79results about "Flash degasification" patented technology

The present invention relates to a heatable partition for a defoliation apparatus for defoliating a composition containing volatile components, such as for defoliating a solid or liquid polymer composition containing unreacted monomers, solvents, and / or by-products, wherein the heatable partition comprises at least one vessel having an upstream portion and an adjacent downstream portion, the upstream portion of the vessel having a first side end having an inlet and a second side end on the opposite side connected to the downstream portion, the downstream portion of the vessel having a first side end connected to the second side end of the upstream portion and a second side end on the opposite side, the downstream portion of the vessel comprising a hollow double plate assembly, the hollow double plate assembly comprising an upper plate and a lower plate arranged in staggered order but separated such that a void chamber is defined between the upper plate and the lower plate, each of both plates having a plurality of openings, each opening in the upper plate being surrounded by a wall extending through the void chamber and surrounding the opening in the lower plate so as to form a plurality of passages that are fluid-sealed and separated from a hollow space defined in the void chamber between the passages, the hollow space being connected to an inlet for a heating medium and an outlet for a heating medium.

Methods of preparing a polymer solution for organic electrochemical transistor preparation include preparing a solvent solution, preparing a dopant solution, and combining the solvent solution and the dopant solution at 60 to 90 volume percent solvent solution and 10 to 40 volume percent dopant solution. Preparing the solvent solution includes degassing a first solvent to form a degassed first solvent and combining the degassed first solvent with a polymer. Preparing the dopant solution includes degassing a second solvent to form a degassed second solvent and combining the degassed second solvent with a p-dopant.

The application discloses a kind of quick detection device of gas content in transformer oil, it is related to the technical field of power transformer;Quick detection device of gas content in transformer oil includes first air pump, second air pump, gas separation structure, booster oil pump, circulation structure and gas detection device;First air pump forms negative pressure environment above the oil surface in heating inner bag, and carries out atomization spray to oil by circulation structure, can be fully released from dissolved gas in oil, greatly speeds up the gas release speed in oil liquid;After enrichment by pressurization, the gas concentration of the gas after release is improved, to avoid the detection deviation caused by too low gas concentration even missed detection;The application also designs laser detection structure based on photoacoustic effect and heat cleaning structure for removing residual water vapor;The device provided by the application shortens the overall time consumption of gas release and detection in transformer oil, and guarantees the accuracy of oil release gas detection.

The invention discloses a preparation method of a high-strength starch-PAM composite membrane, and belongs to the field of biodegradable materials.The preparation method comprises the following specific steps that firstly, starch, PAM and glycerin are selected and pretreated, then the treated starch is added into deionized water, and uniform starch gelatinization liquid is formed; iI, preparing a PAM dispersion liquid, and adding the PAM dispersion liquid and glycerol into the starch gelatinization liquid to form a ternary composite blending liquid; iII, performing vacuum defoaming treatment on the ternary composite blending liquid, and casting the treated ternary composite blending liquid on a film forming carrier to form a uniform liquid film; the problem that a traditional starch film is insufficient in mechanical property is solved, the defects that the traditional starch film is too high in hydrophilicity and prone to aging are overcome, bubbles or uneven thickness of the composite film are effectively avoided, and the consistency and stability of the product performance of the composite film are guaranteed.

The disclosure provides a method of capturing carbon dioxide. The method comprises providing an input liquid. The input liquid comprises carbon dioxide, and / or a precursor thereof, dissolved therein. The method further comprises degassing the input liquid to obtain an output gas comprising carbon dioxide; and capturing the output gas and / or carbon dioxide present in the output gas. The disclosure also provides an apparatus which may be used to conduct the above method.

