397results about "Liquid separation" patented technology

Disclosed are an integrated device for multiphase extraction and tail gas and wastewater treatment and a control method therefor. The integrated device comprises at least one set of small multiphase extraction units connected to an extraction well, a reagent tank storing a solubilizing agent and an oxidizing agent, a resin adsorption tower, an oil-water separator, a photocatalytic reactor, an oil storage tank, a heating system for heating the reagent tank and the oil-water separator and providing high-temperature steam for the resin adsorption tower, and a controller, wherein the reagent tank is separately connected to the extraction well and the photocatalytic reactor. Each multiphase extraction unit comprises a gas-liquid separator, a water ring vacuum pump, and a jet pump, wherein an extracted gas-liquid mixture undergoes gas-liquid separation by means of the gas-liquid separator, a waste gas is conveyed to the resin adsorption tower by means of the water ring vacuum pump, waste liquid and an extracted oil-water mixture are respectively conveyed to the oil-water separator by means of the jet pump, wastewater is conveyed to the photocatalytic reactor, and waste oil is conveyed to the oil storage tank. The present invention effectively ensures the stability and high efficiency of removal while realizing miniaturization.

This invention discloses a method and system for purifying and treating release agents, belonging to the field of release agent purification and treatment. The treatment method is as follows: S1, raw release agent wastewater is introduced into a treatment tank for hydraulic cavitation treatment, while ozone is simultaneously introduced. Floating oil, waste wax, and solid particulate matter in the wastewater float to the surface of the treatment tank and overflow into a scum tank; S2, after cavitation treatment, when there is very little scum on the surface of the treatment tank, the treated liquid in the treatment tank is introduced into a media filter for further filtration. The filtered clean liquid is then transported to a supply tank; S3, when the media packing adsorbs a thick wax layer, the pressure in the filter tank reaches a threshold. Water from the circulating water tank is introduced into the filter tank to backwash the wax layer. The water containing wax after backwashing enters the circulating water tank; S4, when the wax content in the circulating water in the circulating water tank reaches a threshold, a low-temperature steel roller is used to cool the water, causing wax to precipitate onto the steel roller. The wax is scraped off and collected, and the water is reused. This invention uses hydraulic cavitation to break out and remove oil and wax from waste liquid, and further removes residual waste wax from the treated liquid through media filtration, ensuring the cleanliness of the recycled mold release agent liquid.

The present invention aims to treat hay fever by providing water from which pollen (an allergen) has been removed using the pollen treatment facility C of the present invention. [Solution] In a water treatment system consisting of a water tower B, a water treatment plant D, a sand filtration area E, and a water distribution reservoir F, a pollen treatment facility is provided to remove pollen from the river water 1 supplied to the water treatment plant D.

This invention discloses a wastewater purification device and method based on a reaction solution, relating to the technical field of wastewater treatment. The wastewater purification device based on the reaction solution includes a flotation tank, which is configured with a flotation contact zone, a separation zone, a sludge collection zone, and a clear water zone. An inlet is located at the lower part of one side of the flotation tank, and an outlet and a waste discharge outlet are respectively located in the clear water zone and the sludge collection zone on the other side of the tank. A return outlet is also provided in the clear water zone of the flotation tank. At least one aerator is installed in the flotation contact zone of the flotation tank. This invention improves the traditional flat scraper by replacing it with a J-shaped structure, overcoming the technical limitation of conventional flotation machines that can only remove surface scum. It effectively solves the problem of reduced treatment efficiency caused by the settling and residue of heavy impurities, improves the stability of the effluent water quality, and reduces the load on the subsequent sludge treatment system. It is particularly suitable for the treatment of paper recycling wastewater with high fiber and high filler content.

