324results about How to "Improve degassing effect" patented technology

The invention relates to the technical field of ionic membranes, and particularly relates to an ionic conductive membrane for a chlorine-alkali industry and a preparation method thereof. The ionic conductive membrane comprises a perfluorinated ion exchange resin base membrane, a micro-porous reinforcing material and a surface layer of a perfluorinated ion exchange resin microparticle. The perfluorinated ion exchange resin microparticle is a mixture of one or two of a perfluorinated carboxylic acid resin microparticle or perfluorinated sulfonic acid-carboxylic acid copolymer resin microparticle and a perfluorinated sulfonic acid resin microparticle, wherein the perfluorinated sulfonic acid resin microparticle accounts for 95%-50% of the percentage by mass of the mixture. The surface layer of the ionic conductive membrane has good compatibility and adhesion and maintains a good degassing effect in the whole service life of the ionic conductive membrane. An alkali metal chloride solution of which the range of concentration is wide can be efficiently and stably treated by the ionic conductive membrane in the chlorine-alkali industry, and the ionic conductive membrane is applicable for running in a zero-pole electrolytic cell under a novel high current density condition and a very excellent product purity index is achieved. The invention also provides a preparation method of the ionic conductive membrane, the process is simple and reasonable and industrial production is easily achieved.

The invention belongs to the technical field of ionic membranes, and particularly relates to a novel ionic conduction membrane. The novel ionic conduction membrane comprises a perfluoro ion exchange resin basal membrane, a porous reinforcing material and a surface layer made of a mixture of perfluoro ion exchange resin microparticle and inorganic compound particle, wherein the inorganic compound particle is one of or a mixture of oxides, hydroxides and nitrides of IV-A groups, IV-B groups, V-B groups, iron, cobalt, nickel, chromium, manganese or boron elements; and the perfluoro ion exchange resin microparticle is a mixture of one or two of perfluoro carboxylic acid resin microparticle or perfluoro sulfonic acid carboxylic acid copolymerization resin microparticle and perfluoro sulfonic acid resin microparticle. The novel ionic conduction membrane is used for the chlorine-alkali industry and is capable of stably and efficiently treating an alkali chloride solution wide in concentration range and suitable for operation in a novel zero-polar-distance electrolytic bath under the condition of high electric current density, and the product is high in purity. The invention also provides a preparation method of the novel ionic conduction membrane, which is simple and reasonable in process and facilitates industrial production.

A gas removal device 1 includes a decompression chamber 2 with an inlet 11 and an outlet 12 through which a liquid to be degassed flows therein and thereout, and a degassing element 5 that is accommodated in the decompression chamber 2 while having one end connected to the inlet 11 and another end connected to the outlet 12, and that allows the liquid to be degassed entering into the inlet 11 to pass through the degassing element 5. The degassing element 5 includes a tube bundle 15 composed of a plurality of flexible gas-permeable tubes 151, and a tying member 16 tying the plurality of gas-permeable tubes 151 to form the tube bundle 15. The tube bundle 15 is bent in a shape of coil with multiple turns in such a manner that a portion tied by the tying member 16 is included in a bent portion BP.

The invention provides a preparation method and an application method of an electrocatalysis electrode. The preparation method includes: taking titanium as a substrate, depositing Bi-SnO2-Sb2O3-CNT on the titanium substrate by means of heat deposition, and then depositing a PbO2 active surface layer on a Bi-SnO2-Sb2O3-CNT interlayer by the aid of electrodeposition to prepare a Ti / Bi-SnO2-Sb2O3-CNT / PbO2 electrocatalysis electrode. The electrocatalysis electrode is used for ultrasound electrocatalysis algae killing and microcystin degradation. The electrocatalysis electrode is taken as an anode, a stainless steel or copper sheet is taken as a cathode, microcystis aeruginosa solution added with electrolyte is subjected to electrolysis, and ultrasonic treatment is applied in the electrolytic process. The preparation method and the application method of the electrocatalysis electrode have the advantages that the electrode has more catalytic activity sites, and catalytic activity of the electrode is improved; electrical conductivity of the electrode can be improved, and energy consumption can be lowered; electrocatalytic activity is high, and service life is long; ultrasonic oxidation and electrocatalytic oxidation are combined, synergistic effect is generated, and efficiency of algae killing and microcystin degradation is highly increased.

The present invention provides a liquid container, which can eliminate air bladder even though the air bladder generating in the cavity of the liquid residual capacity sensor, so as to prevent the liquid residual capacity sensor from measuring by accident due to the air bladder. The container body (10) comprises: liquid containing chambers (370, 390, 430), for holding liquid; and liquid residual capacity sensor (31), for detecting the presence or absence of liquid based on residual vibration by piezoelectricity elements. A no-liquid-filled chamber (501) which is in communication with the outside of the container body (10), when casing the liquid container (1) through decompression and encapsulation, the no-liquid-filled chamber (501) becomes a deaeration chamber which contains negative pressure for deaeration, to eliminate the air bladder in the sensor by means of the decompression of the deaeration chamber.

