13results about How to "Guaranteed adsorption efficiency" patented technology

The utility model provides a methanol catalytic synthesis system utilizing carbon dioxide in dry quenching circulating gas, which is characterized in that an inlet of a desulfurizing tower of a dry quenching circulating gas decarburization system is used for introducing the dry quenching circulating gas, and a purified gas outlet of the desulfurizing tower is connected with a gas inlet of a decarburization absorption tower; an absorption liquid outlet of the decarburization absorption tower is communicated with an absorption liquid inlet of the desorption tower, an absorption liquid outlet of the desorption tower is communicated with an absorption liquid inlet of the decarburization absorption tower, a flue gas outlet of the desorption tower is communicated with an inlet of the CO2 separation device through the flue gas cooler, and a CO2 gas outlet of the CO2 separation device is communicated with an inlet of the catalytic reactor through the compression device; a hydrogen outlet of the coke oven gas hydrogen production system is communicated with an inlet of the catalytic reactor through the compression system, and methanol is synthesized from carbon dioxide generated by a dry quenching production unit in a coking plant and hydrogen generated by a coke oven gas unit in the catalytic reactor, so that effective utilization of resources is realized.

The invention relates to the technical field of space light absorption detection, in particular to a device and a method for detecting gas leakage through a space light absorption method, and the device for detecting gas leakage through the space light absorption method is arranged on the outer wall of a pipeline and comprises a walking shell arranged on the outer side wall of the pipeline. One end of the walking shell is rotationally connected with a pipeline detection assembly, one end of the pipeline detection assembly is provided with a clamping assembly, and the other end of the pipeline detection assembly is provided with a valve detection assembly. The device is suitable for surface crack detection of valves and pipelines, a third driving motor drives a driving gear to rotate to be meshed with an annular tooth groove of a detection frame, so that the detection frame circumferentially rotates around the center of the pipeline, a light absorption detector is fixed to the frame through a double-insertion plate in a matched mode, and a magnetic attraction roller of a walking shell achieves axial movement. A 360-degree three-dimensional detection path is formed with circumferential rotation, the whole area of the valve and the pipeline is covered, traditional detection dead angles are eliminated, leakage of leakage points is avoided, the detection comprehensiveness is improved, and the device can walk automatically and is high in automation degree.

The present invention relates to the technical field of slurry production equipment, and specifically to a carbon nanotube conductive slurry impurity removal device and impurity removal method, the impurity removal device includes a bracket and an impurity removal barrel, the impurity removal barrel includes a first barrel and a second barrel, a plurality of magnetic bars are arranged in the first barrel, the top of the magnetic bar is located in an open opening arranged at the top of the first barrel and is flush with the top of the outer wall of the first barrel, a lifting sleeve is coaxially installed in the impurity removal barrel, a scraper plate and a blocking cover plate are coaxially arranged on the lifting sleeve, and the magnetic bars are respectively inserted into the second through holes arranged on the scraper plate; the bracket is located at the top of the impurity removal barrel and a magnetic waste collection unit is arranged. In this technical solution, the magnetic impurities and non-magnetic impurities in the slurry are filtered in the first barrel and the second barrel of the impurity removal barrel respectively, and the reciprocating movement of the scraper plate transports the magnetic impurities adsorbed on the magnetic bar to the outside of the impurity removal barrel and is cleaned and collected by the magnetic waste collection unit.

The application discloses a kind of low additional water full recycled concrete based on recycled fine aggregate wet packing gradation optimization and preparation method thereof, belong to building material technical field.The application is classified into three intervals by natural gradation recycled fine aggregate, after pre-wetting to saturated surface dry state, the wet loose bulk density under each mass proportion combination is determined, and the highest density is selected as the optimal artificial gradation;60% of the saturated surface dry water absorption of all recycled aggregates is determined as additional water;cement, recycled fine aggregate, recycled coarse aggregate, initial water and water reducing agent are used to prepare by using the layered feeding process of "cement pre-mixing→ neat paste preparation→ coarse aggregate→ fine aggregate".The obtained concrete has a slump of 160-190mm, a 28-day compressive strength of 25-40MPa, good fluidity, can meet the construction requirements of conventional concrete structure, and does not need chemical modification, low cost, suitable for building solid waste large-scale utilization.