This invention discloses an extraction solvent recovery device for reducing the unit consumption of dichlorophenol (oxadiazon), belonging to the field of chemical equipment. The device includes: an extraction vessel, rotatably connected to a stirring shaft, with a partition plate attached to the inner wall of the extraction vessel. The partition plate has several evenly distributed sedimentation ports. A lifting frame is slidably connected to the stirring shaft, with sealing plates corresponding to each sedimentation port. A lifting assembly is connected to the partition plate, and the lifting assembly is driven by a drive mechanism. This assembly moves the lifting frame and the sealing plates, sealing the sedimentation ports and thus isolating the upper and lower layers of liquid within the extraction vessel, allowing for the extraction of the upper layer. Simultaneously, by isolating the upper and lower solutions within the extraction vessel, the device effectively improves the convenience and efficiency of phenol recovery, solving the problem of high unit consumption of dichlorophenol in existing solutions.

The application relates to the technical field of kitchen wastewater treatment, and provides a kitchen wastewater treatment system based on ceramic flat plate membranes, which comprises a pretreatment unit, a membrane filtration and oil removal unit, a biochemical treatment unit and a deep treatment unit; the pretreatment unit comprises a multifunctional adjusting tank and an oil storage tank, a deslagging area, a desanding area, an oil removal area and an adjusting area are arranged in the multifunctional adjusting tank; the oil removal area is connected with the oil storage tank, and the adjusting area is connected with the membrane filtration and oil removal unit; the membrane filtration and oil removal unit comprises a membrane filtration tank, a selection tank and a clean water tank, a first ceramic flat plate membrane assembly is arranged in the membrane filtration tank, the selection tank is connected with inlet and outlet main pipes of the first ceramic flat plate membrane assembly, the biochemical treatment unit and a clean water area of the deep treatment unit, and the clean water tank is connected with inlet and outlet main pipes of the first ceramic flat plate membrane assembly; the membrane filtration tank, the biochemical treatment unit and the deep treatment unit are all connected with ozone generators. The kitchen wastewater treatment system has the advantages of simple pretreatment process, short process flow, good treatment effect, small dosage of chemicals, long service life and the like.

This application discloses a desalination system and method for kitchen waste. The system includes a filter press chamber, a feeding chamber, a washing chamber, an oil-water buffer tank, and a solid material silo connected in sequence. The filter press chamber is equipped with a cross-shaped rotating filter plate and a filter press pusher cylinder to achieve preliminary desalination of kitchen waste through filter pressing. The feeding chamber transports the solid material after filter pressing to the washing chamber through a feeding mechanism. The spray pipes and circulating pump in the washing chamber form a hot water circulating spray system. The oil-water mixture at the bottom of the washing chamber enters the oil-water buffer tank through an overflow hole, and the oil and water are automatically separated by a capacitive oil level sensor and an electrically controlled valve. The receiving screen sends the desalinated solid material into the solid material silo. By adopting the above solution, this invention can solve the technical problems of low salt removal efficiency and waste of resources, difficulty in separating oil and water layers that easily leads to secondary pollution, low degree of process automation resulting in cumbersome and unstable operation, low equipment integration and poor compatibility with existing production lines of livestock and poultry manure treatment enterprises in the current pretreatment of kitchen waste.

A kind of wastewater treatment automatic filtering salvage mechanism, including support frame, rotary assembly is equipped on the support frame, adjusting assembly is equipped on the support frame;The utility model provides a kind of wastewater treatment automatic filtering salvage mechanism, and salvage frame can be rotated to the automatic salvage of floating garbage in wastewater treatment pond by rotary assembly, without manual operation to the salvage of floating garbage, solve the problem of the existing to the salvage of suspended garbage, mostly need to manually hold salvage device to the salvage of garbage, it is time-consuming and laborious to use, and the problem of low work efficiency.