To provide a method for producing an electrode ink capable of suppressing generation of air bubbles, even when a ratio of water in a solvent of an electrode paste is increased.SOLUTION: A method for producing electrode ink comprises, for each of a first material containing conductive particles, a second material containing a polymer material, and a solvent containing water and an organic solvent soluble in water, a degassing step S60 to remove soluble gases that dissolve more easily in alcohol than in nitrogen, and a kneading step in which the first material from which the soluble gas has been removed, the second material, and the solvent are mixed. The kneading step is carried out under an atmosphere of low-solubility gas that is less soluble in alcohol than in nitrogen.SELECTED DRAWING: Figure 6

A degassing system for use in dialysis, comprising: a degassing vessel having a fluid inlet, and a fluid outlet; a degas flow restrictor fluidly connected to the inlet of the degassing vessel; a fluid pump fluidly connected to the degassing vessel and located downstream of the degassing vessel, for pulling fluid into the degassing vessel through the fluid inlet and out of the degassing vessel through the fluid outlet; a vacuum pump attached to the degassing vessel for removing gas from the degassing vessel; and. a degas sprayer located inside the degassing vessel at the fluid inlet of the degassing vessel such that fluid entering the degassing vessel through the fluid inlet passes through the degas sprayer.

A system for improved water separation from oil and gas production is described. In one aspect, a system for improved water separation from oil and gas production is provided. The system includes a system for water separation from oil and gas production, comprising an inlet section configured to receive a production stream line, the inlet section comprising a gas disengagement system comprising a flow control vessel and a gas disengagement line coupled to the flow control vessel, a stratification section downstream of the inlet section, the stratification section comprising a mixing device coupled to the gas disengagement system and a stratification line disposed downstream of the mixing device, wherein the stratification line comprises at least one 180° turn, and a separator section, comprising a separator coupled to the stratification line and one or more recycle lines fluidly coupled to the separator.

A deaeration device (40) removes air dissolved in a liquid in a reduced-pressure atmosphere. The deaeration device comprises a liquid tank (32) that stores a liquid, a vacuum device (62) that reduces the pressure within the liquid tank, a circulation passage (47) that communicates different positions of the liquid tank, a circulation device (67) that causes the liquid to circulate through the circulation passage, and a control device (38) that controls the circulation operation of the circulation device. The control device adjusts the circulation time of the liquid in accordance with the amount of dissolved air in the liquid.

A degasser 100 comprising a fluid line 150, a first 120 and second 130 degasser chamber coupled to the fluid line at a first 121 and second 131 coupling point, a suction device 110 coupled to the flui

The present invention relates to a devolatilization apparatus for devolatilizing compositions containing volatile components, such as for devolatilizing solid or liquid polymer compositions containing unreacted monomers, solvents, and / or by-products, the devolatilization apparatus comprising a vessel having at least one inlet for the composition to be devolatilized, at least one outlet for the devolatilized composition, at least one outlet for gas, at least one heatable tray, and optionally at least one heatable distributor, the vessel comprising a hollow vessel having upper and lower plates, at least a section of the at least one heatable tray and / or the at least one heatable distributor arranged one on top of the other but spaced apart such that a void chamber is defined between the upper and lower plates. The vessel comprises a double-plate assembly, each plate having a plurality of openings, each opening of the upper plate being surrounded by a wall that extends through the void chamber to form a plurality of passages that are fluid-tightly separated from hollow spaces defined in the void chambers between the passages and that surround the openings of the lower plate, the hollow spaces being connected to an inlet and an outlet for the heating medium, the upper and lower plates of the hollow double-plate assembly being connected to each other at their sides via side walls that define the void chambers therebetween, and at least one heatable tray and / or at least one heatable distributor extending over 10 to 99% of the cross-sectional area of ​​the vessel and surrounded by a non-perforated weir.

The application provides a fluid micro-fluidic chip and a preparation and use method thereof, which comprises a pre-focusing module, a magnetic field sorting module and a glass slide; the pre-focusing module and the magnetic field sorting module are arranged on the glass slide, and the pre-focusing module is connected with the magnetic field sorting module through a first amplification section; the pre-focusing module is used for focusing microspheres at the same equilibrium position, and the magnetic field sorting module is used for sorting microspheres with different sizes. The application can realize continuous and sheath-free sorting of microspheres with different sizes, and has the advantages of high throughput, small structure size, no need for magnetic bead modification and simple operation.

