495 results about "Hydrocyclone" patented technology

The invention discloses a phase splitting device and application thereof in phase splitting treatment of a carbon capture two-phase absorbent. The phase splitting device comprises a shell, an inlet, a lower phase outlet and an upper phase outlet, a pre-split-phase chamber, a split-phase chamber and a separation chamber which are communicated in sequence are arranged in the shell; the pre-phase-splitting chamber comprises a swirler and a rectifying plate; the split-phase chamber comprises a split-phase reinforcing plate and a rotary fixing frame; a hydrophilic material, a hydrophobic material or a combination thereof is arranged on the surface of the split-phase reinforcing plate; and the included angle between the split-phase reinforcing plate and the horizontal plane is 30-75 degrees. By arranging the pre-phase-splitting chamber, the phase-splitting chamber and the separation chamber, a phase-splitting liquid can achieve a good pre-separation effect in the pre-phase-splitting chamber and stably enters the phase-splitting chamber, and then efficient and rapid phase splitting is achieved through treatment of a specific phase-splitting reinforcing plate in the phase-splitting chamber; and the device has the advantages of small volume, compact structure, low investment cost and the like, and particularly has important significance on stable operation of the carbon capture two-phase absorbent.

The invention discloses a desliming device for mining and beneficiation operation, and relates to the technical field of mineral engineering, in particular to a desliming device for mining and beneficiation operation, which comprises a main machine body, a U-shaped groove is attached and connected to the top of the main machine body, and a flow dividing box is arranged at one end of the main machine body; and a hydrocyclone is arranged between the main machine body and the flow dividing box. According to the desliming device for mining and beneficiation operation, fine separation of minerals with different densities and particle sizes is achieved through stirring of the U-shaped groove, screening of the sieve plate, separation of the hydrocyclone and extrusion of the mesh belt, the desliming quality is improved, finally, final solid-liquid separation is achieved through relative movement and extrusion of the upper mesh belt and the lower mesh belt, and the desliming efficiency is improved. By means of the device, it is ensured that substances in different phase states are separated and treated according to an expected mode, the convenience and the environmental protection property of subsequent treatment are improved, the problem that silt is difficult to clean in traditional equipment is solved through the convenient cleaning mode of all the parts, and the fault risk and secondary pollution caused by silt residues of the equipment are reduced.

The invention discloses an intelligent self-adaptive silt filtering system and method for a pumped storage power station, and belongs to the technical field of pumped storage power stations. The system comprises a multi-parameter water quality monitoring module, an intelligent self-adaptive filtering module, a hydraulic cyclone enhanced separation module, a self-cleaning and backwashing module and a central control and data processing module. According to the method, river sediment characteristics are monitored in real time, filtering parameters are dynamically adjusted through an artificial intelligence algorithm, efficient sediment interception is achieved by combining hydraulic cyclone separation and multi-stage filtering, the problem of filtering medium blockage is solved through a self-cleaning mechanism, and meanwhile the self-adaptive learning capacity is achieved so as to optimize system performance. The system can significantly improve the filtering efficiency, reduce energy consumption and operation and maintenance cost, adapt to complex water quality working conditions, and guarantee safe and stable operation of key equipment of the pumped storage power station.

The utility model provides a cyclone device applied to screening of aerobic granular sludge of an SBR (sequencing batch reactor), which comprises the SBR, a cyclone device, a cyclone device and a cyclone device, and is characterized in that an aerobic granular sludge mixed solution is filled in the SBR; the hydraulic cyclone system comprises a hydraulic cyclone and a mud bucket, the hydraulic cyclone is provided with a feed port, an overflow port and an underflow port, the underflow port of the hydraulic cyclone is connected with an inlet of the mud bucket, and an outlet of the mud bucket is connected with an inlet of the SBR reactor or connected with the outside of the mud bucket; the reflux system comprises a reflux pipe, a reflux pump and a control valve assembly, the outlet of the SBR is communicated with the feed port of the hydrocyclone through the reflux pipe, the reflux pump and the control valve assembly are arranged on the reflux pipe, and the control valve assembly controls the on-off and the flow velocity of the reflux pipe. According to the invention, the hydraulic shearing condition is adjusted by arranging the hydrocyclone, so that the purposes of shortening the granulation time of the aerobic granular sludge, shortening the starting time of the SBR reactor, enhancing the settleability of the aerobic granular sludge and improving the operation stability of the whole system are achieved.

