Nutrients Analyzer

Nitrate Analyzer uses a highly reliable ion selective electrode ISE. Through the high selectivity of the ISE, it can monitor the concentration changes of ammonia nitrogen/nitrate nitrogen in water in real time, and provide interfering substance compensation and automatic cleaning function at the same time, so that the NO₃-N analyzer keep the best accuracy and reliability, thereby extending the sensor maintenance cycle.

Our ammonium nitrogen analyzer adopts a highly reliable ion-selective electrode (ISE) to ensure measurement accuracy and reliability. It enables real-time monitoring of ammonium/nitrate concentration changes in water, allowing you to keep track of water quality at all times. The analyzer features interference compensation to eliminate the influence of other substances, ensuring precise results. Equipped with an automatic cleaning system, the sensor undergoes regular cleaning to maintain optimal accuracy and reliability. This combination of self-cleaning and high-reliability design extends sensor service life, reduces maintenance frequency, and lowers operational costs. The instrument is suitable for a wide range of applications, including wastewater treatment, drinking water monitoring, and mixed liquor suspended solids (MLSS) monitoring. The NH₄-N ammonium nitrogen analyzer provides a dependable, accurate, and efficient water quality analysis solution that helps maintain product quality, enhance operational efficiency, and reduce maintenance costs. We are committed to delivering exceptional products and comprehensive support, enabling easier water quality management and online monitoring to ensure environmental sustainability and public health.

The Nitrite-Nitrogen Analyzer provides a simple, stable, and cost-effective solution for continuous water quality monitoring. It is specifically designed for applications that require long-term tracking of nitrite-nitrogen concentrations, such as wastewater treatment plants, drinking water facilities, river monitoring stations, aquaculture operations, and environmental protection agencies.This device utilizes a colorimetric analysis method. Under acidic conditions, nitrite reacts with sulfanilic acid to undergo a diazotization reaction, followed by a coupling reaction with N-(1-naphthyl)ethylenediamine to form a stable red azo compound. The analyzer measures the absorbance of this compound using photoelectric colorimetry, accurately converting it into the nitrite-nitrogen concentration in the water sample. This ensures real-time, reliable data with high repeatability. Housed in a durable, corrosion-resistant enclosure with IP68 protection, the system is built to withstand harsh outdoor environments. NO₂⁻-N Analyzer supports flexible installation configurations and features a low-maintenance design, significantly reducing labor costs and maintenance risks.

The Ammonium and Nitrate Analyzer is connected directly via RS485 communication interface, providing simple, reliable, cost-saving process data with remote monitoring, calibration, configuration and diagnostic capabilities. Housing in a robust IP68 proof enclosure, 1000 N tensile strength Kevlar reinforced cable, up to 1.2 km digital data transmission, the transmitter is ideally used in water/wastewater industry.

Total Nitrogen Analyzer offers a simple, stable, and cost-effective solution for continuous water quality monitoring. With built-in remote monitoring capabilities, the system enables real-time parameter configuration, status display, calibration operations, and fault diagnostics, significantly reducing manual maintenance requirements and enhancing operational efficiency.

Utilizing reliable analytical technology, the analyzer ensures long-term stable detection of total nitrogen concentrations in water samples. It is ideal for applications such as wastewater treatment plants, drinking water facilities, river and lake monitoring stations, aquaculture farms, and other environments where nitrogen levels are critical.

Equipped with a digital communication interface and modular design, the system can be seamlessly integrated into SCADA systems or data management platforms. This enhances monitoring flexibility and accuracy, making it a robust and efficient tool for long-term environmental and process control.

Total Phosphorus Analyzer offers a simple, stable, and cost-effective solution for continuous water quality monitoring. The system integrates remote status display, parameter configuration, calibration, and diagnostic functions, enabling real-time equipment oversight while reducing on-site maintenance frequency and enhancing operational efficiency.

Utilizing a colorimetric analysis method, the analyzer delivers high accuracy and reproducibility in measuring total phosphorus concentrations. It provides precise tracking of phosphorus level fluctuations in water, supporting effective pollution load control and nutrient management. With a built-in digital communication interface, it can be easily integrated into SCADA systems or remote data management platforms.

Designed with a rugged waterproof enclosure, this analyzer is well-suited for long-term deployment in wastewater treatment plants, drinking water facilities, rivers, lakes, reservoirs, and environmental monitoring stations. It delivers reliable, safe, and easy-to-maintain phosphorus monitoring performance across various field conditions.

The Orthophosphate Analyzer offers a stable, accurate, and cost-effective solution for continuous water quality monitoring. It is specifically designed for long-term tracking of orthophosphate concentrations in various water bodies. The system is equipped with remote status monitoring, parameter configuration, online calibration, and diagnostic functions, effectively reducing maintenance labor and operational costs while enhancing overall efficiency and data accessibility.

Engineered to meet industrial-grade protection standards for outdoor environments, this analyzer is ideal for deployment in wastewater treatment plants, drinking water facilities, river monitoring stations, water source protection areas, and environmental agencies, providing robust support for comprehensive water quality management.