This invention relates to the field of slurry debubbling technology, and proposes a device for eliminating suspended air bubbles in slurry. The device includes a housing with a cavity having an inlet, an outlet, and a vacuum port; a vacuum pump connected to the vacuum port; a liquid inlet pipe extending from the bottom of the housing into the cavity; the liquid inlet pipe having an inlet and an outlet; the outlet facing upwards and communicating with the cavity; and a distribution plate disposed on the liquid inlet pipe and surrounding the outlet. This technical solution solves the problems of incomplete bubble elimination, inability to continuously discharge slurry, and the limitation to batch debubbling of slurry in existing technologies.

An organic wastewater treatment apparatus includes: a first treatment device configured to perform methane fermentation on organic wastewater containing a floating substance, an organic substance, and a nitrogen component under an anaerobic condition and perform membrane filtration to obtain membrane-filtered water; a second treatment device provided downstream of the first treatment device and including a vacuum degassing device that removes and recovers a part of dissolved methane in the membrane-filtered water; and a third treatment device provided downstream of the second treatment device and configured to perform post-treatment.

The invention is in the field of a degasser assembly for decarbonization of water, that is, removal of CO2 and species thereof from water, a method of decarbonization of water, and various aspects thereof, and a computer program for carrying out the method of decarbonization, as well as optimization aspects thereof.

A degassing device for degassing a gas-containing liquid includes: a manifold wherein a main flow of liquid flows through the manifold, at least one flow passage extending between the manifold and a degasification zone, a degasification housing defining an inner volume, at least one valve, a pressure reduction device connected to the degasification housing, a pressure sensor configured to measure the pressure in the degasification zone, a gas outlet in the degasification housing. The gas outlet incudes an outlet tube and an outlet closing body, where the outlet tube is closable by the outlet closing body. A method for degassing includes a degassing cycle having a pressure reduction step and a gas expulsion step.

The invention discloses an oil degassing composite membrane as well as a preparation method and application thereof, and belongs to the field of gas-liquid membrane separation. The oil degassing composite membrane comprises a supporting base membrane and a separation layer, the separation layer is attached to the surface of the supporting base membrane; the supporting base membrane is of a porous structure, and the separation layer is a fluorine-containing polymer; the thickness of the supporting base membrane is 10-60 [mu] m, and the molecular weight cut-off is 10-200 KDa; the thickness of the separation layer is 0.3-5 [mu] m; the O2 permeation rate of the oil degassing composite membrane is 100 to 3000 GPU (Graphics Processing Unit). The preparation method comprises the following steps: coating the fluorine-containing polymer coating liquid on the supporting base membrane, drying, and carrying out plasma treatment. A mixed solvent of a high-boiling-point fluorine-containing solvent and a low-boiling-point fluorine-containing solvent is utilized, so that defects on the surface of the composite membrane are prevented, the permeability of the membrane is ensured, fluorine-containing plasmas are utilized for treating the surface of a separation layer of the composite membrane, the defects are repaired quickly and effectively, and meanwhile, a flat membrane assembly prepared from the oil degassing composite membrane has the advantages of low cost and high efficiency. Proper specifications can be selected according to degassing requirements, and the adaptability is high.

A composition, apparatus, and method for enabling improved disposal of hydrogen sulfide are disclosed. An exemplary embodiment provides a method. The method includes receiving a brine stream comprising hydrogen sulfide. The method includes removing the hydrogen sulfide from the brine stream to generate hydrogen sulfide gas and a pretreated brine stream. The method includes processing the pretreated brine stream to produce a return brine stream. The method includes combining the hydrogen sulfide gas with the return brine stream under compression to generate a disposable waste stream.

There is provided a gas solution supply apparatus capable of preventing bubbles from being generated in use at a point-of-use even if gas solution to be provided to a point-of-use has a high concentration. The gas solution supply apparatus 1 includes: a gas dissolving unit 4 that dissolves a source gas in a source liquid to produce a first gas solution; a first gas-liquid separator 10 that stores the first gas solution produced and produces a second gas solution through gas-liquid separation of the first gas solution; a pressure reducer 17 that depressurizes the second gas solution produced in the first gas-liquid separator 10; and a second gas-liquid separator 12 that stores the depressurized second gas solution and produces a third gas solution through gas-liquid separation of the second gas solution. The third gas solution is supplied to a point-of-use.