The present invention discloses a motor vehicle exhaust monitoring system, which belongs to the field of monitoring technology, and includes a sampling head assembly, a collection monitoring assembly and a micro air pump. The collection monitoring assembly includes a first six-way, an adsorption assembly, an absorption bottle, an integrated detector, a box-type sampling assembly and a second six-way. A one-way valve is provided between the adsorption assembly, the absorption bottle, the integrated detector and the box-type sampling assembly and the first six-way. A flow controller is provided between the adsorption assembly, the absorption bottle, the integrated detector and the box-type sampling assembly and the second six-way. The first pipeline is connected to the first six-way, the second pipeline is connected to the second six-way, the first pipeline is provided with a dilution assembly, and a heat preservation area is provided outside the pipeline between the sampling head assembly and the one-way valve, and a refrigeration area is provided outside the adsorption assembly and the absorption bottle. The present invention can realize rapid monitoring of exhaust gas, improve the monitoring range of exhaust gas components, and realize detailed analysis of each component of exhaust gas.

The utility model relates to dust collection equipment field discloses a combined multi -point assembly dust collection equipment, including side hang top suction subassembly and side hang side suction subassembly, side hang top suction subassembly and side hang side suction subassembly replaceably and heading machine connect, side hang side suction subassembly includes the standard air pipe and round air inlet pipe connected in proper order, and the round air inlet pipe is used for and standard air pipe connection, side hang side suction subassembly's standard air pipe and round air inlet pipe all and heading machine side surface connect, side hang top suction subassembly includes the standard air pipe, variable cross section transition pipe, former rotation upper transition pipe, upper rotation former transition pipe and rectangle air inlet pipe connected in proper order, and variable cross section transition pipe is used for and standard air pipe connection, and the section level direction of rectangle air inlet pipe is long side, side hang top suction subassembly's standard air pipe, variable cross section transition pipe and former rotation upper transition pipe all and heading machine side surface connect, upper rotation former transition pipe and rectangle air inlet pipe all and heading machine top surface connect, be suitable for small section potassium salt mine lane or coal lane operation.

This invention discloses a rotating metal blade comb structure for a vacuum cleaner floor brush, comprising: a hair cutting mechanism including a metal blade connecting rod and metal blade comb teeth, the metal blade comb teeth and the roller assembly rotating in opposite directions; a hair gripping mechanism, located upstream of the roller assembly relative to the hair cutting mechanism, including a first comb plate and a gripper assembly, a guide assembly, and a linkage assembly arranged sequentially along the surface of the first comb plate towards the roller assembly, the gripper assembly being slidably mounted on the first comb plate, and a pressing block being provided on the linkage assembly towards the guide assembly, the pressing block being associated with the gripper assembly; and a hair adsorption mechanism including a second comb plate and an adsorption element disposed on the second comb plate. This invention can solve the problems of difficult hair removal from common floor brush rollers, where some combing and cutting mechanisms cannot guarantee the efficiency and extent of hair removal during cleaning, and may also damage the brush assembly, affecting the use of the roller brush.

The utility model provides an integrated device for flue gas desulfurization of a coal-fired power plant, and relates to the field of integrated devices for desulfurization of power plants, the integrated device comprises an integrated treatment box and a motor, the upper end of the integrated treatment box is provided with a feed inlet, the outer wall of the lower side of the integrated treatment box is provided with a gas inlet, and the outer wall of the upper side of the integrated treatment box is provided with a controller; an adsorption box is arranged in the integrated treatment box, a spraying pipe is arranged on the lower side of the adsorption box, a liquid desulfurizing agent box is arranged on the lower side of the spraying pipe, meanwhile, the spraying pipe and the liquid desulfurizing agent box are connected through a conveying pipe and a water pump, the motor is installed at the top of the integrated treatment box, and the lower end of the motor is connected with a rotating shaft; the outer side of the rotating shaft is connected with a stirring rod, and the stirring rod is positioned in the adsorption box. The flue gas desulfurization device solves the problem that the existing flue gas desulfurization device for the coal-fired power plant generally only has a single desulfurization mode in the same device, and a desulfurization agent is in a static state, so that the desulfurization effect is deviated.

The utility model relates to the technical field of nitriding furnace tail gas treatment, and discloses a nitriding furnace tail gas treatment device which comprises a mounting plate, a treatment assembly mounted at the top of the mounting plate and a water passing assembly mounted at the top of the mounting plate. And the treatment assembly comprises a treatment box fixedly mounted at the top of the mounting plate, a placement box which is slidably connected to the top of the treatment box and penetrates into the treatment box, and a plurality of through holes which are formed in the front surface and the back surface of the placement box and penetrate into the placement box. According to the nitriding furnace tail gas treatment device, tail gas can be subjected to activated carbon adsorption by arranging the treatment assembly, the tail gas can be subjected to high-temperature reaction after adsorption is completed, and water-soluble gas or impurities in the tail gas can be absorbed by arranging the water passing assembly; and through mutual cooperation of the treatment assembly and the water passing assembly, tail gas treatment can be more comprehensive, the tail gas treatment efficiency is further improved, and activated carbon can be rapidly replaced through the treatment assembly.

