Featured Articles
Real-time monitoring of water turbidity and adjustment of treatment processes
In sewage treatment plants, water turbidity sensors can monitor changes in water turbidity in real time and feed back the monitoring results to sewage treatment plants to help them quickly adjust the treatment process and improve treatment efficiency. For example, when the water turbidity is low, the sewage treatment plant can use a lower treatment flow and a shorter treatment time for treatment; when the water turbidity is high, it can use a higher treatment flow and a longer treatment time for treatment. By real-time monitoring of water turbidity to timely adjust the treatment process, the treatment efficiency can be effectively improved.
Detection of harmful substances in water quality
Water turbidity sensors can also be used to detect harmful substances in water quality, such as heavy metals and organic matter. By detecting these harmful substances, sewage treatment plants can classify and treat water quality more accurately. For example, when heavy metals are present in water quality, heavy metal turbidity sensors can be used for monitoring so that corresponding treatment measures can be taken in time.
Monitoring water quality changes to determine water source conditions and treatment effects
When the water source changes, the water quality of the water source can be determined by monitoring changes in water turbidity. In addition, when the treatment method of the sewage treatment plant changes, the treatment effect can also be judged by monitoring the change of water turbidity. For example, if the turbidity of the water continues to decrease after treatment and reaches the expected standard, it means that the treatment method is effective; if the turbidity does not decrease or increase significantly, the treatment method needs to be adjusted.
Provide technical support for the management of sewage treatment plants
In the actual operation of sewage treatment plants, turbidity sensors can effectively measure the turbidity of sewage and provide effective technical support for water quality monitoring and management of sewage treatment plants. In the design of the sensor, the sensor material, light source, receiver and design structure are comprehensively considered to ensure that it can meet the water quality monitoring needs of the sewage treatment plant; it is usually installed next to the sedimentation tank, aerator, etc., and the location, height, angle and other factors of the equipment are considered to ensure that the water turbidity can be accurately measured. After calibration testing and other links, its accuracy is further verified to better serve the management of sewage treatment plants.
Article source: https://article-realm.com/article/Environment/Agriculture/72556-Application-cases-of-turbidity-sensors-in-sewage-treatment.html
URL
https://www.renkeer.com/what-and-how-choose-turbidity-sensor/In the actual operation of sewage treatment plants, turbidity sensors can effectively measure the turbidity of sewage and provide effective technical support for water quality monitoring and management of sewage treatment plants. In the design of the sensor, the sensor material, light source, receiver and design structure are comprehensively considered to ensure that it can meet the water quality monitoring needs of the sewage treatment plant; it is usually installed next to the sedimentation tank, aerator, etc., and the location, height, angle and other factors of the equipment are considered to ensure that the water turbidity can be accurately measured. After calibration testing and other links, its accuracy is further verified to better serve the management of sewage treatment plants.
Reviews
Comments
Most Recent Articles
- Apr 22, 2025 Global Thiochemicals Market: Trends and Growth Insights by ved_fma
- Apr 21, 2025 Infrared temperature sensor by BindaJDRK
- Mar 25, 2025 The impact of meteorological monitoring technology on crop yield by BindaJDRK
- Sep 25, 2024 Automotive Electronics Market Size will reach USD 584.02 Billion by 2031 from USD 312.04 Billion by Abhishek Singh
- Sep 16, 2024 Tetrahydrofuran Market Size will reach USD 3324.9 Million by 2030 from USD 2236.2 Million by Abhishek Singh
Most Viewed Articles
- 2856 hits Different styles of hijabs available in the market by Muhammad Alim
- 2474 hits All you need to know about leather bomber jacket by Alen Cooper
- 2452 hits Purchase Variety of Canada Wedding Dresses Online Store at Reasonable Cost by Ruth Hill
- 1860 hits Oneplus 6T Back Covers Are Stylish and Affordable by Yamini Rawal
- 1721 hits Know 3 common traits of an ideal party dress for women by Ashu Soin
Popular Articles

In today’s competitive world, one must be knowledgeable about the latest online business that works effectively through seo services....
78144 Views
Are you caught in between seo companies introduced by a friend, researched by you, or advertised by a particular site? If that is...
34278 Views

Facebook, the best and most used social app in the world, has all the social features you need. However, one feature is missing. You cannot chat...
19397 Views

Walmart is being sued by a customer alleging racial discrimination. The customer who has filed a lawsuit against the retailer claims that it...
15950 Views
If you have an idea for a new product, you can start by performing a patent search. This will help you decide whether your idea could become the...
12024 Views
Statistics
Members | |
---|---|
Members: | 16826 |
Publishing | |
---|---|
Articles: | 68,036 |
Categories: | 202 |
Online | |
---|---|
Active Users: | 1735 |
Members: | 12 |
Guests: | 1723 |
Bots: | 5346 |
Visits last 24h (live): | 5104 |
Visits last 24h (bots): | 12177 |