The invention relates to a beneficiation method for recovering fine-fraction cassiterite from table tailings, and belongs to the technical field of beneficiation. The method comprises the following steps: (1) concentrating by a thickener; (2) grading operation of a cyclone; (3) desliming treatment; (4) flotation desulfurization; (5) magnetic separation iron removal operation; (6) hydrocyclone concentration operation: feeding the iron-removed tailings into a concentration hydrocyclone for concentration to obtain hydrocyclone settled sand and hydrocyclone overflow; and (7) cassiterite flotation operation. According to the method, for fine-fraction cassiterite which is uneven in cassiterite dissemination particle size, poor in monomer dissociation degree and high in iron, sulfur and mud, the technical indexes that the fine tin grade is larger than 35%, the tin-rich middling grade is larger than 2.5%, and the comprehensive tin recovery rate is larger than 65% can be obtained.

The invention relates to an underground cyclone separator multi-stage parallel device suitable for injection and production in the same well in an offshore oilfield, which comprises a plurality of stages of cyclone separators, the plurality of stages of cyclone separators are sequentially connected from top to bottom, each stage of cyclone separator is provided with a combined sleeve structure, and the plurality of stages of combined sleeve structures are sequentially connected to form an assembled shell. An oil-water mixed liquid inlet channel, an oil transportation channel and a water drainage channel are arranged in the wall of the assembled shell, the multi-stage cyclone separator is connected in parallel with the oil-water mixed liquid inlet channel through an oil-water mixed liquid inlet of the multi-stage cyclone separator, and the parallel hydrocyclones simultaneously feed liquid, simultaneously perform oil-water separation work and simultaneously lift an oil phase upwards; the upper end of a sleeve at the upper end of the first-stage cyclone is connected with a liquid inlet pipe through a bridge type channel; the liquid inlet pipe is communicated with an oil-water mixed liquid inlet channel; the cyclone separator comprises an upper end sleeve, a lower end sleeve, a spiral flow channel, an oil-water separation cone and a bridge type channel. According to the invention, the recovery efficiency of an offshore oil field can be improved, and meanwhile, large-displacement offshore oil-water mixed liquid separation can be continuously treated.

The utility model belongs to the technical field of sewage treatment, and provides a low-solid-content sewage cyclone desanding system which comprises a pressure transmitter arranged on a water inlet pipe; the plurality of hydrocyclones are arranged behind the pressure transmitter in parallel; the plurality of first valves are respectively arranged on inlet pipelines of the hydrocyclones, and each first valve is associated with the pressure transmitter; the plurality of sand collecting chambers are respectively arranged at the first sand discharging openings in the lower parts of the hydrocyclones; the plurality of second valves are respectively arranged on the outlet pipeline of each sand collecting chamber; and the sand-water separator is connected with the outlet end of each second valve. The cyclone desanding system can automatically control the operation according to the water inlet pressure change to realize dynamic balance, is suitable for desanding treatment of sewage with large water inlet amount fluctuation and low solid content, and is efficient and stable in system operation and good in desanding effect.

The invention belongs to the field of flotation tailings, and relates to a flotation tailing resource utilization process which comprises the following steps: collecting tailings; part of tailings enter the hydrocyclone, the hydrocyclone is subjected to pre-classification, and the hydrocyclone outputs settled sand and overflow; the remaining tailings and settled sand output by the hydrocyclone enter a thickener together, and the output of the thickener is underflow and overflow clear water; wherein the overflow output by the hydrocyclone is subjected to concentration and filter pressing to prepare a building material; the underflow output by the thickener is mixed with the cementing material to form slurry with the concentration of 68%, and the slurry is conveyed to a goaf through a pump and a pipeline for filling. Tailing resources are fully utilized, and meanwhile the cementing cost is reduced.

An improved modular hydrocyclone and method of operating for centrifugal cleaning fluid wherein the hydrocyclone has a plurality of inserts each of different sizes and configurations for selectively and interchangeably inserting into the modular body thereby adjusting capacity and cleaning efficiency of the hydrocyclone without changing out the body. One or more embodiments relate to systems and methods for utilizing a hydrocyclone system with interchangeable components.

