25 results about "Carbon filtering" patented technology

A water filter device for filtering water for supply, consists of an outer housing, a general water inlet through the housing, a mechanical filter within the housing, a carbon filter within the housing and a general water outlet through the housing, the filter device providing a flow path from the general water inlet, through the mechanical filter and the carbon filter to the general water outlet. The water filter device further includes a secondary water inlet through the housing between the mechanical filter and the carbon filter, to provide a second flow path from the secondary water inlet through the carbon filter to the general water outlet, the second flow path thus bypassing the mechanical filter.

The invention belongs to the technical field of formaldehyde preparation, and particularly relates to a preparation system and process for producing formaldehyde by replacing refined methanol with crude methanol. In order to solve the technical problems of high energy consumption and high cost in formaldehyde production, the invention provides the technical scheme that a crude methanol filter is used for receiving crude methanol and preliminarily filtering mechanical impurities in the crude methanol; the activated carbon filter or the granular carbon filter is used for purifying the crude methanol from which the mechanical impurities are removed; the methanol precision filter is used for finely filtering the purified crude methanol and filtering mechanical impurities again; the crude methanol preheater is used for preheating the crude methanol of which the mechanical impurities are filtered again; the methanol combined evaporator is used for evaporating, vaporizing, overheating and adjusting the preheated crude methanol to obtain ternary mixed gas; the ternary mixed gas subjected to proportion adjustment enters the oxidation furnace, oxidation and dehydrogenation reactions are carried out, and formaldehyde is generated; and the formaldehyde generated by the reaction enters an absorption tower and is absorbed by water to generate 37% formaldehyde.

A reformed fuel manufacturing apparatus and method is provided, including a water treatment unit configured to pretreat a water introduced therein by using a carbon filter and a reverse osmosis purifier, an electrolysis tank unit connected to a reverse osmosis purifier and configured to additionally pretreat the water, an oil tank unit configured to store an oil introduced from an oil inlet, a mixed oil unit connected to the water treatment unit and the oil tank unit and configured to produce a mixed oil by using an inline mixer, and an ionization catalyst unit connected to the mixed oil unit and configured to convert the mixed oil to a reformed fuel; and a control unit configured to control all electronic and mechanical actuations of the reformed fuel manufacturing apparatus.

An indoor smoker includes a cabinet defining a discharge vent, a smoking chamber positioned within the cabinet and defining a chamber outlet, an exhaust duct providing fluid communication between the chamber outlet and the discharge vent, an air handler operably coupled to the exhaust duct for urging a flow of smoke from the smoking chamber, through the exhaust duct, and out of the discharge vent, and a filter assembly comprising a filter positioned proximate the discharge vent such that the flow of smoke passes through the filter.

The utility model discloses a molecular sieve oxygenerator with disinfection function, which comprises an oxygenerator main body, a shell component is arranged outside the oxygenerator main body, a first fan is arranged in the oxygenerator main body, and the shell component comprises a side frame and a rear frame; a first filtering part and an air outlet part are arranged on any side of the side frame, and a high-pressure plasma generator assembly is arranged on any side of the first fan; the first filtering part comprises a primary filter screen, an HEPA (High Efficiency Particulate Air) filter screen and a sticky carbon filter screen; the high-pressure plasma oxygen generator is reasonable in structural design, the high-pressure plasma generator component is arranged at any end of the first fan, so that the blown-out fluid is ionized after the fluid is blown out by the first fan, large dust particles in the fluid are provided with positive / negative charges, and the dust particles in the fluid are filtered by the high-pressure plasma generator component. And when passing through a reverse electric field, the fluid is just adsorbed and captured, so that the fluid is killed, oxygen molecules in the fluid are activated, oxygen is more easily absorbed by a human body, and the lung function is improved.