The utility model discloses a fish oil soap foot byproduct hydrolytic device relates to fish oil soap foot byproduct processing equipment technical field, including the reaction cylinder, the middle position of reaction cylinder inner chamber bottom is fixed with fixed cylinder, the inside of fixed cylinder is equipped with the circulation lifting subassembly, and the material in the inside of reaction cylinder is continuously circulated from below to above, the upper end of reaction cylinder is sealed with the clamping of upper cover, the upper end surface fixed mounting of upper cover has transmission box, transmission box includes the transmission mechanism of drive circulation lifting subassembly and inert gas delivery mechanism, and the material in the lifting process is impacted to the tiny bubble of inert gas delivery mechanism discharge, one side of reaction cylinder is provided with the separation tank, and the material in the inside of reaction cylinder is delivered to the separation tank and deposits and stands still through the external discharge pump of discharge pipe, solved the hydrolytic device because of the problem of the poor dispersion contact effect of oil phase and water phase due to the inability to quickly destroy the material surface tension.

The utility model discloses a horizontal oilfield sewage treatment device, specifically related to sewage treatment device technical field, including horizontal vessel, the inside from left to right through multiple baffle of horizontal vessel is separated with gas -liquid separation area, liquid -liquid cyclone oil removal area, inclined plate coalescence area and horizontal filter area in proper order, the inside fixedly installed with baffle and gas -liquid separator of gas -liquid separation area, the gas -liquid separator top penetrates horizontal vessel and extends to the outside of horizontal vessel. The utility model discloses through with gas -liquid separation, liquid -liquid cyclone oil removal, inclined plate coalescence, horizontal filter material filtration etc. Variety of processing functions are integrated in a horizontal vessel, compared with traditional multistage equipment combination, the equipment land area is reduced significantly, the oilfield sewage treatment site space is greatly saved, and the integrated structure design reduces the connecting pipeline between equipment, reduces the pipeline leakage risk, makes equipment operation more stable, and maintenance is more convenient.

The application discloses a kind of remediation devices for groundwater pollution treatment, it is related to the technical field of groundwater pollution treatment, it includes support pedestal, the upper surface of support pedestal is fixedly installed with support column, support column is equipped with the repair treatment pool for repairing groundwater, first water pump is equipped on repair treatment pool, the output of first water pump is connected with water outlet pipe, the water outlet of water outlet pipe extends to the inside of repair treatment pool, the input of first water pump is connected with water inlet pipe, the water inlet of water inlet pipe extends to groundwater and is connected with water collector;Water collector includes balance disc, sealing sleeve is equipped on the bottom center position of balance disc, connecting sleeve is equipped in sealing sleeve, the water inlet of water inlet pipe penetrates balance disc, and is connected with connecting sleeve and is communicated.This application has the effect of effectively gathering and guiding groundwater from different directions, thereby improving water collection efficiency.

A continuous recycling device of an organic base, including a first pump, a second pump, a third pump, a micro-mixer, a micro-channel reactor, a liquid-liquid separator and a continuous stirred tank. The third pump is configured to feed a first base-containing waste liquid to the micro-mixer. The first pump is configured to feed a solution of a second base to the micro-mixer. The micro-mixer is configured to mix the first base-containing waste liquid with the solution of the second base, and transfer the mixture to the micro-channel reactor. The liquid-liquid separator is configured to divide the reaction mixture into a top layer and a bottom layer. The continuous stirred tank is filled with a water-absorbing agent to absorb water in the top layer. A continuous recycling method using such device is also provided.

The present application relates to the field of environmental protection, specifically speaking a kind of kitchen waste cyclone demulsification three-phase separator, including;Including separator body, the base is fixedly connected on the separator body, the differential motor is fixedly connected on the separator body, the main shaft drive motor is fixedly connected on the separator body, the support seat is fixedly connected on the separator body, a pair of clamping grooves are formed in the separator body, a pair of first fixed blocks are fixedly connected on the protective cover, a pair of elastic sheets are fixedly connected in the clamping groove, the control box is fixedly connected on the separator body, the feeding port is arranged on the support seat, the feeding port and separation device are in communication, by the first fixed block fixedly connected on the protective cover, the clamping block is fixedly connected on the first fixed block, a pair of elastic sheets are fixedly connected in the clamping groove, the replacement cleaning work of protective cover can be quickly completed in use process, reduce the situation that cleaning is more inconvenient when more solid waste is attached on protective cover in use process.

