17 results about "Clarifier" patented technology

The application provides a system and method for treating wastewater by using flue gas CO2 and electrochemical dehardening and sterilization, wherein the system comprises an electrochemical treatment device, an ultrasonic descaling device, a conical sedimentation tank and a flue gas treatment device. The electrochemical treatment device is internally provided with a cathode and an anode; the ultrasonic descaling device is installed in the electrochemical treatment device; the conical sedimentation tank is located below the electrochemical treatment device, and is internally provided with an inclined tube clarifier and is provided with a residue discharge port at the bottom; and the flue gas treatment device comprises a flue gas pipe and a fan, the flue gas pipe is connected to the fan and extends into the lower part of the electrochemical treatment device, and a plurality of aeration holes are formed in the wastewater contact section of the flue gas pipe. The system can quickly and efficiently supplement CO3 2‑ in the wastewater on the one hand, and can maintain the water quality of the electrochemical treatment system in weak acidity, so that a high concentration of HClO is generated in the water, thereby having a significant sterilization effect. 2+ The system can improve the Ca 2+ and Mg precipitation removal effect of the wastewater, and can maintain the water quality of the electrochemical treatment system in weak acidity, so that a high concentration of HClO is generated in the water, thereby having a significant sterilization effect.

This invention relates to a method and system for treating interface contaminants in a mixing and clarification tank, belonging to the field of nuclear fuel reprocessing. The method involves conveying interface contaminants to the final stage mixing and clarification tank via top-tank operation, separating the organic phase, and then returning the liquid containing interface contaminants from the final stage mixing and clarification tank to the organic phase inlet of the first stage mixing and clarification tank. The interface contaminants are dispersed by the agitation of the pump impeller within the mixing and clarification tank, thereby redissolving radioactive materials in the liquid. This invention utilizes in-situ treatment of interface contaminants and recovery of radioactive elements in a mixing and clarification tank, significantly reducing the accumulation of radioactivity in interface contaminants, mitigating radiation damage from organic solvents, and is simple to operate without requiring additional treatment equipment.

The utility model relates to water treatment technical field especially relates to a vertical flow precipitator water quality clarifier. Its technical scheme includes: jar body, center tube and spoiler, the outer wall of jar body is equipped with support assembly, the inner wall upper end of jar body is equipped with inner ring, the center tube is equipped at the center position of jar body, the bottom of center tube is equipped with unpowered water distribution component, and unpowered water distribution structure utilizes the water inlet kinetic energy drive autorotation for even water distribution, the spoiler is equipped in the just below of unpowered water distribution structure, and the spoiler is used for disturbing water flow direction. The utility model can effectively convert axial water flow into tangential component, promotes water flow to enter the flow channel, and the action of centrifugal force makes water flow even distribution, forms radial water flow, and due to the even water distribution of water flow, the water flow distribution of precipitation area is optimized, and the suspended particles can be more evenly settled on the full section, and meanwhile, the external power is not needed to drive, keeps good water flow distribution effect and reduces the energy consumption.

A rinsing method (100) for a non-food-use piping system in a building (50), the method (100) being characterized in that it comprises the following steps: a) injection (110) of water through an inlet point of the system to perform a first rinse, b) recovery (120) of the water after the first rinse through an outlet point of the system, c) filtration (130) of the recovered water by passing it - through (132) a first filter called a mechanical filter (6), then - through (134) a second filter called a clarifier (8), d) reinjection (140) of the filtered water into the inlet point of the system to perform a second rinse. Figure 2

The application discloses a flue gas desulfurization wastewater treatment equipment and relates to the technical field of flue gas desulfurization wastewater treatment. The equipment comprises a control cabinet and a neutralization reaction tank, a chelation flocculation reaction tank, an efficient clarifier, a softening reaction tank, a membrane concentration equipment and a water production tank electrically connected to the control cabinet. The control cabinet determines the micro-floc active site density in the neutralization stage based on the coupling of pH value, stirring intensity, water heavy metal and suspended solids. The control cabinet determines the micro-floc chelation saturation in the chelation reaction stage based on the coupling of organic sulfur dosage, oxidation-reduction potential and micro-floc active site density. The control cabinet determines the site regeneration regulation coefficient in the clarification stage based on the coupling of sludge layer height, sludge concentration and micro-floc chelation saturation. The coefficient reversely acts on the pH value and stirring intensity control of the neutralization reaction tank. The application realizes the quantitative characterization and multi-process linkage optimization of the desulfurization wastewater treatment process, improves the heavy metal removal efficiency and reduces the reagent consumption and operation cost.

