acquiring image pairs of the laser being on and off, performing differential analysis to eliminate background interference, and obtaining a pure laser atmospheric scattering signal; integrating along the laser spot normal direction to obtain an initial brightness profile curve; based on the fixed spatial pose relationship between the sensor and the laser, mapping the brightness curve in image coordinates to a corrected brightness curve in real spatial distance coordinates through a geometric correction model; calculating the mean and variance of the corrected brightness curve, and calibrating it using standard instruments; and finally simultaneously obtaining the average path visibility value and the patchy fog intensity index. This invention is low-cost, has strong anti-interference capabilities, and can effectively achieve quantitative identification and spatial positioning of patchy fog, making it suitable for large-scale deployment in scenarios such as highways.

The invention discloses a surface-functionalized coconut fiber and a preparation method and application thereof, the surface of the coconut fiber is subjected to oxidation treatment and is rich in negative charges, and at least three layers of films formed by microorganisms are attached to the surface of the coconut fiber. Compared with the prior art, the invention has the following advantages: (1) efficient adsorption and degradation: through surface functionalization treatment and construction of a multi-layer biological membrane, the specific surface area and adsorption capacity of the coconut shell fiber are greatly improved, so that the coconut shell fiber has significant advantages in capture and removal of micro-plastics, and the removal efficiency reaches 85-95%; meanwhile, microorganisms in the biological membrane further have the capacity of degrading micro-plastics, and accumulation of the microorganisms in the environment is further reduced; (2) the method is suitable for various micro-plastic types and particle sizes, and the application scene is wide; and (3) the economic feasibility is strong: the coconut fiber as a cheap and strong-availability natural material has high application value after being treated by the technology disclosed by the invention, the water treatment cost can be effectively reduced, and the method has wide industrial application prospect.

This invention relates to the field of tobacco product quality testing, and more particularly to a rapid detection system and method for aroma concentration in flavor-enhancing cigarettes. The detection system includes a carrier gas supply module, an aroma sampling module, and a gas detection module connected sequentially along a gas path. The carrier gas supply module is used to adjust a first preset parameter value to provide a target clean carrier gas. The aroma sampling module is used to drive the target clean carrier gas to flow through the sample to be tested at a second preset parameter value, generating an aroma-carrying gas. The gas detection module is used to detect the concentration of the target aroma substance in the aroma-carrying gas. This invention can highly simulate the real smoking environment and achieve standardized gas generation and collection, thereby providing stable, reliable, and sensorily correlated gaseous samples for rapid detectors such as PID, and achieving efficient and accurate evaluation of the aroma concentration consistency of flavor-enhancing cigarette products.

The invention provides a self-heating ilmenite low-carbon iron-titanium separation method, which comprises the following steps of: pre-reducing titanium-containing iron ore in a preheating section of an electric heating shaft furnace, and directly electrifying the iron ore or a solid material (hereinafter referred to as a material) obtained by changing the iron ore in a heating process through a power supply electrode in a heating section of the electric heating shaft furnace, and the materials are heated through heating of the resistor of the material pile located in the heating section, so that iron in the oxidation state in the iron ore is reduced into iron in the metal state. And the metallized iron ore discharged from the electric heating shaft furnace is subjected to magnetic separation, reselection or melting separation, so that oxidation-state titanium and metal-state iron are separated. The method has the advantages that the technological process is simple, carbon emission is low, the production capacity is large, and the titanium content in the titanium-containing slag obtained through separation when the titanium content in the ilmenite is high is close to that of titanium concentrate.

The invention relates to a zero-discharge treatment process for wastewater generated in ethanol production through industrial tail gas fermentation. The process comprises the following steps: homogenizing and adjusting pH, reducing organic matters by an IC system, removing organic matters and nitrogen by a two-stage A / O process, removing suspended matters by coagulating sedimentation, filtering by a medium, removing chromaticity and organic matters by an ozone BAC system, performing ultrafiltration, performing reverse osmosis treatment, performing concentrated water treatment and the like. The process aims to realize resource utilization and zero emission of wastewater, reduce environmental pollution and reduce the operation cost of enterprises, and has important significance in promoting sustainable development of the fuel ethanol industry.

The invention relates to the technical field of phenolic pollutant treatment, in particular to a method for preparing a Fenton-like catalyst from chestnut shells and application of the Fenton-like catalyst to water purification. The catalyst is used for constructing a heterogeneous Fenton-like catalytic system to activate the peroxymonosulfate, so that efficient catalytic degradation of typical phenol pollutants in a water body is realized. According to the method, environmental Fenton-like catalytic efficiency is used as functional guidance, and the microstructure, pore structure and surface property of the pyrolytic carbon material are directionally regulated and controlled by a two-step alkali activation technical means, so that the degradation efficiency of typical environmental pollutants is remarkably improved, and high-added-value resource recycling of chestnut shell agricultural solid wastes is realized; the environment-friendly and economic double benefits of treating wastes with wastes are achieved.