A system (200, 200 ') for safely storing ammonia underground comprises: a storage tank (300, 300') located underground for storing liquid ammonia; and a safety system (400, 400 ') connected to the storage tank (300, 300') to control leakage from the storage tank (300, 300 ') and to allow delivery of liquid ammonia into and out of the storage tank (300, 300'), the safety system (400, 400 ') comprising: a reliquefaction system (410, 410') configured to receive and liquefy gaseous ammonia gasified from liquid ammonia in the storage tank (300, 300 '), the liquefied ammonia is conveyed to the storage tank (300, 300 '); a collection tank (420, 420 ') configured to collect liquid ammonia leaked from the safety system (400, 400') and to deliver the leaked liquid ammonia to the storage tank (300, 300 '); a scrubber (430, 430 ') configured to treat gaseous ammonia leaking from the safety system (400, 400') and to deliver the treated gas to the atmosphere or ocean through a carbon filter; a water tank (440, 440 ') connected to the scrubber (430, 430') and configured to receive contaminated water; a standby external cooling system (450, 450 ') configured to be operable to provide standby cooling to the storage tank (300, 300') and the collection tank (420, 420 '); and a liquid ammonia transfer system (460, 460 ') configured to deliver liquid ammonia into the storage tank (300, 300') and to deliver liquid ammonia out of the storage tank (300, 300 ') wherein the reliquefaction system (410, 410') is configured to provide cooling to the storage tank (300, 300 ') and the collection tank (420, 420') due to liquefaction of ammonia gas.

The utility model discloses a coating head exhaust air automatic adjusting device which comprises a filter assembly, and the filter assembly comprises a first activated carbon filter screen, a second activated carbon filter screen, a connecting frame, a fixing rod and a silica gel column. By means of the filter assembly, when the air inlet sucks air, adsorbed air is filtered under the design of the first activated carbon filter screen and the second activated carbon filter screen, and when the pipeline type air speed sensor detects that the air speed in the air inlet is abnormal, the air inlet is opened, and the air inlet is closed. If the first activated carbon filter screen and the second activated carbon filter screen need to be replaced, when the first activated carbon filter screen and the second activated carbon filter screen need to be replaced, the first activated carbon filter screen can move downwards after a screw is rotated out of a mounting column and a connecting rod is not limited, and the second activated carbon filter screen can move downwards after the first activated carbon filter screen and the second activated carbon filter screen are separated from the interior of the tuyere; an inward extrusion force is applied to the movable column to drive the silica gel column to be separated from the interior of the connecting frame, and then an upward pulling force is applied to the second activated carbon filter screen.

The present disclosure provides a water treatment system including a processor subsystem and a tank subsystem. The tank subsystem includes a tank designed to store prefiltered water provided from a carbon filter and mineralized water from a post-filtration subsystem. The carbon filter is positioned and located in a bottom portion of the processor subsystem and the post-filtration subsystem is positioned and located in a top portion of the tank. The water treatment system is designed to supply an outlet with the mineralized water before the prefiltered water.

Described and claimed is a system for treating rinse water used for rinsing food and beverage containers. The system comprises an inlet line for receiving used rinse water, a treatment subsystem and an outlet line. Part of the treatment subsystem are a hydrogen peroxide supply unit and an ultraviolet light unit. Optionally, the system comprises at least one of an additional carbon filter or a water quality sensing device measuring the water quality of the treated rinse water and controlling the H2O2 supply unit. Further, a method for treating rinse water is described and claimed.

A reformed fuel manufacturing apparatus and method is provided, including a water treatment unit configured to pretreat a water introduced therein by using a carbon filter and a reverse osmosis purifier, an electrolysis tank unit connected to a reverse osmosis purifier and configured to additionally pretreat the water, an oil tank unit configured to store an oil introduced from an oil inlet, a mixed oil unit connected to the water treatment unit and the oil tank unit and configured to produce a mixed oil by using an inline mixer, and an ionization catalyst unit connected to the mixed oil unit and configured to convert the mixed oil to a reformed fuel; and a control unit configured to control all electronic and mechanical actuations of the reformed fuel manufacturing apparatus.

The present disclosure provides a water treatment system including a processor subsystem and a tank subsystem. The tank stores prefiltered water from a carbon filter in a bottom portion of the tank and mineralized water from a post-filtration subsystem in a top portion of the tank. The tank is configured to supply an outlet with the mineralized water before the second prefiltered water.