The invention provides a tubular deaerator, and relates to the field of liquid deaeration equipment, the tubular deaerator comprises stock solution pipes, a deaeration filter pipe, a deaerator jacket and a vacuum pipeline, the two ends of the deaeration filter pipe are respectively communicated with the stock solution pipes to form a channel for circulating liquid to be deaerated, and the side wall of the deaeration filter pipe is provided with a plurality of filter holes for bubbles to pass through. And the de-foaming device jacket is sleeved on the outer wall of the de-foaming filter tube. Defoaming of the stock solution can be completed in the pipeline conveying process, extra staying and waiting are not needed, the continuous production requirements of chemical enterprises are perfectly met, and the production efficiency is greatly improved. A special defoaming kettle does not need to be built, equipment is integrated in a stock solution conveying pipeline system, the structure is compact, the problem that a traditional defoaming mode occupies a large space is thoroughly solved, and the plant layout cost is reduced.

A heatable distributor includes a vessel with an upstream portion and an adjacent downstream portion, the upstream portion includes a first lateral end with an inlet and a second lateral end connected with the downstream portion. the downstream portion includes a first lateral end and a second lateral end, the first lateral end connected with the second lateral end of the upstream portion, and the downstream portion includes a hollow double-plate assembly including an upper plate and a lower plate spaced apart so that a void chamber is defined therebetween. Each plate includes openings, each opening of the upper plate is surrounded by a wall extending through the void chamber and surrounding an opening of the lower plate to form channels being fluid-tightly separated from the hollow space and, the hollow space is connected with an inlet for a heat medium and with an outlet for the heat medium.

Provided is an organic wastewater treatment device and an organic wastewater treatment method that can reduce the amount of methane dissolved in membrane-filtered water and increase the amount of methane recovered when anaerobically treating organic wastewater in a membrane separation methane fermentation tank. The organic wastewater treatment device includes: a first treatment device (20) that performs methane fermentation on organic wastewater (W1) containing suspended matter, organic matter, and nitrogen components under anaerobic conditions and performs membrane filtration using a microfiltration membrane or an ultrafiltration membrane to obtain membrane-filtered water (W2); a second treatment device (30) disposed on the downstream side of the first treatment device (20) and including a vacuum degassing device (32) that removes and recovers a portion of the dissolved methane in the membrane-filtered water (W2); and a third treatment device (40) disposed on the downstream side of the second treatment device (30) and performing post-treatment.

The invention discloses a device and a method for preparing a microbead debonding sample. The device comprises a bracket, a rotary sample loading device, a plurality of samples, an extrusion device and a feeding and discharging device. The rotary sample loading device is rotatably arranged on the support, the multiple samples are distributed at intervals in the circumferential direction of the rotary sample loading device, the extrusion device is located above the rotary sample loading device and used for containing a prefabricated resin solution, and the feeding and discharging device is connected with the extrusion device and used for adjusting the air pressure in the extrusion device. The feeding and discharging device is matched with the extrusion device to enable the prefabricated resin solution in the extrusion device to enter and exit from the extrusion device and remove bubbles in the prefabricated resin solution in the extrusion device, and the feeding and discharging device is matched with the rotary sample loading device to enable the prefabricated resin solution extruded from the liquid outlet end of the extrusion device to be transferred to fiber monofilaments of a sample located below the extrusion device. Through cooperation of the rotary sample loading device, the feeding and discharging device and the extrusion device, high-efficiency and high-quality sample preparation can be completed.