The utility model discloses a power plant circulating cooling water physicochemical treatment device which comprises a circulating water tank 1, a circulating water pump 2 and a circulating water pump 3, an input port of the cyclone set 4 is connected with the circulating water pool 1 through a pipeline, a circulating water pump 2 is arranged between the circulating water pool 1 and the cyclone set 4, and the circulating water pump 2 is used for pumping circulating cooling water into the cyclone set 4; the hydrodynamic cavitator group 5 is arranged above the hydrocyclone group 4, and an input port of the hydrodynamic cavitator group 5 is connected with an upper output port of the hydrocyclone group 4 through a pipeline; the first filter 6-1 is arranged below the cyclone group 4, an input port of the first filter 6-1 is connected with a lower output port of the cyclone group 4 through a pipeline, and an output port of the first filter 6-1 is connected with the circulating water tank 1 through a pipeline; an input port of the second filter 6-2 is connected with an output port of the hydrodynamic cavitator group 5 through a pipeline; an input port of the ultraviolet lamp tube 8 is connected with an output port of the second filter 6-2 through a pipeline; and the output port of the ultraviolet lamp tube 8 is connected with the circulating water tank 1.

The invention discloses a fine beneficiation method for stage grinding and stage tailing discarding of low-grade chromium ore, which comprises the following steps: first-stage ball-milling grinding, first-stage screening classification, first-stage hydrocyclone classification, second-stage hydrocyclone desliming, spiral chute reselection roughing, spiral chute reselection scavenging and spiral chute reselection concentration. Hydrocyclone security classification, middling concentration, fluidized bed reselection, second-stage pre-screening inspection classification, second-stage ball-milling ore grinding, magnetic separation iron removal, table reselection, spiral chute reselection concentrated concentrate and table reselection concentrate are combined and then fed into a belt filter to be filtered, and the Cr2O3 grade is larger than or equal to 50%, the Cr / Fe ratio is larger than or equal to 2.2, and the moisture lt is obtained; and 12.0% of final qualified chromium concentrate is obtained. According to the method, separation and enrichment of the chromium concentrates with different particle sizes are achieved through step-by-step fine separation of stage grinding, stage tailing discarding and advanced concentrate obtaining, the grade and the recovery rate of the chromium concentrates are remarkably improved, and the method has the advantages of being reliable in technological process, stable in product quality, low in comprehensive energy consumption and the like.

The utility model relates to the technical field of hydrocyclones, and discloses a hydrocyclone desilting nozzle which comprises a desilting nozzle body, a cone is fixedly installed at the top of the desilting nozzle body through a flange, a vortex chamber is fixedly installed at the top of the cone through a flange, and a cleaning mechanism is installed in the cone. The cleaning mechanism comprises a first mounting frame fixedly mounted on the top side in the cone, a guide cylinder fixedly mounted in the middle of the first mounting frame, and bearings fixedly mounted on the two sides of the outer wall of the guide cylinder. When a solution flows in the swirler in a spiral shape, the spiral blade arranged in the cone can rotate along with the flowing of the liquid, so that the rotating drum is driven to rotate, the flowing of the liquid is accelerated, the separation and classification speed of the solution can be accelerated, and the bottom scraping plate can be synchronously driven to rotate; particles attached to the inner wall of the desilting nozzle are cleaned, and the situation that coarse particles block the interior of the desilting nozzle, and the solution separation and classification efficiency is reduced is avoided.

The invention discloses a firework and cracker hazardous waste recovery treatment method and system, and the method comprises the following steps: a wastewater treatment step: the wastewater treatment step comprises a chemical precipitation step, an A2O biochemical treatment step, a Fenton oxidation step and a BAF biological filter step, and perchlorate, COD and heavy metal are removed; the waste residue treatment step comprises a wet grinding step, a high-temperature digestion step, a flotation step, a hydraulic cyclone separation step, a wet leaching step and a fractional precipitation step, and carbon powder, titanium, barium, aluminum and magnesium resources are recycled; according to a synergistic coupling mechanism, bottom slag generated in the wastewater treatment step is conveyed to the waste slag treatment step for treatment, and filtrate generated in the waste slag treatment step is conveyed to the wastewater treatment step for treatment. The method is used for carrying out harmless treatment and resource recycling on the hazardous wastes of the fireworks and crackers.