The application discloses an integrated kitchen garbage closed-loop organic treatment device, which comprises an upper pretreatment device, a middle treatment device, a drying treatment device, an oil-water separation box and an air passage.

This invention discloses a method for producing alcohol-based suspensions for produced water, comprising multiple steps including selecting alcohol-based solvents, adding dispersing agents, adding functional solid particles, precisely adjusting the pH value of the system, thorough mixing and homogenization, and filtration and purification. The alcohol-based suspension produced by this invention has uniformly dispersed internal solid particles and a large specific surface area, exhibiting extremely strong adsorption and capture capabilities. It can rapidly adsorb fine suspended particles, emulsified oils, organic impurities, and other pollutants in produced water, showing significant treatment effects on produced water with high solids content and high oil content. The removal rate of suspended solids can reach over 90%, and the removal rate of oil pollutants can reach over 85%, far superior to traditional flocculation and sedimentation processes. The treated water quality can meet discharge standards or be reused.

The application discloses a kind of wastewater zero discharge process for gas combined cycle power station, it is related to combined cycle power station wastewater treatment technical field, including wastewater is coagulated and precipitated, oil removal and activated carbon adsorption by air floatation, remove suspended solids, calcium magnesium hardness and grease in wastewater;The pretreated effluent is sequentially subjected to ultrafiltration and softening bed softening;Two-stage reverse osmosis is used to concentrate softening water in stages;Electrodialysis concentrated water is transported to evaporation pond, and forced atomization evaporation is carried out by mechanical atomization evaporator, to realize wastewater zero discharge.The application effectively solves the fouling and pollution risk of subsequent membrane system, greatly improves the equipment operation stability and service life;Compared with evaporation crystallization process, energy consumption and operating cost are greatly reduced;Evaporation speed is increased by more than 10 times, while salt mist is effectively controlled from drifting, and the risk of secondary pollution is eliminated;The first and second reverse osmosis fresh water produced by the whole process can be used for circulating cooling system, to realize high wastewater reuse rate.

This invention relates to the field of wastewater treatment technology and discloses a wastewater treatment device for animal husbandry. The device includes a wastewater tank and a centrally located waste collection cylinder. A rotating mechanism is installed inside the wastewater tank, driving a movable rod to revolve around the tank wall. A contact rod on the movable rod slides along a wavy groove on the tank wall and engages with a tension spring, causing a scraper to reciprocate up and down, scraping away dirt from the inner wall. Simultaneously, the movable rod moves a ring and a rotating sleeve, causing a spiral collection plate between them to rotate, scraping surface floating matter into the waste collection cylinder. Above the waste collection cylinder are a guide scraper limited by a hexagonal shaft and a vibrating sleeve. The rotating sleeve's bottom protrusion alternately presses down on a push rod and is reset by a spring, generating continuous up-and-down vibration to guide viscous solid waste downwards and prevent blockage. An overflow hole and a collection trough are located on the upper periphery of the wastewater tank to overflow and discharge the rising middle and lower layers of wastewater. This invention achieves mechanical linkage between solid waste collection, tank wall cleaning, anti-blockage discharge, and water separation.

The utility model discloses a production device of triazinone belongs to triazinone production technical field, including the separation tank, the separation tank top is connected with hydrolytic kettle, acid supply jar and alkali supply jar respectively, be equipped with stirring subassembly on the separation tank, the separation tank lower end side wall is equipped with the liquid outlet, be equipped with filter screen on the liquid outlet, the liquid outlet is connected with waste liquid jar through the liquid outlet pipeline, along liquid flow direction, first liquid pump, first three -way valve are equipped with in proper order on the liquid outlet pipeline, one port of first three -way valve is connected with oxidation kettle through the liquid distribution pipeline, the oxidation kettle is connected with cyclization kettle, the utility model adds the separation tank between hydrolytic kettle and oxidation kettle, keeps oil phase and oil -water mixture in the separation tank, utilizes solubility and separates the material of separation tank with oil phase, and material is discharged into oxidation kettle and reacts, shortens production time, reduces material waste and equipment floor area.