The utility model provides an improved high density clarifying basin for semiconductor fluorine-containing wastewater treatment relates to wastewater treatment field, including the pool body from the intermediate water distribution ditch water inlet, the inclined pipe in the pool body is installed in the both sides of water inlet area, the water inlet area's just below fixed mounting has the flow guide wall of the top section of triangle, the both sides of flow guide wall top fixed mounting has the flow guide board of inclined setting, the flow guide board sets down the water inlet side of inclined pipe, the height of flow guide board bottom end distance sludge hopper upper edge is greater than the height of flow guide board top end distance inclined pipe bottom, through the water inlet from the intermediate water distribution ditch of pool body, can the inclined pipe of wastewater can move to both sides in the pool body center, reduce the flow distance of wastewater, the flow guide board below inclined pipe can guide the shunt wastewater to the area below the inclined pipe far from the water inlet side, and then reduce the sludge height close to the water inlet side inclined pipe, avoid the phenomenon of turning mud caused by local sludge accumulation.

This invention relates to the field of wastewater treatment technology and provides a wastewater clarifier, including a clarifier tank. The clarifier tank is divided into a sludge thickening zone, a multi-stage settling zone, a dynamic flocculation zone, and a clear water collection zone from bottom to top. A wastewater inlet pipe is provided on one side of the clarifier tank, located next to the dynamic flocculation zone, and a clear water outlet pipe is provided on the top of the other side. A sludge discharge pipe is provided at the center of the bottom. A rotary flocculation mixing component is provided in the dynamic flocculation zone. An inclined settling component and a self-cleaning anti-scaling component are provided in the multi-stage settling zone. A sludge thickening and reflux component is provided in the sludge thickening zone, and an annular water collection component is provided in the clear water collection zone. A drive component is provided at the top of the clarifier tank. The output end of the drive component extends into the interior of the clarifier tank and is connected to the rotary flocculation mixing component and the self-cleaning anti-scaling component. The treatment efficiency is significantly higher, and the equipment footprint is reduced by more than 40% compared to traditional equipment.

A method for converting an HF alkylation unit comprising an HF clarifier into an ionic liquid alkylation system, the method comprising: a) providing an ionic liquid-specific subsystem comprising an ionic liquid alkylation reactor and an ionic liquid separator; and b) connecting the ionic liquid alkylation reactor to the HF clarifier to feed an alkylation reactor effluent from the ionic liquid alkylation reactor to the HF clarifier, the HF clarifier being configured to separate the alkylation reactor effluent into a hydrocarbon phase and an ionic liquid phase; and c) connecting the HF clarifier to the ionic liquid separator to feed the hydrocarbon phase from the HF clarifier to the ionic liquid separator.

This application discloses a graded recycling and reuse system for demister flushing water, relating to the field of wet desulfurization. The system includes an absorption tower, a secondary recovery system, and a primary recovery system. The absorption tower is equipped with multiple demister mechanisms. The secondary recovery system includes a clarifier connected to the upper demister for clarifying low-solids-content water. Two second branches are formed at the clarifier's outlet; one branch discharges gypsum sludge settled at the bottom of the clarifier, and the other branch connects to the upper demister. The primary recovery system includes a hydrocyclone connected to the outlet of the lower demister. Two first branches are formed at the hydrocyclone's outlet; one first branch connects to the absorption tower to transport high-solids-content water, and the other first branch connects to the clarifier and merges with the rear end of the secondary recovery system. This application grades the effluent slurry from the upper and lower demisters, effectively improving clarification efficiency.

This invention relates to the fields of water treatment and solid-liquid separation technology, specifically to a mechanically stirred clarifier and an adjustable overflow weir control method. The mechanically stirred clarifier of this invention includes: a second reaction chamber; a first reaction chamber disposed inside the second reaction chamber; an adjustable overflow weir, including: a fixed weir cylinder; a movable weir cylinder, coaxially sleeved with the fixed weir cylinder, with its upper end forming an overflow port; a water-stop sealing structure, which is an annular elastic sealing ring; the upper annular part of the water-stop sealing structure is fixed to the lower outer side of the movable weir cylinder by a clamping component, and the lower annular part of the water-stop sealing structure is in close contact with the inner wall of the fixed weir cylinder for sealing; a weir height adjustment mechanism, used to drive the movable weir cylinder to rise and fall vertically to change the height of the overflow port; and a mixer, including: a drive shaft and an impeller installed at the lower end of the drive shaft. This invention can increase or decrease the amount of circulating sludge by individually raising or lowering the overflow weir, maintaining the optimal sludge concentration in the tank.

The application provides a kind of mixed clarifying tank stirring device remote communication method, device and equipment, belong to nuclear fuel reprocessing technical field, solve the control signal fluctuation problem caused by electromagnetic interference, cable aging and environmental mutation under complex industrial scene.The method comprises: obtaining signal quality data;Signal quality data is preprocessed, and the preprocessed signal quality data is obtained;According to the preprocessed signal quality data, the predicted signal attenuation data is determined;The predicted signal attenuation data is compared and analyzed with the preset threshold, and the control instruction is obtained;According to the control instruction, the mixed clarifying tank is communicated.The scheme can improve the anti-interference and prediction accuracy, realize the reduction of communication failure rate and the decline of energy consumption.