The utility model discloses a sand-making mud-water separation device which comprises a plurality of hydrocyclones, mud inlet pipes are installed at the lower ends of the hydrocyclones, an access cover is connected to the surfaces of the mud inlet pipes, a mud box is arranged on the lower surface of the access cover, a connecting strip is arranged on the lower surface of the access cover, a conical cap is arranged at the lower end of the connecting strip, a diffusion cone is arranged on the upper surface of the conical cap, and a motor is installed on the side face of the mud box. An output shaft of the motor is inserted into the mud box and connected with a driving frame, the driving frame is fixedly connected with a support, the support is sleeved with a stirring ring, the stirring ring is obliquely arranged, and a spiral conveyor is installed on the lower portion of the right side face of the mud box. The motor drives the support, the stirring ring and the driving frame to rotate, and the inclined stirring ring swings greatly when rotating, so that a magnetic flocculant can be in full and rapid contact with mud, the mud can be rapidly and effectively coagulated, and the pollutant removal and flocculation efficiency is high.

A circuit for preparing ore particles for extracting valuable minerals therefrom is described. The circuit comprises: (i) a comminution stage reducing the size of run-of-mine ore to ore particles having a P80 of less than 5mm; (ii) a feed pump operable to receive those ore particles; (iii) a vertical grinding mill in flow communication with the feed pump to receive ore particles therefrom and to output ore particles having a P80 of less than 400 μm; (iv) a dual stage hydrocyclone to separate the received ore into an overflow having a P80 of less than 250 μm, and an underflow having a mass proportion of material smaller than 75 μm of less than 15%; and (v) a coarse particle flotation device operable to separate mineral-rich ore particles therein and to feed them to the feed pump.

The invention relates to an underground multi-stage series-parallel multiphase cyclone separation device for an offshore oilfield high-liquid-yield oil well, which comprises an oil-water separation and extraction structure and an underground driving and reinjection structure, the oil-water separation and extraction structure comprises an upper centrifugal pump group and a multi-stage oil-water separation device, and the multi-stage oil-water separation device comprises a lower centrifugal pump group and a lower centrifugal pump group. The underground driving and reinjection structure comprises an oil displacement motor assembly and a lower centrifugal pump set, and while the oil displacement motor assembly drives the lower centrifugal pump set to rotate, a transmission shaft penetrating through the multi-stage oil-water separation device drives the upper centrifugal pump set to rotate; the oil-water separation and extraction structure treats and separates oil-water-sand mixed liquid in a large-displacement mode through multi-stage cyclone separation devices which are connected in series and in parallel, meanwhile, oil phases separated by hydrocyclones are gathered together through a plurality of parallel flow channels and discharged into an upper centrifugal pump set, and the oil phases are extracted to the ground after being sucked together. The separated sand phase is stored in the desilting cavity, and the water phase is reinjected underground; the oil-water-sand three-phase multistage separator is suitable for completing oil-water-sand three-phase multistage separation under the working condition of large treatment capacity of an offshore oilfield.

The hyperfine wet grinding system comprises a grinding machine, two grinding tanks, a coarse material tank, an intermediate tank, a hydrocyclone, an overflow collecting tank, an underflow collecting tank and a pipeline ultrasonic device, the discharging ends of the two grinding tanks and the coarse material tank are converged through a first pipeline and then are connected with the feeding end of the grinding machine; the intermediate tank is connected with the discharging end of the grinding machine through a second pipeline; the pipeline ultrasonic device is connected to the second pipeline in series; the discharging end of the intermediate tank is connected with the hydrocyclone through a third pipeline, and the third pipeline is connected with a cyclone pump in series; an overflow port of the hydrocyclone is connected with the overflow collecting tank through a fourth pipeline, an underflow discharge port of the hydrocyclone is opposite to the underflow collecting tank, and a discharge port of the underflow collecting tank is connected with the coarse material tank through a fifth pipeline; the outlet end of the overflow collecting tank is connected with the two grinding tanks through a sixth pipeline; the system overcomes the problems of non-uniform grinding and excessive grinding in the prior art. The grinding method is simple in step, convenient to operate and capable of achieving continuous automation.

