The water quality ammonia nitrogen analyzer is mainly used to detect the ammonia nitrogen content in water bodies, and is a core tool for measuring the degree of water pollution. It is widely used in fields such as sewage treatment, environmental monitoring, and ecological protection.
Features
Fast and accurate: It can quickly determine the ammonia nitrogen content in surface water, groundwater, urban sewage, and industrial wastewater, meeting the needs of real-time monitoring.
Multi parameter detection: Some models support upgrading and detecting over a hundred parameters such as COD, total phosphorus, total nitrogen, etc., achieving multi use of one machine.
Intelligent operation: equipped with a large-sized color touch screen, guided operating system, user-friendly interface, reducing operation difficulty.
Data storage and transmission: Supports large capacity data storage, one click printing of experimental data, and can also be uploaded to a computer through USB, infrared wireless, and other methods for easy data management and analysis.
Strong stability: using imported LED cold light source, with good optical performance and high stability, ensuring the accuracy of measurement results.
Portability: Built in lithium battery, supports long-term continuous operation, does not require external power supply, suitable for on-site testing.
Multiple colorimetric methods: Supports both colorimetric dishes and colorimetric tubes to meet different detection needs.
Standard curve and self built curve: Built in ammonia nitrogen standard curve, while supporting users to build other standard curves to improve the flexibility of detection.
Application fields:
Environmental monitoring: used for monitoring the ammonia nitrogen content in rivers, lakes, reservoirs and other water bodies, evaluating the pollution status of water bodies, and providing data support for environmental governance and protection.
Wastewater treatment: During the wastewater treatment process, real-time monitoring of the ammonia nitrogen content in the effluent is carried out to ensure that the treated water meets the discharge standards.
Industrial production process control: Monitor the ammonia nitrogen content in industrial wastewater, adjust treatment processes in a timely manner, control discharge concentrations, and reduce water pollution.
Aquaculture: Monitor the ammonia nitrogen content in aquaculture water bodies to prevent excessive ammonia nitrogen from causing harm to aquatic organisms and ensure aquaculture efficiency.
Drinking water quality testing: Detecting the ammonia nitrogen content in drinking water sources to ensure the safety of drinking water.