FIELD: chemical production.SUBSTANCE: invention relates to amine purification of a gas stream comprising acid gas and can be used in process flows for the production of ammonia, methanol, and urea. The filtration unit located on the line of the deeply regenerated amine solution entering from the regenerator into the absorber comprises at least one injection pump and at least two filters. The first filter, located upstream of the second filter, is a carbon filter, wherein the amine solution is fed into the carbon filter at the discharge pressure of the injection pump, wherein the pump discharge pressure is lower than or equal to the pressure in the filtration chamber of the carbon filter, and wherein the amine solution is fed into the carbon filter in a multi-jet manner.EFFECT: increase in filtration efficiency, ensuring reliable purification of the amine solution, with the ability to prevent foaming of the regenerated solution, efficient operation of the carbon filter in the amine gas flow purification system and, thus, ensuring uninterrupted operation of the ammonia production system.14 cl, 5 dwg, 1 tbl, 1 ex

The present invention relates to a filter for removing PFAS, and more specifically, to a filter for removing PFAS, which has the ability to remove artificially synthesized organic compounds and carcinogenic chemical substances contained in raw water. The present invention relates to a filter for water purification, which comprises a filter housing having an inflow part for supplying raw water and an outflow part for purifying the supplied raw water and then discharging the purified raw water, and which is attached to a water purifier, the filter comprising: a filter part (200) which is formed in a cylindrical shape and is inserted into the filter housing (100); the present invention is provided with: an external carbon filter (210) for removing volatile organic compounds and heavy metals contained in raw water supplied to an inflow part (130); an antiviral filter (220) and a post-carbon filter (230) having the ability to remove bacteria; a PFAS removal bead (240) that inhibits artificially synthesized organic compounds and carcinogenic chemicals between an outflow passage (250) and an outflow section (331) of the post-carbon filter (230); and a filter cover section (300) comprising an upper cover (310) provided at one end of the filter section (200), a lower cover (330) having an outflow section (331) provided at the other end, and an inner lower cover (320) provided at one end of the filter section (200).

A hybrid air treatment unit comprising an air intake fan, a filtration stage, a dehumidifier and a condensate discharge mechanism. The unit may comprise a carbon filter and HEPA filter. The dehumidifi

A carbon capture system attached to a vehicle or structure. He system can be configured to pass the airflow through a filter matrix treated with a sorbent material to capture the carbon material in the airflow. The filter matrix can be formed from the filter fibers that can capture carbon within the fibers. The filter matrix can also include a sorbent film on a turbine blade. The carbon laden fibers can be processed after capturing the carbon material by embedding the carbon laden fibers within a binding material to sequester than captured carbon material within a structural material. The fibers can include hybrid fibers that can capture carbon material and form structure fibers with the composite structural material. The structural material can include fiber concrete, fiber resins, fiber plastics, and other similar materials.

The invention provides a filter material structure and a washing filter device using the same, the filter material structure is formed by mutually connecting three porous pieces, one porous piece is connected with the other two porous pieces at an included angle, so that the contact area of the filter material structure is increased, and the filter material structure is more compact. The washing filtering device applying the filtering material structure comprises a first catching device and a second catching device, the first catching device is communicated with the second catching device, and the first catching device and the second catching device respectively comprise two filtering modules. The inner sides of the two filtering modules respectively contained in the first capturing device and the second capturing device are respectively provided with a filtering layer, an upper spraying module and a lower spraying module, and the filtering layer comprises a plurality of filtering material structures, so that the filtering device improves the carbon filtering / capturing efficiency.

The utility model relates to the technical field of intelligent agricultural equipment, and particularly discloses a household modularized intelligent planting system which comprises a detachable tent main body, an intelligent controller and an environment simulation assembly. The tent main body is composed of a steel pipe frame and a composite outer cover, the steel pipe frame is rapidly disassembled and assembled through a plug-in type sleeve and an elastic buckle, and the composite outer cover is connected with the intelligent controller; the composite outer cover is integrated with a high-strength woven fiber layer and an aluminum film layer with the reflectivity larger than or equal to 95%. The intelligent controller synchronously regulates and controls the illumination control module, the ventilation control module, the exhaust control module and the irrigation control module based on plant growth cycle parameters; the environment simulation assembly comprises a full-spectrum lamp with an adjustable spectrum, an oscillating fan running at the speed difference of 1.2-1.8 times, an exhaust mechanism with a carbon filter and a dynamic irrigation water pump. The utility model aims to solve the problems of function splitting and low installation efficiency in the prior art, and realizes that the assembly efficiency is improved by more than 50%, the energy consumption is reduced by 32%, the peculiar smell removal rate is more than 98%, and the assembly can be quickly replaced within 3 minutes.

