Water turbidity sensors are widely used in many areas, including but not limited to: Environmental monitoring: used to monitor water quality changes in natural water bodies such as rivers, lakes, and reservoirs, and to assess the degree of water pollution. Industrial production: used to monitor the water quality used in the production process in food processing, pharmaceuticals, chemicals and other industries to ensure product quality. Household appliances: used to detect the turbidity of detergents in washing machines, dishwashers and other household appliances to determine the washing effect and adjust the washing program. With the continuous advancement of science and technology, water turbidity sensors are moving towards higher precision. This means that sensors can more accurately measure the concentration of suspended particles in water bodies, providing more refined data support for water quality monitoring. At the same time, reducing the detection limit is also an important direction of technological development. By optimizing the sensor structure and algorithm, effective detection of suspended particles at lower concentrations can be achieved, which helps to detect water quality problems earlier. Water Turbidity Sensor Suzhou Delfino Environmental Technology Co., Ltd. , https://www.daruifuno.com
Figure 1 Zhengzhou Sanmao Institute's first technical competition meeting site 
Figure 2 Technical competitions The three mill employees earnestly participated in the competition. Qiu Lihua, deputy director and union chairman of the institute, and Yang Xiaoping, director of the labor union office, and all the contestants and competition judging panel members attended the awarding ceremony. Director Yang of the union read out the commendation decision, and Deputy Director Qiu presented the award to 12 winners. Yan Shaolei and Wang Lichao spoke on behalf of nearly 70 contestants of the lathe and molding workers. After the previous theoretical examination (September 17th) and the two days of the 24th and 25th of this month, the first competition of the first technical competition was obtained by Comrade Yan Shaolei, the third of the products, and the prize was 2,000 yuan. The second place is Wei Tianbao of the Department of Processing and Manufacturing, and Wei Tianbao of the three parts of the product, each with a bonus of 1,000 yuan; Zhang Xu of the Processing and Manufacturing Department, Zhao Xianchao of the third product, and Lu Peng of the Processing and Manufacturing Department won the third. Name, bonus of 600 yuan each. The first place in the overall performance of the molding workers was Comrade Wang Lichao of the three products, with a bonus of 2,000 yuan; the second place was Wang Feng and Wei Xiwang of the second part of the product, each with a bonus of 1,000 yuan; Wang Xiaodong of the grinding disc manufacturing department, product three Yan Shuangran of the Department of Zhang Shuanghe and the second part of the product won the third place with a bonus of 600 yuan each. The rest of the players won the entry prize. 
Figure 3 Award-winning employees It is understood that in order to fully create a good atmosphere of advocating skills and respecting (retaining) skilled personnel, the institute also cooperates with the mechanical industry professional skills identification abrasives industry sub-center, in this skill competition theory and Those who pass the practical examinations shall be awarded the corresponding intermediate qualification certificates by the mechanical industry occupational skills appraisal abrasives industry sub-center. At the same time, in order to cooperate with the effective implementation of the first technical competition, the personnel department of the institute first held the theoretical knowledge training and examinations for the 12 hours of the molding and 20 hours of the train according to the proposal of the trade union, for all the contestants. A good theoretical foundation has been laid. "I am so excited. Through these years of continuous efforts, I have made great progress. What I did not expect is that the leaders personally awarded awards to our technicians, and we feel that the unit is paying more and more attention to mechanics and skills. Talents will definitely be useful.†Yan Shaolei, who won the first place in the car industry and came from the three products of the institute, said excitedly at the awards conference. According to the needs of the work, the institute will continue to improve the effectiveness and pertinence of the training of technicians, and strive to create a good atmosphere of respecting labor, respecting knowledge, respecting skills, respecting innovation and respecting entrepreneurship, making high-skilled talents stand out and promoting the skilled workers. Training and employment docking, providing a steady stream of skilled talents to promote the sustainable development of the enterprise economy.Definition of Water Turbidity Sensor
Working Principle
Application Areas
Technology Trends
Conclusion
Zhengzhou Sanmao Institute held the first technical contest awarding conference
In order to speed up the training of a large number of knowledge-based and technical-skilled talents, this website has continuously stimulated the enthusiasm of employees to actively participate in post training, technical training, post-production and skill competition, so that more employees can take the initiative. Learn to master new technologies and new methods, further broaden the growth channels for skilled talents, and provide technical talent support for the sustainable development of enterprises. Zhengzhou Abrasives Grinding Research Institute (Zhengzhou Sanmao Research Institute) held the first session in mid-to-late September. The technical competition was held, and the awarding ceremony was held at the first-line production site on the afternoon of the 27th.
Water turbidity sensor is mainly used to detect the turbidity in water, that is, the number or concentration of suspended particles in water. Turbidity is an important indicator reflecting the physical state of natural water and drinking water, which is caused by suspended matter such as mud, sand, fine organic and inorganic matter, soluble colored organic compounds, plankton and microorganisms.It operates based on the principle of light scattering or light transmission,measuring changes in the intensity of transmitted or scattered light as light passes through water,and calculates the turbidity value using a specific algorithm.This sensor boasts high precision,real-time monitoring capabilities,intelligence,and durability,making it an indispensable tool in modern water quality monitoring.
The working principle of the water turbidity sensor relies primarily on the interaction between light and matter.As light traverses a water body containing suspended particles,a portion of the light is scattered or absorbed by these particles,resulting in a decrease in transmitted light intensity or an increase in scattered light intensity.The photodetector within the sensor captures these changes in light intensity and converts them into electrical signals for processing.By applying a specific algorithm to analyze these electrical signals,the turbidity value of the water body can be accurately determined.
In summary, the technical trend of water turbidity sensors will develop towards higher accuracy, intelligence, multi-functional integration, miniaturization and portability, environmental sustainability, and standardization and internationalization. These trends will promote the advancement of water quality monitoring technology and the expansion of its application scope, providing more powerful support for the protection and management of water resources.
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