The utility model relates to a hydrocyclone sand setting nozzle measuring device which comprises a main body shell and a lead screw, the lead screw is transversely and rotatably arranged in the main body shell through rotating shafts at the two ends, the lead screw is connected with a moving plate through a ball nut, and the outer edge of the moving plate is attached to the inner wall of the main body shell. The movable plate is vertically and symmetrically connected with a plurality of guide columns parallel to the lead screw, the other ends of the guide columns slidably penetrate through the main body shell and then are connected to a guide plate, and a first probe is installed on the outer side of the guide plate; a driving device and a dustproof shell are arranged on the end, away from the guide plate, of the body shell, the output end of the driving device is connected to the lead screw, and a second probe is installed on the outer side of the dustproof shell. According to the measuring device, the two probes are attached to the inner wall of the sand setting nozzle to measure the inner diameter of the sand setting nozzle in a high-precision mode, meanwhile, the sliding groove marked with vernier scales and the sliding rod are combined to further verify the measuring results of the two probes, the measuring accuracy is improved, the abrasion condition of the sand setting nozzle can be accurately and effectively evaluated, and guidance is provided for maintenance or replacement of the sand setting nozzle.

The invention discloses a method and a device for synchronously degrading organic pollutants through wastewater rotational flow piezoelectric hydrogen production, which are characterized in that a catalytic system is uniformly distributed in organic wastewater to form a first solid-liquid mixed system, and the first solid-liquid mixed system is introduced into a hydraulic rotational flow reactor along the tangential direction at a high speed to form a second solid-liquid mixed system; a strong three-dimensional rotating flow field is formed in the hydraulic cyclone reactor, and mechanical stress is provided for an advanced oxidation technology coupling piezoelectric catalysis system, so that the piezoelectric effect is continuously excited to generate hydrogen, and meanwhile, the wastewater is deeply treated; experiments prove that the device and the method provided by the invention realize high-efficiency hydrogen production under the conditions of low energy consumption, low cost and simple operation, and synchronously complete high-efficiency degradation of organic pollutants in wastewater.

The utility model discloses a washing absorption and hydrocyclone separation tail gas treatment facility device, which comprises a washing tank and a hydrocyclone separator, a gas inlet pipe is arranged on the upper surface of the washing tank, one end of the gas inlet pipe is fixedly connected with a connecting pipe, the side surface of the connecting pipe is fixedly connected with a shunt pipe, and the shunt pipe is fixedly connected with the hydrocyclone separator. A motor is fixedly connected to the lower surface of the washing box, a connecting shaft is fixedly connected to the output end of the motor, an inner box is fixedly connected to the end, away from the motor, of the connecting shaft, a fixing rod is fixedly connected to the side inner wall of the inner box, and a conical tip is fixedly connected to the outer surface of the fixing rod; tail gas can be conveyed to different positions through the arranged flow dividing pipe, the contact range of the tail gas and reaction liquid is enlarged, meanwhile, the arranged motor drives the connecting shaft to rotate, the inner box is made to rotate, and then the reaction absorption effect and the reaction effect of the tail gas and the reaction liquid are improved.

The invention relates to a mud sediment purification method and device, and belongs to the technical field of mud sediment purification. By adding a gel breaker and combining oxidation / acidolysis and thermochemical treatment, stable structures of colloidal particles are destroyed, wrapped fine particles are released, and a surfactant is further added in a partitioned manner by adopting a spiral path, so that the mud sediment purification effect is improved. And stirring is combined to ensure uniform diffusion of the agent, obviously reduce apparent viscosity of the slurry and improve fluidity. Afterwards, the centrifugal-shear synergistic effect of the high-speed centrifugal machine and the hydrocyclone is used for enhancing the particle separation efficiency, shortening the retention time and inhibiting the laminar flow blockage risk; meanwhile, an electric field is applied to drive charged particles to be enriched towards an electrode area. Finally, the water content of the slurry is greatly reduced through a deep dehydration process assisted by a filter aid, and the integrated process not only reduces the hydrodynamic resistance and treats volume expansion, but also remarkably relieves the problems of laminar flow retardation, abrasion and frequent blockage of pipelines and equipment.

