6 results about "Ion content" patented technology

The invention relates to the technical field of copper-containing waste treatment, in particular to a method, system and equipment for dynamically detecting the ion content in the copper extraction process, and the method comprises the following steps: acquiring ion concentration time sequence data of a reaction system in real time, and extracting mass transfer kinetics correlation characteristics of the ion concentration time sequence data; constructing an ion content prediction model based on the mass transfer dynamics correlation characteristics, wherein the ion content prediction model represents a reaction interface mass transfer relationship through a topological network; generating an initial extraction parameter set through parameter traversal, and performing process simulation based on the ion content prediction model according to the initial extraction parameter set to obtain a dynamic prediction result; and verifying the precision of the ion content prediction model in combination with the dynamic prediction result and real-time detection data, and outputting an ion content dynamic change curve. By means of the method, the problems that in a traditional copper extraction technology, dynamic prediction deviation is large, abnormal response lags behind, and technology optimization lacks cross-scale correlation are effectively solved.

1. Name of the Design Product: Negative Ion Tester. 2. Use of the Design Product: Used to test the negative ion content in the air. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photograph Most Indicating the Design Key Points: Perspective View.

The invention belongs to the technical field of water quality purification, and discloses a treatment system for reducing the sulfate content in water and a treatment method thereof, the treatment system comprises a batching pool, a drug storage device, a detection device and a main server; the batching pool is provided with a first feed port, and a stirring device is arranged in the batching pool; the medicine storage device comprises a main medicine bin, and the main medicine bin is connected with the first feeding opening; the detection device comprises a first weight detection part and an ion detection part and is used for acquiring first type information and first weight information of the main medicament bin; the main server comprises an ion content comparison module and a first weight control module, the ion comparison module is used for judging whether the ion content information is larger than a threshold value or not, and if yes, an instruction for opening the main medicament bin is sent out; the first weight control module is used for judging whether the first weight information is equal to a threshold value or not, and if yes, an instruction for closing the main medicament bin is sent. Through the ion detection piece, human factors are reduced, and the problem that the ion content is wrong due to manual misoperation is solved.

The present application relates to ion content analysis technical field, specifically to a kind of shale original formation water ion content analysis method and device.The present application first obtains the spectrum signal of low alcohol extract of shale sample and the ion chromatogram signal of ultrapure water extract;Further, the ion chromatogram signal is wavelet decomposed, the noise pollution synergy coefficient of each detail component is obtained, and then the wavelet threshold of corresponding detail component is determined and denoised, to reconstruct the ion chromatogram signal;Finally, the ion content of preset metal ion in low alcohol extract is obtained based on spectrum signal, and the ion content of the rest of ion in ultrapure water extract is obtained based on reconstructed ion chromatogram signal.The present application carries out complementary analysis through double extraction system, and at the same time, the ion chromatogram data is wavelet decomposed, the noise influence is evaluated to adaptively suppress noise, so as to reconstruct the ion chromatogram signal, improve the analysis accuracy of ion content in shale original underground water.

The present invention relates to the technical field of copper-containing waste treatment, and particularly to a method, system and equipment for dynamically detecting ion content in the copper extraction process. The method includes: obtaining in real time the time-series data of ion concentration in the reaction system, and extracting the mass transfer kinetics correlation features of the time-series data of ion concentration; constructing an ion content prediction model based on the mass transfer kinetics correlation features, and the ion content prediction model characterizes the mass transfer relationship at the reaction interface through a topological network; generating an initial extraction parameter set through parameter traversal, and performing process simulation based on the initial extraction parameter set using the ion content prediction model to obtain a dynamic prediction result; verifying the accuracy of the ion content prediction model by combining the dynamic prediction result with real-time detection data, and outputting a dynamic change curve of ion content. Through the present invention, the problems of large dynamic prediction deviation, lag in abnormal response and lack of cross-scale correlation in process optimization in the traditional copper extraction process are effectively solved.

This invention discloses a method for synergistic optimization of process parameters and ion content in penetrant production, belonging to the field of chemical material production technology. This invention constructs a full-process monitoring and quantitative evaluation mechanism to dynamically control the entire process of synergistic optimization of process parameters and ion content in penetrant production. This includes data acquisition, model building, parameter optimization, and feedback adjustment. By collecting core process parameters and system ion content data throughout the entire penetrant production process, multi-objective synergistic optimization is performed. Multiple constraints are set to ensure the feasibility of optimization, achieving precise matching of process parameters and ion content. Under the premise of meeting strict quality standards and environmental protection requirements, the dual goals of improving production efficiency and reducing costs are achieved. A sensor array monitors product performance in real time, and based on a correlation model, key deviation parameters are accurately located and dynamically adjusted in multiple steps, rapidly responding to production fluctuations and avoiding production instability caused by parameter mutations, effectively controlling product performance deviations.