The application discloses a device and method for resource utilization of salt-containing organic waste liquid, the device comprising an evaporation crystallizer, a salt treatment system, and a wastewater treatment system; wherein the evaporation crystallizer is used for receiving the salt-containing organic waste liquid, evaporating the salt-containing organic waste liquid in an evaporation chamber, and outputting coarse salt crystals and wastewater; the salt treatment system comprises a coarse salt treatment subsystem and a fine salt treatment subsystem, the coarse salt treatment subsystem receives the coarse salt crystals for high-temperature melting treatment to obtain coarse salt crystals, and the fine salt treatment subsystem separates salt and nitre from the coarse salt crystals and obtains sodium chloride salt and sodium sulfate salt; the wastewater treatment system receives the wastewater output by the evaporation crystallizer, biologically treats and oxidizes the wastewater, removes organic matters in the wastewater, and outputs fresh water after filtration by a filtering device. The application realizes efficient separation and recovery of salt, optimizes the treatment process, reduces energy consumption and treatment cost, deeply treats the wastewater, and avoids pollution to the environment.

The present application relates to a kind of non-ferrous metal processing waste emulsion low-temperature evaporation treatment method and system, solve how to improve water treatment effect problem.Provide a kind of non-ferrous metal processing waste emulsion low-temperature evaporation treatment method, comprising: S1, pretreatment, the surface oil slick and dross of waste emulsion are collected;S2, low-temperature evaporation, after precision filtration waste emulsion is heated in vacuum environment, make the water in waste emulsion evaporate to separate from waste emulsion, and steam is condensed into water, the concentrated solution after waste emulsion evaporation is collected;S3, subsequent treatment, using activated carbon filter condensate water.Provide a kind of non-ferrous metal processing waste emulsion low-temperature evaporation treatment system, comprising sequentially connected: waste emulsion conditioning tank, oil and dross removal device, precision filtration device, low-temperature evaporation device, activated carbon filter device.Compared with reagent demulsification process, this process does not need to add various demulsifiers and acid and alkali, final effluent conductivity is low, system does not produce sludge, no secondary pollution.

The application discloses an interface-locked anti-swelling hydrogel coating mesh membrane and a preparation method and application thereof, and comprises the following steps: growing a tin dioxide particle layer on the surface of a stainless steel filter mesh in situ, depositing a polydopamine coating on the tin dioxide particle layer, coating an anti-swelling hydrogel coating on the polydopamine coating, and preparing the interface-locked anti-swelling hydrogel coating oil-water separation mesh membrane through heat curing and freeze-thaw cycles; the polydopamine in the mesh membrane has adhesion, and cooperates with sulfuric acid and [2-(methacryloyloxy)ethyl]dimethyl-(3-sulfopropyl) ammonium hydroxide to induce the Hofmeister effect, so that polyvinyl alcohol molecular chains are dehydrated and crystallized, a high-physical-crosslinking anti-swelling hydrogel coating is formed, strong interface bonding is provided, the micro-nano rough structure constructed by the tin dioxide particles and the introduced hydrophilic substances are combined, the problems of easy excessive swelling and interface delamination of the hydrogel coating oil-water separation mesh membrane are overcome, and long-acting and high-performance oil-in-water emulsion separation can be realized.

The application relates to the technical field of leachate treatment, in particular to a multi-concentration leachate full-quantization modular treatment system, which comprises pretreatment pools, flow meters, membrane reduction devices, evaporation-drying integrated machines and detection devices, the pretreatment pools are provided with a plurality of pretreatment pools, the plurality of pretreatment pools are communicated, the pretreatment pools are each provided with a water pump, the water pump is used for realizing the transfer of multi-concentration leachate between the plurality of pretreatment pools, the flow meter is communicated with the terminal pretreatment pool, the membrane reduction device is communicated with the flow meter, the membrane reduction device is internally provided with a material separation membrane and a sea desalination membrane, the evaporation-drying integrated machine is connected with the output end of the membrane reduction device, the evaporation-drying integrated machine is used for evaporating and drying the multi-concentration leachate, and the detection device is used for water quality and odor monitoring; the application has the advantages of being suitable for multi-concentration leachate, realizing intelligent control and full quantization.