The utility model discloses a palladium carbon filter, and belongs to the technical field of filtration. The device mainly comprises a tank body; the cover body is mounted at the upper end of the tank body; the quick release mechanism is mounted on the cover body, and comprises a housing, a cover plate, a cover plate, a cover plate and a quick release mechanism, and the housing is mounted on the cover body; the rack is arranged in the housing in a sliding manner; the gear is rotationally arranged in the housing; the output end of the motor is fixedly connected with the gear; the mounting plate is mounted at one end of the rack; the locking rod is hinged to the mounting plate; the clamping grooves are formed in the two sides of the tank body; the abutting block is arranged on the locking rod in a threaded mode. According to the palladium carbon filter disclosed by the invention, the effect of quickly detaching the cover body is achieved by arranging the quick detaching mechanism.

Faucet water filter assemblies are provided for filtering water, and generally include filter elements having filter media to remove particulates, chemicals, and other contaminants from water. The filter media may include carbon filter elements, porous filter media, and / or combinations thereof. A filter assembly for consumer use is generally connected to a faucet, such as a sink or shower head, or positioned within a water tank into which tap water from the faucet is dispensed. During use, the filter media captures contaminants to provide clean filtered drinking water for drinking by a user or otherwise for personal hygiene purposes.

The invention relates to a method for removing arsenic from high-salt heavy metal wastewater, which comprises the following steps: S1, adjusting the pH value of the high-salt wastewater, and removing oil to obtain bottom mud containing floating oil and decolorized and deoiled wastewater; s2, synchronously adding hydrogen peroxide and polyferric sulfate into the decolorized and deoiled wastewater, and carrying out oxidation reaction to obtain a first-stage reaction solution; s3, carrying out solid-liquid separation on the first-section reaction liquid to obtain bottom mud I and supernate I; s4, adding polymeric ferric sulfate into the supernatant I for reaction, and then adjusting the pH value to 10.5-11.0 to obtain a second-stage reaction solution; s5, carrying out solid-liquid separation on the second-section reaction liquid to obtain bottom mud II and supernate II; s6, filtering the supernate II through a sand carbon filter, a bag filter and an activated carbon filter, and treating through an ion exchange column to obtain wastewater treated liquid and waste regenerated liquid; s7, compressing all bottom mud in a thickening tank to obtain supernate III and concentrated bottom mud; and S8, carrying out filter pressing on the concentrated bottom mud. According to the present invention, the deep purification is achieved, and the comprehensive advantages of stable operation, sludge reduction and controllable cost are provided.

The utility model relates to the technical field of fluorine-containing olefin cracking gas treatment, in particular to a carbon removing and filtering device for vinylidene fluoride cracking gas, and adopts the technical scheme that the carbon removing and filtering device for the vinylidene fluoride cracking gas mainly comprises a carbon powder filtering and collecting tank and a baffle plate filtering tower, and the baffle plate filtering tower is connected above the carbon powder filtering and collecting tank. According to the utility model, gas subjected to quenching treatment after cracking is filtered by the filter tower with the baffle plate, and coking carbon powder is collected to the carbon powder filter collection tank and discharged. The structure design is simple, carbon powder generated in the process of preparing VDF through high-temperature cracking by taking HCFC-142b as a raw material is effectively filtered, and the problems that a follow-up production system is blocked and the by-product hydrochloric acid is dark in color are solved.