The invention provides a hydrocyclone wall surface wear prediction method and system based on CFD and machine learning, and the method comprises the steps: obtaining wear state indication data through a wear sensor; constructing a three-dimensional model of the hydrocyclone, and carrying out gridding treatment on the constructed hydrocyclone; constructing a control equation and a hydrocyclone fluid motion equation based on data extracted by the model after gridding processing, and simulating and solving the three-dimensional simulation model based on the control equation and the hydrocyclone fluid motion equation; and constructing a feature project based on data obtained after simulation solution, training a machine learning model based on the constructed feature project, and performing real-time and future wall surface wear prediction by using the trained model. The method can be used for predicting the wear condition of the wall surface of the hydrocyclone and guiding the industrial production to replace equipment in time so as to improve the production efficiency.

The invention discloses a sefstromite grinding and selecting method which comprises the following steps: performing coarse grinding and selecting on a sefstromite raw material to separate out fine-grained ilmenite and coarse grinding and selecting weak magnetic concentrate; carrying out spiral-flow type grading on the coarse grinding and separation weak magnetic concentrate, carrying out fine grinding on a sand setting product obtained by spiral-flow type grading, and carrying out spiral-flow type grading on an obtained ore discharging product again; an overflow product obtained through spiral-flow type grading is graded through a high-frequency screen, and an oversize product of the high-frequency screen is subjected to superfine grinding; mixing the ore grinding product obtained by superfine grinding with the undersize product of the high-frequency sieve, and performing primary separation to obtain primary separation section weak magnetic concentrate and primary separation section weak magnetic tailings; and elutriating the weak magnetic concentrate in the primary separation section to obtain the vanadium-titanium-iron concentrate. According to the vanadium-titanium-iron ore grinding separation method, the cost of the vanadium-titanium-iron ore concentrate purification process can be reduced, the product quality of the vanadium-titanium-iron ore concentrate is improved, and efficient recovery of the vanadium-titanium-iron ore concentrate is achieved.

The invention relates to the field of ore flotation, and discloses a method for reducing lepidolite flotation froth and improving lepidolite recovery rate, which comprises the following steps: S1, ore grinding and grading: sequentially carrying out coarse crushing, intermediate crushing and fine crushing on spodumene and lepidolite complex disseminated mixed ore raw ore, grinding ore by adopting a ball mill, controlling the ore grinding concentration to be 70-80% and the ore grinding time to be 4-6 minutes, and carrying out ore grinding and grading; the ore grinding classification technology is optimized, the ore grinding classification technology is optimized, the proportion of-0.074 mm fraction in the ore grinding product reaches 65%-75%, the ore grinding product is classified through the hydrocyclone, coarse fraction returns to the ball mill to be ground again, and fine fraction enters the follow-up flotation operation, flotation froth is reduced, and by optimizing the ore grinding classification technology, the influence of fine particles generated by over-grinding on the froth stability is reduced; a special pretreatment regulator is added, so that the flotation activity of gangue minerals is inhibited, and unnecessary foam is reduced; and the formula and dosage of flotation reagents are adjusted, and foam increase caused by excessive reagents is reduced.

The utility model discloses a multi-section type high-separation-efficiency mining hydrocyclone which comprises a hydrocyclone column body, a feeding opening is formed in one side of the hydrocyclone column body, and an overflow opening is formed in the other side of the hydrocyclone column body. The cyclone cone is arranged at the bottom of the cyclone column; and the mounting mechanism is used for connecting the cyclone column body and the cyclone cone body and comprises a sealing connecting ring fixedly connected to the cyclone column body. Firstly, the sealing connecting ring at the bottom of the cyclone column body is inserted into the sealing connecting seat at the top of the cyclone cone body, and the sealing connecting ring extrudes the inclined surface of the sliding clamping block, so that the sliding clamping block is contracted into the accommodating groove, and when the sliding clamping block moves to the position of the fixed clamping groove, the sliding clamping block is clamped in the accommodating groove. And under the elastic action of the connecting springs, the sliding clamping blocks are driven to be clamped into the corresponding fixing clamping grooves, so that the swirler column body and the swirler cone body can be conveniently fixed, and the assembling convenience is improved.