This invention relates to the field of kitchen waste pretreatment, and particularly to a kitchen waste pretreatment device for a residential waste transfer station. It includes a pusher box, one end of which is equipped with a recycling auxiliary component, and the other end is connected to a biological deodorization box. In this invention, the rise in water level within the treatment chamber causes floating debris to rise. At this time, the output end of the condenser structure on the sliding tube and the input end of the cold air pipe are at the same height, causing grease and floating debris to rise to the water surface. The condenser structure is activated, and cold air is introduced into the treatment chamber through the cold air pipe. The cold air naturally descends, causing grease to begin to accumulate and condense. Then, a fourth electric pusher is activated to push the oil-absorbing pad to adsorb the condensed grease and debris. Subsequently, during drainage, residual grease is adsorbed through a quartz sand filter layer. The buoyancy enhances the adsorption effect of grease and floating debris, thereby improving the pretreatment effect of kitchen waste.

The utility model discloses a kind of kitchen waste three-stage oil-water separation oil separation tank, it is related to oil-water separation technical field, including separation mechanism, the outer surface of separation mechanism is provided with supporting mechanism, the top surface of supporting mechanism is provided with closed mechanism.The utility model adds kitchen waste oil-water mixture into the first stage in separation tank by inlet pipe, oil-water mixture is accumulated in the first stage, residue in oil-water mixture sinks in the bottom of first stage due to gravity, because the density of oil is lower than the density of water, oil and water will be separated due to gravity in the accumulation process, when the liquid level height of oil-water mixture inside the first stage exceeds the height of baffle one, oil-water mixture after preliminary separation overflows the first stage and flows into the second stage, filter screen is connected with separation tank to filter oil-water mixture entering the second stage, oil-water mixture continues to separate due to gravity after entering the second stage.

There is provided a phase separation system (1) for separating a first phase and a second phase. The phase separation system comprises an inlet (10), a chamber (20), a first conduit (30), a conical portion (40) and a second conduit (50). The inlet (10) is configured to receive a fluid mixture (103) comprising the first phase and the second phase. The first phase is a gas (101), and the second phase is a liquid (102). The chamber (20) comprises a top portion (21), a bottom portion (22) and a curved surface (23) extending between the top portion (21) and the bottom portion (22). The chamber (20) is configured for ingress of the mixture from the inlet (10). The inlet (10) is tangential to the curved surface (23). The first conduit (30) is at the top portion (21) and is configured for egress of the first phase from the chamber (20). The conical portion (40) is connected to the bottom portion (22) and is configured for egress of the second phase from the chamber (20). The second conduit (50) extends from the conical portion (40). The second conduit (50) comprises a bent section (52) and an inclined section. The inclined section extends from the bent section (52) to a peak point (70). An angle between a longitudinal axis (60) of the chamber (20) and the inclined section is less than 90º. The longitudinal axis (60) extends between the top portion (21) and the bottom portion (22).

The utility model discloses a printing and dyeing wastewater biodegradation treatment device with scrape slag structure, concretely relates to water treatment technical field, and includes the treatment pond, and the inside fixed setting of treatment pond has the filter plate, and the top of treatment pond is provided with fixed frame, and the inside of fixed frame is provided with scrape slag mechanism, and scrape slag mechanism includes the sliding block of sliding setting in the inside of fixed frame, and the top fixed setting of sliding block has first U -shaped frame, and the bottom fixed setting of first U -shaped frame has first scraper, and the both sides fixed setting of first scraper has the guide block, and the surface of treatment pond is provided with the guide groove, and the guide block is slidably connected with guide groove. The utility model discloses double scraper cooperation scrape slag, can remove water surface scum, can also push the filter residue on filter plate, realizes all -round dregs cleaning, and timely discharge dregs, creates good condition for aeration efficient oxygen supply and microorganism degradation, improves overall processing efficiency, and has practicality and economy.