The utility model relates to the technical field of coal resource utilization, in particular to a carbon filtering device for preparing helium from coalbed methane, and aims to solve the problems that in the process of preparing helium from coalbed methane at present, small-particle active carbon in mixed return gas is extremely easy to block a water-ring vacuum pump, so that the vacuum pump breaks down, and the helium is wasted. Therefore, the overall efficiency of helium preparation is influenced. The device mainly comprises a bypass pipe, flanges, a slag discharge valve, a pipeline elbow, filter screens clamped on the inner sides of the flanges and the like, and multiple rows of flanges and filter screens are additionally arranged at the pipeline elbow between a pressure swing adsorption tower and a water-ring vacuum pump, so that multi-layer filtration of small-particle activated carbon in mixed return gas is realized; the bypass pipe and the gate valve are arranged between the outlet of the adsorption tower and the filter screen at the tail end, so that the filter screen is effectively washed and cleaned reversely by the mixed gas, filter residues are discharged through the residue discharge valve, the cleaning effect of the filter screen is further improved, and the cleanliness of the mixed gas entering the water-ring vacuum pump is greatly ensured.

The invention relates to the technical field of electroplating chromium-containing wastewater treatment, and provides a micro-electrolysis piezoelectric catalytic filtering membrane and a preparation method and application thereof.The preparation method comprises the following steps that S1, an iron source, a carbon source, a foaming agent and a binder are mixed, then ball-milled and sieved, and mixed powder is obtained; the binder is a piezoelectric polymer; s2, the mixed powder is taken and put into a mold to be compacted and formed, and then a formed sample is sintered at the temperature of 225-275 DEG C; and S3, putting the sintered sample into water, carrying out ultrasonic cleaning, and drying to obtain the porous iron-carbon filter membrane. The micro-electrolysis piezoelectric catalysis filter membrane has equivalent membrane flux as a ceramic membrane, has good elastic recovery performance, is easy to clean, can realize micro-electrolysis oxidation reduction, auxiliary piezoelectric catalysis, filtration and adsorption functions of chromium plating wastewater, does not need a micro-electrolysis reactor and a related aeration device, and is small in occupied area, low in cost, high in efficiency, flexible in assembly mode and suitable for popularization and application. And a better scheme is provided for chromium plating wastewater treatment.

The application belongs to the technical field of tail gas treatment, and specifically relates to a low-carbon emission treatment equipment for automobile tail gas, the right end of the air inlet branch pipe is connected with filter pipes on the front and back sides, the right side of the filter pipe is connected with an air outlet and air inlet pipe, the right end of the air outlet and air inlet pipe is connected with a three-way catalyst, the right end of the three-way catalyst is connected with a semi-closed air outlet pipe, the lower ends of the filter pipes on the two sides are connected with carbon collection switches, and the lower ends of the carbon collection switches are connected with carbon collection filters; the inner cavity of the filter pipe is provided with a filter screen and a carbon removal rotating shaft, the left end of the carbon removal rotating shaft penetrates through the filter screen, and a carbon scraping knife is arranged on the outer side of the carbon removal rotating shaft, the device is provided with two filter pipes, the filter pipes are provided with filter screens, particles can be adhered in advance through the filter screens, particles can be prevented from entering the three-way catalyst, and when one of the filter pipes is blocked, the device can be switched to the other filter pipe for exhaust.

The utility model provides a composite filter element and a water purifier, the composite filter element comprises: a support base body, the support base body is provided with an inner cavity, a first water inlet and a first water outlet; the positioning framework is arranged in the inner cavity, the positioning framework is provided with a raw water inlet channel, the raw water inlet channel is communicated with the first water inlet, the positioning framework and the cavity wall of the inner cavity form a filtering and purifying channel, and the filtering and purifying channel is communicated with the raw water inlet channel and the first water outlet; and the carbon filtering material is filled in the filtering and purifying channel. Due to the fact that the raw water inlet channel is formed in the positioning framework, water flows smoothly, water inlet resistance can be reduced, meanwhile, due to the fact that the carbon filtering material is a porous medium, the water flows can be dispersed into countless zigzag micro-channels when passing through the carbon filtering material, friction resistance between the water flows and the surface of the filtering material can be remarkably reduced, water outlet flow resistance is reduced, water outlet is smoother, and water outlet efficiency is improved. Therefore, the water outlet flow is improved, and the requirements of large flux and high flow speed can be met.