11 results about "Liquid solid" patented technology

The utility model relates to the field of concentrated waste liquid treatment, in particular to a concentrated waste liquid solid-liquid separation device which comprises a box body and an adjusting motor, the adjusting motor is installed on the upper end face of the box body, an adjusting rod is installed at the output end of the adjusting motor, fixing grooves are symmetrically installed on the left side wall and the right side wall of the adjusting rod, and spring rods are installed at the bottoms in the fixing grooves. A plurality of stirring rods are mounted on the outer side wall of the annular sleeve in the circumferential direction of the annular sleeve; a first filter screen is arranged below the annular sleeve; a water inlet is formed in the upper end face of the box body; water outlets are formed in the bottom of the box body in a bilateral symmetry manner; the structure of the annular sleeve and the spring rod is adopted, so that the stirring rod can shake up and down while rotating, the mixing effect of demulsification and concentrated waste liquid is further improved, the precipitation effect of the demulsification and concentrated waste liquid is ensured, and subsequent solid-liquid separation treatment is facilitated.

The invention relates to the technical field of crystallization equipment, in particular to centrifugal anti-blocking gas-liquid separation continuous crystallization equipment. According to the technical scheme, the device comprises an evaporative crystallization system and a gas-liquid separation system integrated in a scrubber tank. A high-speed rotating centrifugal separation mechanism is adopted to replace a traditional wire mesh demister, efficient gas-liquid-solid separation is achieved through centrifugal force, and the problem of blockage caused by crystal attachment is fundamentally solved. The gas-liquid separation system is provided with a mechanical liquid discharge structure which can be automatically opened and closed and has a self-dredging function, and a differential adjusting mechanism which can generate a rotating speed difference to realize online scale scraping and blockage clearing. The device realizes continuous, efficient and stable purification of crystal-containing steam, effectively protects key equipment such as a compressor, ensures complete closed-loop recovery of mother liquor, has the advantages of strong anti-clogging performance, high separation efficiency, automatic operation and convenient maintenance, and is suitable for the continuous crystallization process of Bayer process mother liquor and other high-difficulty materials.

The invention provides a sand-carrying process design method for a jet pump containing gas, liquid and solid phases in an oil well, and relates to the field of oil extraction processes. The fluid production capacity is designed based on a critical sand-carrying fluid flow velocity calculation formula fitted by a solid-liquid two-phase flow experiment, a corresponding flow pressure calculation model is established by considering the gas-liquid-solid three-phase complex flow working condition of an oil well shaft, and then the pressure drop from the well bottom of a specific shaft position to the suction inlet of the jet pump and the suction pressure of the jet pump are iteratively calculated; the minimum cavitation area is obtained according to the calculation result, the jet pump is optimized to guarantee safe and efficient operation of the process, meanwhile, the jet pump outlet pressure is obtained through calculation with the same iteration method, the power liquid pressure is calculated through iteration according to the jet pump suction pressure and the jet pump outlet pressure, and the power liquid flow and the ground pump pressure of the jet pump process are designed. According to the method, the condition that the shaft is in a gas-liquid-solid three-phase state is fully considered, and an important theoretical support is provided for the sand-carrying process design of the jet pump in the multiphase flow.

The application provides a kind of oil well gas liquid solid three-phase jet pump sand carrying process design method, and relates to oil production process field.Based on the critical sand-carrying liquid flow rate calculation formula designed by fitting solid-liquid two-phase flow experiment, the production fluid rate is designed, the complex flow condition of gas-liquid-solid three-phase in the wellbore is considered, the corresponding flow pressure calculation model is established, and then the pressure drop from the bottom hole to the jet pump suction inlet at a specific wellbore position and the jet pump suction pressure are iteratively calculated, the minimum cavitation area is obtained according to the calculation result, to optimize the jet pump to ensure the safe and efficient operation of the process, at the same time, the jet pump outlet pressure is calculated by the same iterative method, the power fluid pressure is iteratively calculated according to the jet pump suction pressure and the jet pump outlet pressure, to design the power fluid flow rate and the ground pump pressure of the jet pump process.The application fully considers the gas-liquid-solid three-phase condition in the wellbore, and provides important theoretical support for the jet pump sand carrying process design in multiphase flow.

The utility model discloses a full -automatic continuous gas -liquid, liquid solid separation device, including cylinder portion, feed part, first discharge part and second discharge part, first discharge part and second discharge part are arranged respectively in the upper and lower both ends of cylinder portion, the feed part is arranged in the circumferential position of cylinder portion, the feed part is incident to the inside of cylinder portion with predetermined angle, first discharge part still is provided with filter part, in this scheme, mixed material is incident to the cylinder portion with certain speed, and mixed material can spiral down in the cylinder, and heavy liquid and fixed material can gradually move to the lower part of cylinder portion in the process of moving, and are discharged from second discharge part, and lighter gas material can contact and rebound and rise from the bottom of cylinder in the process of moving, and are discharged from first discharge part, and the filter part is arranged on first discharge part and can screen out solid material, guarantees that the gas material in first discharge part is discharged smoothly.