The utility model belongs to the field of sewage treatment and regeneration, specifically relates to a high -speed circulation adsorption clarification device. The device includes main part, flow guide cylinder, center cylinder and promote stirring subassembly. Main part structure is hollow jar structure. Flow guide cylinder sets up in the inside of main part for retaining active sludge. Center cylinder sets up in the inside of main part, constructs for being linked with flow guide cylinder, and be in the top of flow guide cylinder. Promote stirring subassembly constructs for part of the inside of center cylinder. And center cylinder still constructs for can receive chemical agent and water to be handled, promote stirring subassembly still constructs for can produce high -speed circulation flow field through stirring. The technical scheme provided by the utility model can improve sewage treatment effect, reduce the risk of scale formation in subsequent treatment section of sewage.

The application provides a mechanical acceleration clarifying tank dosing device and a dosing process, relates to the technical field of water hardness removal and reuse, and comprises a vertical driving shaft which is rotatably connected to the center of the power assembly; the vertical driving shaft is sequentially and rotatably connected with a water guide cone cover, an axial flow pipeline, a mixing tank and a positioning ring from top to bottom; a first lifting impeller is arranged on the part of the vertical driving shaft which is located in the top opening of the axial flow pipeline; a second lifting impeller is arranged on the part of the vertical driving shaft which is located in the top opening of the positioning ring; and a rotating suction member is welded on the part of the vertical driving shaft which is located in the mixing tank. The fluid circulation channel and the formed cyclone can realize multiple and multiple sufficient and thorough mixing of NaOH and the water by optimizing the fluid flow form and path, the mixing effect is more outstanding, the traditional mechanical rotating stirring part can be replaced, energy saving and emission reduction are facilitated, and economic benefits are improved.

This utility model discloses a clarifier and scraper, comprising a track and a U-shaped frame. The U-shaped frame is located outside the track, a support frame is located outside the U-shaped frame, and a cover plate is located outside the support frame. Multiple sets of clarifier bodies are arranged at equal intervals outside the cover plate. A base plate is symmetrically arranged outside each clarifier body, and four sets of side plates are installed at equal intervals on the top of each base plate. This utility model not only enables convenient movement and height adjustment of the clarifier for mixing, facilitating switching between multiple clarifiers and avoiding the need for identical structures in each clarifier, thus reducing production costs for enterprises, but also prevents deviation during mixing and improves the ease of scraping sludge from the inner wall of the clarifier.

A water treatment device comprising a main inlet for receiving a flow of water into the water treatment device and a main outlet for the discharge of water from the water treatment device. A water diverter is disposed downstream of the main inlet and configured to preferentially divert water from the main inlet through a treatment circuit for treatment and to return treated water to the main outlet for discharge. The treatment circuit comprises a lamella clarifier and a sump for the collection of solid particles. The water diverter is further configured to divert at least a portion of the flow of water into the device through a bypass circuit when an operational parameter determined by the flow of water into the treatment device exceeds a predetermined level. The bypass circuit allows water entering the device from the main inlet to bypass the treatment circuit and to be diverted to the main outlet for discharge.

The utility model discloses a high -efficient cyclone multistage purifier with separating function for sewage relates to purifier technical field, including purifier main part, the top of purifier main part is provided with the water inlet, the bottom of purifier main part is installed with rotating electrical machines, the top of rotating electrical machines is installed with carousel, the outer wall of carousel is installed with fan blade. The utility model discloses purifier main part, water inlet, rotating electrical machines, carousel, fan blade and water outlet are set up, and the sewage is injected through the water inlet, and then starts rotating electrical machines and drives carousel and fan blade fast rotation, makes the sewage inside purifier main part and moves in cyclone shape, and the suspended solids and impurities in it are thrown out through centrifugal force, thereby realizes solid -liquid separation, and the setting of multiple water outlets makes the suspended solids, impurities, emulsified oil etc. of different particle size are shunted, avoids the secondary mixing phenomenon caused by concentrated discharge, and improves the sewage purification effect.

The utility model discloses a kind of mechanization clarifying tank pressure oil automation devices, relate to tar processing technical field, including collection bucket, the inside of collection bucket is provided rotating barrel, the lower end of rotating barrel is fixedly connected round bar, the lower part of round bar is rotationally connected with the inside surface corresponding position of collection bucket, the lower end of round bar is connected power mechanism, the power mechanism is used to drive round bar to rotate, the side surface of rotating barrel is respectively provided with mounting groove at equal angle, four mounting grooves are respectively fixedly connected filter screen, the upper end of rotating barrel is rotationally connected with mounting ring by bearing, the left side surface of mounting ring is connected with feed pipe, tar is pressed out by centrifugal force, tar and oil residue are separated, and oil residue on filter screen is cleaned automatically.