This invention relates to the field of wastewater treatment technology, specifically to a fully dissolved air flotation (SAF) stripping system and treatment process for wastewater treatment. The SAF stripping system includes a flotation tank, a primary separation device, a first dissolved air device, a dissolved air water distribution tank, and an overflow collection unit. The flotation tank is cylindrical, with an inlet and an outlet at its axial ends. The inlet allows wastewater to enter the flotation tank, and the outlet allows treated water to be discharged from the flotation tank. The overflow collection unit is located inside the flotation tank and includes a collection cylinder and two overflow troughs. The axis of the collection cylinder extends vertically and is connected to the interior of both overflow troughs. The overflow troughs extend axially along the flotation tank, and the two overflow troughs are symmetrically fitted onto the inner wall of the flotation tank with their openings facing each other, thereby collecting floating foam on the liquid surface and improving the wastewater purification effect.

The application relates to the technical field of wastewater treatment, and discloses a wastewater treatment equipment for preparing self-adaptive skin-feeling paint film and a preparation process. The wastewater treatment equipment for preparing self-adaptive skin-feeling paint film comprises a gas float box and a chain type scraper, further comprises a rotating drum arranged in the gas float box, both ends of the inner wall of the rotating drum are rotationally connected with fixing discs, the fixing discs are fixedly installed on the inner wall of the gas float box, a drainage plate fixedly connected with the inner wall of the gas float box is arranged on the lower side of the rotating drum, a slag salvaging mechanism and a gas injection mechanism are arranged in the rotating drum. The slag salvaging mechanism extends out of the rotating drum along a specific track, efficiently salvages floating slag, and wastewater flows downward along the drainage plate. When the slag salvaging mechanism rises with the floating slag, the gas injection pipe timely sprays high-pressure airflow to strongly strip residual wastewater on the floating slag. Finally, the floating slag is discharged out of the equipment along the inclined cleaning plate. The process not only greatly reduces the water content of the floating slag, but also skillfully avoids the defect that the traditional filtering structure is easy to be blocked, and realizes efficient and stable wastewater treatment.

A kind of recycling type wastewater treatment mechanism, including support frame and blanking frame, the blanking frame is set on the support frame, the support frame is equipped with stirring assembly, the support frame is equipped with adjusting assembly, the blanking frame is equipped with buffer assembly;The utility model is as a kind of recycling type wastewater treatment mechanism, by adjusting assembly, the filter box of isolation of floating garbage in wastewater can be reciprocatingly moved, filter box can shake the floating garbage in filter box, prevent its accumulation influence the filtering performance of filter box, solve the existing floating garbage and easily accumulated on filter plate, influence the filtering performance of filter plate, reduce the problem of work efficiency.

The application relates to the technical field of industrial sewage treatment, and particularly discloses an anti-blocking suspended matter removing device for industrial sewage treatment, both sides of a sewage pool are fixedly connected with transmission components, the bottom of a removing component is fixedly connected with the output end of the transmission components, the removing component comprises a connecting frame, the bottom of the connecting frame is fixedly connected with the output end of the transmission components, and the top of the connecting frame is fixedly connected with an extraction pump. The anti-blocking suspended matter removing device for industrial sewage treatment is provided with a collecting mechanism, the collecting frame provides guidance for the entry of the suspended matter, the two sides of the top of the inner cavity of the collecting frame are provided with guide plates, the flow direction of the water surface suspended matter can be supplemented to be combed, the two sides of the bottom are provided with inclined plates, the suspended matter and impurities floating on the water surface of the sewage pool are naturally slid into the inner side of the collecting frame in the moving process of the collecting frame under the guidance of the inclined angles, and preliminary gathering is completed.