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The application of PCA particle charge analyzer in water treatment

Release time:2025.11.24

The Appliccation of Bebur Labsense Laboratory Particle charge analyzer(PCA) in water treatment

The application of Bebur PCA-Labsense Laboratory particle Charge Analyzer in water treatment mainly includes the following aspects:

Accurately determine the dosage: By measuring the charge of particles in water samples, quickly and accurately determine the amount of coagulant required to achieve the best coagulation effect, avoiding over-dosage or under-dosage.
Real-time monitoring and feedback: Real-time monitoring of the charge changes of water samples during water treatment, timely adjusting the dosage of coagulants according to the monitoring results, ensuring the stability and continuity of the coagulation effect, improving the treatment efficiency and water quality compliance rate.

Determine the stability of water quality: Analyze the surface charge distribution and change trend of particles in water samples to understand the stability of water quality. If the surface charge of particles is abnormal, it may indicate the presence of pollutants in the water or the change of water quality, which requires further testing and treatment.
Evaluate the treatment effect: At different stages of water treatment, such as coagulation, sedimentation, filtration, etc., use PCA particle charge analyzer to detect water samples, compare the changes in particle charge before and after treatment, evaluate the operation effect of each treatment unit, and promptly discover problems in the treatment process and make adjustments.

Analysis of pollutant characteristics: Measuring the surface charge of pollutant particles in water and understanding their charged properties and charge amount will help to select more appropriate treatment methods and agents and improve pollutant removal efficiency.
Optimization of treatment process: According to the information provided by the particle charge analyzer, the water treatment process is optimized, such as adjusting the pH value, adding coagulants, etc., to change the surface charge state of particles, enhance the interaction between particles, and promote the coagulation and precipitation of pollutants.

Prevention of membrane pollution: Monitor the particle charge of raw water and pretreated water, predict factors that may cause membrane pollution, and take corresponding pretreatment measures, such as adjusting the amount of coagulant or increasing the filtration link, to reduce the risk of membrane pollution and extend the service life of the membrane.
Cleaning plan formulation: When the membrane filtration system is polluted, by analyzing the charge characteristics of the particles on the surface of the polluted membrane, understand the nature and attachment of the pollutants, formulate a more targeted cleaning plan, improve the cleaning effect, and restore the filtration performance of the membrane.

Reuse feasibility assessment: particle charge analysis of wastewater, combined with other water quality indicators, to assess the feasibility of wastewater reuse, and provide a basis for the design and operation of wastewater reuse treatment processes.
Treatment process adjustment: During the wastewater reuse process, the treatment process parameters are adjusted in real time according to the changes in particle charge to ensure that the water quality of the reused water meets the reuse requirements and achieve efficient use of water resources.

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