11results about How to "Eliminate consumption" patented technology

The utility model belongs to the technical field of refining devices for chemical raw materials, and particularly relates to a 1-butene refining device with coupled dividing wall column and heat pump rectification. The 1-butene refining process device with coupled dividing wall column and heat pump rectification comprises a dividing wall column, a 1 # condenser and a compressor, a partition plate is arranged in the dividing wall column and divides the internal space of the dividing wall column into four parts, namely a public rectifying section, a feeding section, a discharging section and a public stripping section, a liquid collecting tray is arranged at the public rectifying section, and a liquid outlet is formed in the liquid collecting tray. A liquid outlet of the liquid collecting tray is connected with one end of a distribution pipeline outside the dividing wall column, the other end of the distribution pipeline is connected with the feeding section and the discharging section, and a regulating valve is arranged on the distribution pipeline; a tower bottom discharge port of the dividing wall tower is connected with the 1 # heat exchanger, the 1 # heat exchanger is connected with the throttle valve, and the throttle valve is connected with the 1 # condenser. The 1-butene refining device with coupled dividing wall column and heat pump rectification, provided by the utility model, is compact in structure and low in investment.

The present invention provides a hydrogen storage system with a vortex tube, a control method and a control device, and relates to the field of hydrogen storage technology. The hydrogen storage system with a vortex tube includes a solid-state hydrogen storage device, a first vortex tube and a second vortex tube, and the solid-state hydrogen storage device is provided with an air pipe and a heat exchange chamber; the cold end air outlet of the first vortex tube is connected to the air pipe through a first valve, and the hot end air outlet of the first vortex tube is connected to the air inlet of the first vortex tube through a heat dissipation fin tube group, and the air inlet of the first vortex tube is also connected to a second valve; the air inlet of the second vortex tube is connected to the air pipe through a third valve, the hot end air outlet of the second vortex tube is connected to the air inlet of the heat exchange chamber, and the cold end air outlet of the second vortex tube is connected to the air outlet of the heat exchange chamber, and the cold end air outlet of the second vortex tube is also connected to a fourth valve. The hydrogen storage system with a vortex tube of the present invention does not need to use water as a medium, thereby eliminating additional energy consumption, achieving a more convenient and energy-saving effect in the operation process.

The present invention relates to a thermoelectric generator, and more specifically, to a thermoelectric generator that acts on the thermoelectric properties of a gradient bandgap structure, i.e., the properties of a gradient bandgap semiconductor with alternating dopants and the properties of a heterojunction therebetween, and the properties of an intrinsic semiconductor material, and can be used in particular for powering household appliances and charging power supply elements of portable electronic devices. The semiconductor thermoelectric generator of the present invention includes a semiconductor component configured to be able to extract heat from the surrounding environment, the semiconductor component comprising at least one pair of interconnected gradient bandgap semiconductors, wherein the wide bandgap side of at least one gradient bandgap semiconductor is connected to the narrow bandgap side of at least one other gradient bandgap semiconductor. The junction between the gradient bandgap semiconductors is configured using an intrinsic semiconductor material, the gradient bandgap semiconductors are configured using alternating dopants, wherein the wide bandgap sides of the paired connected gradient bandgap semiconductors are doped with acceptor impurities. The technical achievement of the present invention is to improve the efficiency, power and output of the thermoelectric generator and expand the functionality of the thermoelectric generator.

This invention relates to the field of polymer materials technology, and discloses an anti-aging modified polylactic acid composite material and its preparation method. The material uses 100 parts by weight of polylactic acid resin as a base, and includes 0.5–3.0 parts by weight of a composite anti-aging additive and 0.2–0.8 parts by weight of a lubricant. The composite anti-aging additive is composed of an antioxidant, a hydrolytic stabilizer, and a light stabilizer in a mass ratio of 1:1:1. Preparation involves vacuum drying, high-speed mixing, and melt extrusion granulation. This invention utilizes the hydrolytic stabilizer to preferentially cap the carboxyl groups of polylactic acid, eliminating its consumption of hindered phenolic antioxidants and hindered amine light stabilizers. This achieves synergistic protection against heat-oxidation, damp heat, and ultraviolet aging, resulting in a mechanical retention rate of over 85% after aging, a yellowing index below 0.5, and good processing fluidity. It is suitable for biodegradable products with high weather resistance requirements.

Crude gas generated by a gasification furnace of the European smelting furnace is subjected to coarse dust removal through gravity dust removal, the dust removal ash is discharged to a gravity dust storage tank on the lower portion through a dust discharging valve, a material level meter of a tank body is remotely observed, a high material level is achieved, the dust discharging valve is closed, and the dust removal ash is discharged to the gravity dust storage tank through the dust discharging valve. A tank body pressure display device is remotely observed, a tank body blow-off valve is closed, the nitrogen pressure of a nitrogen source is adjusted to 0.8 MPa through a nitrogen pressure adjusting device, an in-tank stamping device 10 is started to stamp the interior of the tank to 0.8 MPa, a lower fluidization ash conveying device is started to adjust nitrogen to 0.6 MPa, the nitrogen pressure is adjusted to 0.1-0.3 MPa through an ash conveying pipe and an ash conveying device, and the nitrogen pressure is adjusted to 0.8 MPa through a nitrogen pressure adjusting device. And dense phase conveying is started, gravity ash is conveyed to a raw coal bunker of the coal injection system, and ash conveying is stopped after the ash is conveyed to the low material level. And ash conveying nitrogen is connected to the environment dust removal bag box body through a pipeline and is discharged by the environment dust removal bag box body.