The present invention provides a comprehensive utilization process for "tailings-free" gold tailings, which includes the following steps: feeding the gold flotation tailings into a high-efficiency hydrocyclone group for classification, feeding the underflow into a high-frequency linear dewatering screen for classification and dewatering to separate the coarse sand on the screen; the material under the screen and the overflow of the hydrocyclone flow by gravity to the hydrocyclone pump sump and then are pumped into a desliming hydrocyclone group to remove the fine slime, obtaining overflow fine slime and sand deposits; the sand deposits at the underflow of the desliming hydrocyclone group flow by gravity into a three-stage vertical ring high-gradient magnetic separation unit for strong magnetic separation to select magnetic substances and non-magnetic substances; the magnetic substances and the overflow fine slime are proportioned and flow by gravity into the pump sump and then are pumped to the fine tail filling system; the non-magnetic substances flow by gravity into the pump sump and then are pumped to a dehydration integrated machine for dehydration; the overflow water from the sand bin of the filling system flows by gravity back to the process for recycling or enters the production water storage tank, and can also be used for greening in the factory area or road sprinkling, with no wastewater discharged externally.

The utility model discloses an oily wastewater hydrocyclone separation integrated recovery device, which relates to the technical field of resource recovery, and comprises a base, the outer wall of the base is fixedly connected with a controller, and the outer wall of the top of the base is fixedly connected with a wastewater tank. When a threaded rod rotates, a U-shaped plate is driven to slide on a guide rod, then when the U-shaped plate moves, the U-shaped plate is inserted into a square groove to fix a filter plate, when the U-shaped plate moves, a sliding rod is pushed to move, then when the sliding rod moves, an extension spring is stretched, and when the sliding rod moves, the sliding rod is inserted into a circular groove to fix the filter plate. According to the oil waste water filtering device, rapid installation is achieved, tedious installation operation is not needed when the filtering plate is installed, the installation and fixing mode is more convenient, the working time is effectively shortened, then the filtering plate can be rapidly disassembled when replaced, and meanwhile impurities and scrap iron in oil waste water can be separated through the filtering plate.

The present invention relates to the improvement applied to the discharge chamber of static machine elements used in the devices known as hydrocyclones, integrated into the stage of verification of the quality of the size of the ore after the stage of fragmentation, and its method of assembly, coupling and separation in relation to the body of the hydrocyclone, represented by the evolution solution in the industrial and commercial sector of the equipment for the classification / separation of particles of the ore that has undergone the program of concentration, desliming, solid recovery and closed grinding circuit, applied in particular in the equipment known as hydrocyclone (Eq), where, to solve the problem of premature wear and complex maintenance of the discharge chamber of static machine elements, the present invention is implemented with an improvement in the design of its structure, making it consist of three parts: lower part (10), male quick coupling part (20) and fixed base (30). A design of quick coupling / separation of the lower part (10) is presented, operable for the verification of the integrity of the cutting diameter (H), which differs in that it is sufficient to perform the quick separation / coupling of the assembly comprising the lower part (10) and the male quick assembly coupling part (20).

The application discloses a production module of a floating production storage and offloading device and belongs to the technical field of FPSO, which comprises a production water treatment module, wherein the production water treatment module comprises a hydrocyclone separator, a compact air floatation unit, a pressure reduction pipeline and a degassing tank; production water in a sewage tank of the FPSO enters the hydrocyclone separator; the hydrocyclone separator is used for separating oil and water by utilizing the density difference between the oil and the water; the production water after the cyclone separation flows into the compact air floatation unit through the pipeline; and the compact air floatation unit is used for rapidly floating oil droplets in the production water by utilizing bubbles. The FPSO production module of the application carries out oil removal treatment on the production water separated in the crude oil treatment process, so that the oil content of the production water is reduced to within 15 ppm, and therefore, in a long-term oil exploitation process, the discharged production water does not cause pollution to seawater. The gas treatment module in the application is additionally provided with a liquid level regulating device, the liquid level in a glycol tower is controlled to ensure that there is always liquid in the glycol tower, and high-pressure gas in the glycol tower is prevented from leaking into a flash regeneration tower, so that the flash regeneration tower is prevented from causing fire and explosion.