A device and method for atomizing and degassing is provided. The device includes a first condenser, a second condenser, a packed tower and a fan. The first condenser is provided with a first feed inlet, a first discharge outlet, a first water inlet and a first water outlet. The packed tower is provided with a feed inlet, an air outlet and a liquid outlet. The first discharge outlet of the first condenser is connected with the feed inlet of the packed tower, a second feed inlet of the second condenser is connected with the air outlet of the packed tower, and a gas outlet of the second condenser is connected with the fan. Packing is arranged in the packed tower, and the packing is located between the feed inlet and the air outlet, and the feed inlet is located between the air outlet and the liquid outlet.

Processes for processing bio-sourced oil to produce bio-sourced oil dielectric fluids can be carried out using an apparatus mounted on a mobile transport platform system having a total footprint of no more than about 30 m2. The processes use a described array of pumps, heaters, filters, a degasser and vacuum system, and an additive metering / mixing valve system to achieve production under low energy and pressure conditions.

The invention provides a geothermal water degassing device based on geothermal water supply membrane separation helium extraction, which comprises: a geothermal water treatment structure, the geothermal water treatment structure comprises a geothermal water treatment box, and a stirring degassing structure is arranged in the geothermal water treatment box; the exhaust structure is located in the middle of the interior of the geothermal water treatment tank, a compensation heating structure is arranged in the exhaust structure, and a dispersion degassing structure is arranged on the peripheral side of the exhaust structure; and the desanding structure corresponds to the exhaust structure and the dispersion degassing structure. According to the geothermal water degassing device based on geothermal water supply membrane separation helium extraction, gas in geothermal water can be thoroughly separated out, auxiliary degassing can be carried out through the desanding structure, and therefore the degassing effect is improved, the degassing efficiency is improved, and the service life of the degassing device is prolonged. And different components in the gas can be separated through the membrane degassing structure, so that the helium can be conveniently utilized, and the economic benefit of the device is improved.

This invention discloses a method of separating volatile acids and bases from liquid mixtures in wastewater treatment and aerobic culturing processes. The method uses the colligative properties of a solution to differentially separate solvent and acid vapors and employs novel techniques such as controlled volatilization, ion separation processes, and pH management to effectively remove these compounds while optimizing process efficiency. The invention facilitates the management of carbon dioxide accumulation, crucial for promoting autotrophic reactions and improving overall system performance.

The invention discloses a DMT purification system and purification method based on dynamic distribution and pressure regulation, the system comprises a plurality of different purification tanks, graded purification can be realized, a DMT purity sensor is arranged at a discharge port of each tank, a bubble detection sensor is arranged on a bed layer, a controller linkage sensor, a temperature / pH / pressure regulation module and a valve are arranged, DMT is directionally distributed according to purity data, and the flow rate of the DMT is increased. (low purity returns to the tank, medium purity enters the precision tank, and high purity is discharged), and the internal pressure of the purification tank is adjusted according to a bubble signal so as to accelerate purification and eliminate bubbles in a bed layer. According to the technical scheme, the problem of unstable quality is solved: graded adsorption is combined with dynamic distribution, raw material impurity fluctuation is adapted, and the purity of purified DMT is high; and through degassing pretreatment and dynamic pressure regulation and control, bubbles are prevented from occupying adsorption sites and causing channeling, and the purification performance is guaranteed.

The present invention relates to a degassing device and a degassing system for removing air bubbles from silicone gels of implants, preferably breast implants. The degassing device comprising a body, a trigger, a drive pin, a vacuum inlet and a vacuum outlet, and the degassing system comprising a degassing device, a vacuum system and a waste collector.

A devolatilization apparatus includes a vessel having inlet, and heatable tray or distributor. A section of the heatable tray or distributor includes a hollow double-plate assembly with upper and lower plates spaced apart defining a void chamber therebetween, each plate including openings. Each opening of the upper plate surrounded by a wall extending through the void chamber and surrounding an opening of the lower plate so as to form a plurality of channels fluid-tightly separated from the hollow space being in the void chamber. The hollow space is connected with an inlet for a heat medium and an outlet for the heat medium. The upper and lower plates are connected with each other at sides through sidewalls, between which the void chamber is defined. The heatable tray or distributor extends over 10 to 99% of the cross-sectional area of the vessel and is surrounded by a non-perforated weir.