The invention belongs to the field of flexible battery energy storage, and relates to a flexible self-supporting material and a preparation method and application thereof. The flexible self-supporting material comprises a carbon nanotube film, a Si / Ge film and a liquid metal film which are arranged in sequence. According to the invention, the carbon nanotube film is used as a flexible carrier, has good flexibility, mechanical property, conductivity and ultra-light weight, can greatly reduce the proportion of inactive substances in the electrode, and improves the energy density of the electrode material. Meanwhile, Si is easy to fall off from the traditional current collector Cu to cause damage to the electrode structure, and the carbon nanotube film well improves the defect and improves the stability of the electrode material.

The application discloses a kind of fusion network reconstruction and real-time scheduling collaborative optimization method, device and equipment, it is related to power system dispatching control technical field, and the section flow prediction result is obtained by sensitivity matrix, and section flow prediction result is determined to exceed limit state, and can quickly determine limit section;Then in the case where section exceeds limit, with the target of eliminating overload and maximizing new energy consumption, network reconstruction optimization model is established and power supply network is reconstructed, obtains the power supply network after reconstruction, can quickly remove the hard constraint of line overload and section limit, finally constructs dispatching optimization model, and real-time AGC dispatching optimization is carried out to the power supply network after reconstruction using dispatching optimization model, can realize economic operation and consumption maximization, optimize resource allocation within the safe topological boundary, guide dispatching system to preferentially reduce traditional unit output, through the collaborative optimization of network reconstruction and real-time scheduling, effectively improve the adjustment speed.

This application provides a method for upgrading bauxite after grinding with mother liquor, belonging to the field of mineral processing. The method includes: grinding a mixed slurry of bauxite to be upgraded and circulating mother liquor to obtain an alkaline slurry with fully liberated aluminum and gangue minerals; using the circulating mother liquor as both a separation and auxiliary medium throughout the process, performing mineral processing and upgrading on the alkaline slurry to separate iron and silicon impurities in the circulating mother liquor medium, obtaining a concentrate slurry and a tailings slurry; sending the concentrate slurry to an alumina leaching process; and separating the tailings slurry to obtain circulating mother liquor and tailings byproducts. This application, through systematic process reengineering and closed-loop media design, successfully develops a bauxite pretreatment method that can be deeply coupled and seamlessly integrated with the Bayer process main process, avoiding interference from external media, and achieving efficient impurity removal under fully liberated mineral conditions.

The invention discloses a dyeing sludge dewatering method, high-alumina calorific value soil and cement, and relates to the technical field of sludge treatment. The method for dewatering the printing and dyeing sludge comprises the following steps: adding a flocculating agent and aluminum ash in a sludge concentration link of the printing and dyeing sludge, uniformly stirring to sufficiently flocculate and precipitate the printing and dyeing sludge, and performing plate-frame pressure filtration to obtain a printing and dyeing sludge-high-aluminum material composite dewatered cement cake with the water content of 40-53%. On one hand, a flocculating agent and aluminum ash are added in the slurry concentration link, heat generated by hydrolysis of the aluminum ash is utilized to promote the flocculating agent to be better expanded, and meanwhile, the aluminum ash meets water to produce aluminum hydroxide and improve the flocculation effect of the slurry, and on the other hand, in the plate-and-frame pressure filtration process, gas and heat generated by hydrolysis of aluminum nitride and aluminum carbide in the aluminum ash are utilized to improve the flocculation effect of the slurry. The gas can form a moisture channel in the mud cake during filter pressing, so that moisture can be conveniently pressed out, the moisture content of the dewatered mud cake is as low as 40%, and the dewatered mud cake contains a high-content aluminum element and can be used for manufacturing high-aluminum calorific value soil and cement.

The invention provides a method for simultaneously determining tacrolimus and a metabolite 13-O-demethylated tacrolimus in whole blood by liquid chromatography-mass spectrometry, which comprises the following steps: (1) pretreatment of a whole blood sample: taking the whole blood sample added with an anticoagulant, adding an internal standard working solution, uniformly mixing, adding a protein precipitator, and carrying out vortex oscillation to lyse red blood cells to precipitate protein; centrifuging, taking supernate, filtering by a filter membrane, and injecting a sample; (2) a sample to be detected is injected into the chromatographic system and eluted through a mobile phase, and the mobile phase A is an aqueous solution of 0.1% formic acid; a mobile phase B: 0.1% formic acid-acetonitrile; and (3) performing mass spectrometric detection after elution so as to detect the tacrolimus serving as the to-be-analyzed substance and the metabolite 13-O-nortacrolimus of the tacrolimus. The method has the advantages of rapidness, accuracy, high sensitivity, high efficiency, strong specificity and simplicity in operation, and can be suitable for clinical detection of medicines.

The application provides a gas supply system and a control method thereof, which comprises a condenser and a first pipeline, a first flasher, a second pipeline, a compressor and an evaporator, one end of the first pipeline is in liquid communication with the condenser, an inlet end of the first flasher is in liquid communication with the other end of the first pipeline, one end of the second pipeline is in gas communication with the first flasher, the compressor comprises a shell, a first inlet end is arranged on the shell and is in gas communication with the other end of the second pipeline, a first outlet end is also arranged on the shell and is in communication with the evaporator, the shell has a mounting cavity, the first outlet end and the first inlet end are both in communication with the mounting cavity, and a gas supply part is arranged in the mounting cavity. The application generates high-pressure gas by using high-pressure liquid refrigerant in the flasher, discards the high-energy-consumption electric heater scheme, eliminates the heating electric energy consumption from the source, and solves the technical problem of large energy consumption of the compressor gas supply system in the prior art.