10results about How to "Guaranteed removal efficiency" patented technology

This invention belongs to the field of waste lubricating oil regeneration technology, specifically a purification device for waste lubricating oil regeneration, comprising a base; a rotating tube rotatably connected to the top surface of the base, and the rotating tube being driven by a servo motor; an oil inlet pipe fixedly connected to one side of the base, and the oil inlet pipe being rotatably connected to the rotating tube; multiple evenly arranged oil outlets opened at the bottom of the rotating tube; a sleeve fixedly connected to the surface of the rotating tube; multiple evenly arranged discs fixedly connected to the outer surface of the sleeve; by pressing down a pressure rod, the pressure rod drives the connecting ring to move downward, and the descending connecting ring drives the scraper to descend together. During this process, the scraper scrapes the inner wall of the separator, thereby scraping off the sludge and impurities from the inner wall of the separator and discharging them through the slag discharge assembly, thus completing the cleaning of the inner wall of the separator, thereby ensuring the usable volume of the separator, and thus ensuring the purification efficiency of the embodiment of this invention.

This invention discloses an ammonia-based desulfurization system and method based on zoned control, comprising a desulfurization tower, an absorption circulation tank, an ammonia water tank, a washing tank, and a process water tank. The desulfurization tower, from top to bottom, has a flue gas outlet, a demisting section, a second-stage absorption layer, a first-stage absorption layer, and a concentration section. The absorption circulation tank is divided into an upper oxidation tank and a lower absorption circulation section by a partition. The recovered liquid from the first-stage absorption is connected to the absorption circulation section of the absorption circulation tank via a pipeline; the oxidation tank has an aeration pipe connected to the spray inlet of the second-stage absorption via a pipeline; the lower concentration section of the desulfurization tower is connected to the oxidation tank via a liquid delivery pipeline. The washing tank supplies water to the demisting section and the absorption circulation tank; the ammonia water tank replenishes ammonia water to the oxidation tank, the first-stage absorption layer, and the absorption circulation section of the absorption circulation tank. This invention eliminates coupling interference between absorption and oxidation by dividing the tank into zones within the same tank; combined with two-stage absorption and demisting recovery, it effectively controls ammonia escape while ensuring efficient sulfur dioxide removal.

The application discloses a kind of static electricity removal devices, including box, positive and negative rotation belt conveying line, blocking mechanism and static electricity removal mechanism;Several protrusions are formed above the belt of positive and negative rotation belt conveying line, and the blocking mechanism includes bidirectional drive assembly arranged in the rear side of the inside of the box and two stop rods for forming blocking to volumetric flask respectively connected on two drive parts of bidirectional drive assembly;Static electricity removal mechanism includes ion fan arranged at the top of the box, translation drive assembly arranged on the inner wall on the top of the box along left and right direction, lifting drive assembly connected on translation drive assembly, turnover drive assembly connected on lifting drive assembly and blowing part installed on turnover drive assembly and connected with ion fan through telescopic bellow, the application can transport multiple volumetric flasks into the box together and perform multi-angle all-around ion blowing at one time, improve the quality of static electricity removal, and the working efficiency is higher.

This application discloses an integrated coupling device for denitrification and carbon monoxide removal, belonging to the technical field of flue gas purification equipment. By incorporating an integrated flue gas flow pipe within the device, the carbon monoxide removal catalyst and the denitrification catalyst are respectively isolated and placed in two channels within the flow pipe. This ensures smooth flue gas flow with low resistance, effectively preventing carbon monoxide catalyst deactivation due to poisoning, thus guaranteeing carbon monoxide removal efficiency and extending service life. Furthermore, the integrated flue gas flow pipe is mounted on the support beam simultaneously with the catalyst installation, achieving a compact configuration of the equipment space and effectively solving the problem of tight site layout. Simultaneously, the integrated flue gas flow pipe structure significantly reduces structural and civil engineering costs, enabling more convenient system operation, maintenance, and repair.

The invention discloses a TVOC gas multi-stage layered purification system and method and a refrigeration appliance. The system comprises an air inlet and an air outlet; the purification device comprises an activated carbon pretreatment layer, a metal catalase decomposition layer, a noble metal thermocatalytic decomposition layer and an ultraviolet decomposition layer which are sequentially arranged between the air inlet and the air outlet; the sensing device comprises an air inlet gas concentration sensor, an air outlet gas concentration sensor, an environment humidity sensor and an environment temperature sensor which are respectively used for sensing the TVOC gas concentration, the environment humidity and the environment temperature at the air inlet and the air outlet; the circulating fan is used for guiding air to enter from the air inlet, and the air is exhausted from the air outlet after being purified by the purifying device; and the controller is connected to the purification device and the sensing device and is used for controlling the starting of each decomposition layer according to the sensing data of each sensor. The method is executed at a controller of the system, and the refrigeration appliance comprises the system. TVOC gas in the refrigerator can be effectively removed, the service life of the system is prolonged, and energy consumption is reduced.