The invention discloses a full-automatic degassing machine, comprising a degassing barrel (2), a slurry inlet (1), a slurry outlet (6), a stirring and crushing device (3) and a motor. The invention is characterized in that the full-automatic degassing machine also comprises an air cavity (7), an air inlet (8), an oil gas suction inlet (9), a lifting support sliding rod (21), a guide rail locatingplate (12), a double spindle lifting cylinder (24) and a brake friction plate (30), and a first ultrasonic wave probe (15), a second ultrasonic wave probe (16), a slurry blocking detection device (25) and an automatic drainer (26), and the double spindle lifting cylinder (24), a braking cylinder (28), the slurry blocking detection device (25), the motor (13), the first ultrasonic wave probe (15) and the second ultrasonic wave probe (16) are all connected with an electric control device (31). The full-automatic degassing machine disclosed by the invention has a reasonable design, a simple structure, economy and practicability, convenience in operation, good degassing efficiency, high efficiency, long service life and simplicity in mounting and dismounting.

The purpose of the present invention is to provide a laminated glass interlayer and a laminated glass that includes the laminated glass interlayer, the laminated glass interlayer comprising two or more layered resin layers, having excellent degassing properties during a laminated glass production process, and being capable of preventing the occurrence of ghost images. The present invention is a laminated glass interlayer comprising two or more layered resin layers, at least one surface of the laminated glass interlayer having a plurality of concave portions and a plurality of convex portions. Bottom portions of the concave portions have continuous groove shapes, and adjacent concave portions are parallel and arranged regularly in lines. On the surface that has the plurality of concave portions and the plurality of convex portions, the groove depths (Rzg) of the concave portions are 10-40 [mu]m as measured in accordance with JIS-B0601 (1994), and the intervals between adjacent concave portions are 1000-1500 [mu]m.

The invention belongs to the technical field of secondary metals, and in particular relates to a degassing method of a regenerated aluminum alloy melt. Gas diffusion and tension adsorption between bubble surfaces and oxide inclusions are realized through a hydrogen partial pressure difference between a degassing agent and a melt to realize degassing. The degassing method comprises one or two of in-furnace degassing and on-line degassing, wherein the in-furnace degassing adopts a conduit to inject the degassing agent into the aluminum alloy melt for degassing, and the on-line degassing is box-type rotary degassing or runner-type rotary degassing. The degassing agent is a gas or fusing agent (containing KCl, NaCl, Na3AlF6, Na2CO3, KNO3 and rare earth), the gas or gas+fusing agent is sprayedinto the aluminum alloy melt for refining, and impurities in the aluminum alloy melt are removed by a filtration method to finally obtain an aluminum alloy product with low gas content. The degassingmethod provided by the invention can effectively control the gas content of the aluminum alloy melt, and the hydrogen content of the degassed aluminum alloy melt is 0.02-0.26ml / 100gAl.

The invention discloses a system for removing hydrogen in molten aluminum. The system comprises a molten aluminum tank, a communication tube and a double-cavity type degassing tank, wherein the molten aluminum tank is communicated with the double-cavity type degassing tank by the communication tube; the double-cavity type degassing tank comprises a vacuum cavity and a molten aluminum cavity, wherein a partition plate is arranged between the vacuum cavity and the molten aluminum cavity; a through hole is formed in the middle part of the partition plate; the vacuum cavity is arranged above the molten aluminum cavity; an electromagnetic oscillating coil is arranged outside the molten aluminum cavity; a rotary drive coil is arranged outside the electromagnetic oscillating coil; a liquor taking tube is arranged on the lower part of the molten aluminum cavity; a valve is arranged on the lower part of the liquid taking tube; a gas pumping tube is arranged on the upper part of the vacuum cavity; a gas filling cavity enclosed by a ceramic filter plate and the inner wall of the molten aluminum tank is arranged inside the molten aluminum tank; a gas filling tube is arranged below the gas filling cavity; one end of the gas filling tube extends into the gas filling cavity; the other end of the gas filling tube is arranged outside the gas filling cavity. The system disclosed by the invention adopts the double-cavity type degassing tank, and integrates the technologies, such as electromagnetic driving, ultrasonic-vibration degassing, inert gas removing, spraying and degassing, degassing by centrifugal force, and vacuum degassing, so that the optimal degassing effect is achieved.

The invention provides a microalloying wear resisting ball and a preparation method and a preparation system thereof. The microalloying wear resisting ball comprises the following components in percentage by weight: 0.75-0.85% of C, 0.15-0.35% of Si, 0.65-0.75% of Mn, 0.4-0.5% of Cr, 0.05-0.1% of B, 0.01-0.05% of N, 0.01-0.015% of Mg, 0.05-0.15% of Ca, S not more than 0.010%, P not more than 0.015%, and the balance of Fe. The invention further discloses the preparation method of the microalloying wear resisting ball; and the preparation method comprises the steps of induction smelting-continuous casting and rolling of rods-medium-frequency induction heating-inclined rolling and rotary cutting of balls-heat treatment process (quenching+tempering). The microalloying wear resisting ball has the advantages of high strength, high toughness, simple production process and low cost.