This invention provides a methane fermentation residue dewatering system that can process methane fermentation residue without increasing the size of the equipment configuration beyond the storage tank, even when the properties of the fermentation liquid fluctuate significantly, leading to unstable water quality of the fermentation residue dewatered filtrate and unstable operation of the fermentation residue dewatering system. [Solution] The methane fermentation residue dewatering system A1 comprises a first solid-liquid separation unit 16 that separates the fermentation liquid containing fermentation residue discharged from a dry methane fermentation tank 14 into a first residue mainly consisting of solids and a first filtrate mainly consisting of liquids; a storage tank 18 that stores the first filtrate separated by the first solid-liquid separation unit 16; a circulating storage tank liquid solid-liquid separation unit 20 that separates the storage tank liquid a discharged from the storage tank 18 into a second residue mainly consisting of solids and a second filtrate mainly consisting of liquids; and a third solid-liquid separation unit 22 that separates the storage tank liquid b discharged from the storage tank 18 into a third residue mainly consisting of solids and a third filtrate mainly consisting of liquids.

The utility model discloses a cleaning liquid solid-liquid separation device for a plastic regeneration process, which belongs to the technical field of plastic recovery and comprises a cleaning pool, a bearing rod is fixedly connected to the upper end of the cleaning pool, a reset spring is mounted on the surface of the bearing rod, a bearing frame is fixedly connected to the lower end of the reset spring, and a motor is fixedly connected to the lower end of the bearing frame. The output end of the motor is fixedly connected with a loading and unloading assembly, and the lower end of the loading and unloading assembly is provided with a cleaning assembly; according to the plastic bottle cleaning device, the cleaning assembly is arranged, when the cleaning assembly is used for cleaning a plastic bottle, the cleaning assembly can stretch out and draw back to better adapt to cleaning of an uneven surface, the cleaning degree is guaranteed, a favorable environment is created for follow-up work, practicability is high, the cleaning assembly can be rapidly replaced by arranging the assembling and disassembling assembly, and when the cleaning assembly needs to be maintained, the cleaning assembly is convenient to disassemble and assemble. Therefore, the maintenance time is shortened, a worker can conveniently complete the maintenance work, and the practicability is high.

The utility model provides a reactor and system for producing polyether polyol, which comprises a reactor shell, a liquid-liquid-solid three-phase uniform mixing distributor, a fluid stirrer and a feed distributor, the liquid-liquid-solid three-phase uniform mixing distributor is arranged at the top end of the reactor shell, and part of the liquid-liquid-solid three-phase uniform mixing distributor is positioned outside the reactor shell; the fluid stirrer is arranged in the reactor shell and is positioned on the lower side of the liquid-liquid-solid three-phase uniform mixing distributor; the feeding distributor is arranged in the reactor shell and is positioned on the lower side of the fluid stirrer; a discharge opening is formed in the bottom of the reactor shell. A circulating pump and a circulating heat exchanger can be additionally arranged, catalyst slurry is uniformly mixed with circulating fluid through the liquid-liquid-solid three-phase uniform mixing distributor and then uniformly distributed on the whole cross section of the reactor under the action of the fluid stirrer, raw materials are input into the feeding distributor and uniformly distributed on the cross section of the reactor, and the raw materials are uniformly distributed on the cross section of the reactor. And under the effect of density difference, rising and performing countercurrent contact reaction with catalyst slurry.

The utility model provides a configuration is even heating structure's liquid solid two -phase fermentation tank, include: transmission assembly and gear ring, transmission assembly includes the driving wheel and the driven wheel for transmission, the driven wheel below is equipped with a gear through a transmission shaft, gear and the gear ring inside of top cover lower surface installation interlock, gear ring below is equipped with an electric heating wire, compares with prior art, the utility model has the following beneficial effect: through setting transmission assembly, gear ring and electric heating wire, driving wheel rotates through the belt driven driven wheel, thereby through the driven wheel drive its below gear rotates, gear rotation drives gear ring rotation, gear ring rotation can drive electric heating wire rotates in the inside rotation cavity, the inner bag adopts single layer structure design, therefore is more favorable to the transmission of heat, through the inside rotation cavity even speed and continuous rotation of electric heating wire, therefore can improve the heating evenness of inner bag inside obviously.

The utility model discloses a gold concentrate oxidation liquid solid-liquid separation device which comprises a base, a lower sealing box is arranged on the top of the base in a sliding mode, an upper sealing box is arranged on the top of the lower sealing box, and a sealing strip is arranged at the joint of the lower sealing box and the upper sealing box. The oxidation liquid needing to be separated is stored in the lower sealing box, the lower sealing box is combined into the base, the air cylinder is started to enable the upper sealing box to stably descend to be aligned and combined with the lower sealing box, and the hydraulic rod is started to push the pressing plate to slowly move downwards, so that the oxidation liquid in the lower sealing box is separated; liquid can permeate into a pressing plate through a filter screen and a filter element, then the liquid is sucked away through a water pump and a guide pipe and flows into a liquid storage box, then an upper sealing box and a lower sealing box are separated, a lead screw is driven by a motor to rotate, a push plate pushes the lower sealing box to move, the lower sealing box is moved out of a base, and solid objects in the liquid can be taken out conveniently.