This invention discloses a method utilizing UV 222 / Cl coupling UV 222 / Sulfite redox technology is a novel process for efficiently degrading pollutants and reducing the generation of disinfection byproducts. The process includes the following steps: For the first time, a safer, biocompatible KrCl excimer lamp (far-UV, UV) is used as the light source. 222 ) to replace traditional low-pressure mercury lamps (LP-UV); with UV 222 As a light source, NaClO acts as an oxidant to produce ·OH and active chlorine substances (RCS) such as Cl· and Cl. 2‑ • and ClO· and other active free radicals degrade pollutants and inactivate pathogens; coupled with UV 222 / Sulfite advanced reduction process generates hydrated electrons (e aq — ), H·and SO 3 · — The free radicals further reduce and remove recalcitrant pollutants in water, and reduce the large amount of disinfection byproducts generated in traditional UV chlorination treatment processes. The process proposed in this invention can not only efficiently remove recalcitrant micropollutants in water while saving costs, but also reduce the generation of disinfection byproducts during UV chlorination treatment, achieving the key goals of high pollutant removal efficiency and low disinfection byproduct generation.

The invention discloses a controllable cavitation polishing strengthening device for the inner surface of a deep hole of a bearing and a machining method. An ultrasonic cavitation vibration ring drives a magnetic powder storage ring to vibrate synchronously, a divergence angle cavitation nozzle sprays outwards-expanded jet flow downwards, the spirally-flowing jet flow induces cavitation primary generation when passing through the ultrasonic cavitation vibration ring, and the gas content of the jet flow is increased; the magnetic powder storage ring hole is vibrated out and entrained in jet flow, the spiral wall-attached jet flow preferentially acts on the inner surface of the upper portion of the deep hole, and polishing and strengthening of the upper portion of the deep hole are achieved; the spiral wall-attached jet flow continuously extends to the middle part along the hole wall, so that the polishing strengthening process is continuously expanded from the upper part to the middle part; when the spiral wall-attached jet flow is spread downwards to the lower portion of the deep hole, the direct jet flow sprayed out of the cavitating nozzle without the divergence angle conducts fluid compensation on the lower area of the deep hole, shearing and disturbance are formed by the direct jet flow and the spiral wall-attached jet flow above the direct jet flow, polishing and strengthening of the lower area of the deep hole are enhanced, and the electromagnetic coil enables magnetic powder to keep stable movement speed at different axial positions. And polishing and strengthening integration is achieved.

This invention discloses a filtrate floating matter separation device, a kitchen waste treatment equipment and method, which solves the problem of floating matter easily clogging the separator in the prior art, and has the beneficial effect of effectively removing floating matter from the filtrate. The specific solution is as follows: A filtrate floating matter separation device includes a shell, and a partition plate is set inside the shell so that one side of the partition plate is a filtrate tank and the other side is a separation liquid tank. The top of the partition plate is set below the top of the shell, and multiple slots are set at the top of the partition plate. A roller brush is set in the separation liquid tank below the slots, and the roller brush is rotatable relative to the shell. A conveying component is set in the separation liquid tank below the roller brush, and a scraper is set between the conveying component and the roller brush. One end of the scraper contacts the roller brush. As the filtrate in the filtrate tank flows to the separation liquid tank through the slots, the floating matter in the filtrate falls onto the roller brush. During the rotation of the roller brush, the floating matter enters the conveying component under the action of the scraper.

The application discloses a magnetometer error parameter anti-interference calibration method for high-accuracy magnetic field tracing, which comprises the following steps: collecting three-axis magnetic field component data of a vector magnetometer to be calibrated; dividing local data sets and fitting local ellipsoids; constructing a global cumulative effective data set and fitting a global reference ellipsoid; calculating a comprehensive deviation index of the local ellipsoids; performing interference identification and data rejection; obtaining an effective data fitting reference ellipsoid; calculating a residual sequence; performing abnormality identification and data rejection; obtaining accurate data; fitting an initial ellipsoid by using a least square method; calculating the residual of each measurement point and the residual weight; performing fine fitting by using a weighted least square method to obtain a final ellipsoid; constructing a magnetometer error model fitted by using the final ellipsoid; and outputting error correction coefficients. The method can realize real-time identification and rejection of interference data, ensure that sensor error parameters can be stably and accurately extracted under non-stationary magnetic field conditions, and thus the accuracy and robustness of the calibration result are improved.