The invention relates to the technical field of industrial waste gas treatment, in particular to an industrial high-calcium solid waste adsorption type carbon dioxide adsorption device. Comprising a chassis; the shell is fixedly connected to the bottom frame, the shell is provided with two cavities which are arranged up and down and communicate with each other, and two first grooves which are arranged in a mirror image mode and two second grooves which are arranged in a mirror image mode are formed in the shell; the multiple solid waste adsorption plates are arranged in the two cavities in the shell correspondingly, and each solid waste adsorption plate is provided with two convex columns arranged in a mirror image mode; and the material control mechanism is arranged on the shell and is used for adjusting the position of the solid waste adsorption plate in the shell. Through the material control mechanism, the solid waste adsorption plate can be replaced in the adsorption process of carbon dioxide in waste gas, and the situation that the adsorption process of carbon dioxide is interrupted due to the fact that a traditional mode of replacing the solid waste adsorption plate is stopped, and consequently the adsorption efficiency of carbon dioxide in waste gas is reduced is avoided.

This utility model relates to the field of dry desulfurization and discloses a dry desulfurization regeneration reaction tower, including a tower body. A rotating support is rotatably connected inside the tower body. A top baffle is fixedly connected inside the rotating support. A side baffle is fixedly connected inside the rotating support. A bottom baffle is fixedly connected inside the side baffle. A power assembly is fixedly connected to the inner wall of the top of the tower body, and the power assembly drives the top baffle to rotate. A fixed column is fixedly connected to the inner side of the tower body. A desulfurization cylinder is fixedly connected to the inner side of the fixed column. A top plate is fixedly connected to the top of the desulfurization cylinder. In this utility model, by setting up mechanisms such as the rotating support, top baffle, bottom baffle, and side baffle, and activating a servo motor to drive the rotating support to rotate, the flue gas can only pass through one of the upper and lower desulfurization cylinders for desulfurization and regeneration. The other desulfurization cylinder undergoes desulfurization and regeneration, thus enabling rapid switching of the solid adsorbent and achieving high working efficiency.

This utility model discloses an activated carbon fiber dispersion device, belonging to the technical field of activated carbon material processing equipment. It addresses the problems of easy entanglement and residue of activated carbon fibers, and the inconvenience of cleaning and collection in existing dispersion equipment. The device includes a frame, a housing, two dispersion rollers, a cleaning roller, a bottom shell, a collection box, and a horizontal plate. The housing is fixed to the top of the frame. The two dispersion rollers are rotatably mounted inside the housing via bearings, and their surfaces are provided with multiple sets of annular equidistant hooks along the axial direction. The cleaning roller is rotatably mounted inside the housing and located below the dispersion rollers, with annular grooves corresponding to the hooks on its surface. The bottom shell is fixedly connected to the bottom of the housing, and the collection box is slidably mounted inside the bottom shell. The horizontal plate is fixed inside the bottom shell, and its top is provided with multiple integrally formed scrapers extending to the annular grooves. This device is used for the pretreatment of activated carbon fibers, achieving uniform dispersion, minimal entanglement residue, and convenient cleaning and collection. It is suitable for the preparation of ACF-nZVI composite materials.

The present invention relates to the technical field of obtaining adsorption amount, and in particular to a method and system for obtaining the continuous adsorption amount of an adsorbent, the method comprising: evenly spreading the adsorbent into a detection container, selecting a target detection point in the detection container, performing continuous pouring in a first process at an initial pouring rate, and collecting a first adsorption image in real time during the continuous pouring of the first process; analyzing each first adsorption image, determining a number of real-time diffusion rates, and generating a first actual diffusion curve according to the real-time diffusion rates; determining whether to adjust the initial pouring rate based on the analysis result of the first actual diffusion curve, performing continuous pouring in a second process on the target detection point at the first actual pouring rate, and generating a second actual diffusion curve; stopping pouring when a second actual adsorption parameter corresponding to the second actual diffusion curve reaches a preset standard adsorption saturation condition; weighing the detection container to determine the actual continuous adsorption amount of the adsorbent.