Organic Analyzer

The Oil in Water Analyzer utilizes advanced fluorescence measurement technology to detect and monitor oil contamination in water. By exciting oil substances with a specific wavelength of light, the analyzer measures the emitted fluorescence signal to provide accurate and continuous online oil monitoring.

Compared with traditional absorbance measurement methods, fluorescence technology offers higher sensitivity and better sample selectivity, enabling more stable and reliable detection performance in complex water conditions. Different types of oil exhibit unique fluorescence characteristics, allowing the analyzer to effectively identify and measure oil concentration in water.

Designed for continuous online monitoring applications, the Oil in Water Analyzer provides fast response, high measurement accuracy, and stable long-term performance. It is widely used in industrial wastewater treatment, environmental monitoring, produced water, cooling water systems, and oil pollution monitoring applications.

With its reliable operation, low maintenance requirements, and real-time monitoring capability, the analyzer is an ideal solution for water quality management and oil contamination control.

Our Colored Dissolved Organic Matter (CDOM) analyzer and fluorescent Dissolved Organic Matter (fDOM) analyzer are instruments designed to measure organic substances present in water bodies. CDOM and fDOM refer to organic molecules in water that absorb and emit fluorescence, typically originating from humic substances, algae, and microbial metabolites.
These analyzers feature high sensitivity, enabling the detection of extremely low concentrations of organic matter in water. This allows for accurate measurement results, even under low-concentration conditions, making them ideal for effective monitoring and analysis. By providing a comprehensive assessment of organic compounds, these instruments help users gain deeper insight into the characteristics and changes of organic matter within aquatic environments. Their real-time monitoring capability allows operators to quickly obtain data on organic matter and make timely adjustments or decisions as needed. CDOM/fDOM analyzers are suitable for a wide range of water environments, including freshwater, seawater, rivers, and lakes. They are widely used in environmental monitoring, water quality assessment, ecological research, and natural resource management.

The UV Absorbance Analyzer utilizes advanced UV optical measurement technology to provide continuous and real-time monitoring of UV absorbance in water. UV absorbance at 254 nm (UV254) is a widely recognized indicator of dissolved organic matter, organic pollution, and overall water quality conditions.

By measuring the absorption of ultraviolet light, the analyzer delivers accurate and reliable monitoring performance without the need for chemical reagents. The optical measurement principle provides rapid response, low maintenance requirements, and stable long-term operation, making it ideal for continuous online water quality monitoring.

The UV254 analyzer supports digital communication and remote monitoring capabilities, allowing seamless integration with SCADA systems, environmental monitoring networks, and smart water management platforms. Its rugged design ensures reliable operation in demanding field environments and industrial applications.

The UV Absorbance Analyzer is widely used in drinking water treatment plants, wastewater treatment facilities, rivers, lakes, reservoirs, industrial water systems, and environmental monitoring stations. It provides an effective solution for organic matter monitoring, pollution assessment, process optimization, and water quality protection.

The Chemical Oxygen Demand (COD) Analyzer is designed for continuous online water quality monitoring in drinking water, environmental monitoring, industrial processes, and wastewater treatment applications. Utilizing UV254 optical measurement technology, the analyzer provides accurate and reliable COD monitoring by measuring the absorbance of organic compounds in water.

To improve measurement accuracy, the integrated 530 nm photometric system automatically compensates for turbidity and suspended solids interference, ensuring stable performance under varying water conditions. The analyzer complies with Taiwan EPA NIEA W518.51C standards for automatic water quality monitoring systems.

The COD Analyzer supports RS485 digital communication and Modbus RTU protocol, enabling seamless integration with SCADA, PLC, and remote monitoring systems. Operators can remotely perform status monitoring, parameter configuration, calibration, and diagnostics to improve operational efficiency and maintenance management.

Designed for demanding environments, the analyzer features a rugged IP68 waterproof housing for long-term outdoor deployment in reservoirs, rivers, water treatment plants, and wastewater facilities. Combined with stable online monitoring capability and low maintenance requirements, the COD Analyzer provides an efficient solution for modern water quality management and environmental protection.

The high-performance Total Organic Carbon (TOC) Analyzer is designed for continuous online monitoring in surface water, wastewater treatment, and industrial water quality applications. Utilizing high-temperature catalytic combustion technology, the analyzer effectively removes inorganic carbon and accurately measures the concentration of organic matter in water samples.

Equipped with advanced non-dispersive infrared (NDIR) detection technology, the TOC Analyzer delivers stable, reliable, and high-precision measurement performance under demanding operating conditions. The modular system design integrates automatic cleaning, auto-calibration, and remote communication functions to improve operational efficiency and simplify maintenance management.

Designed for long-term online monitoring applications, the analyzer provides reliable performance, low maintenance requirements, and reduced operating costs. It is an ideal solution for water treatment plants, environmental monitoring systems, industrial wastewater management, and continuous water quality monitoring applications.

Our Biochemical Oxygen Demand Analyzer is designed to measure the biochemical oxygen demand in water samples. The measurement principle is based on the correlation between tryptophan fluorescence and BOD concentration, enabling highly accurate detection and reliable BOD measurement results.

The analyzer is suitable for a wide range of water samples, including drinking water, wastewater, surface water, and industrial effluents. It can also be integrated with turbidity and temperature sensors to further enhance measurement accuracy and repeatability.

In addition, the BOD Analyzer offers rapid measurement capability, allowing sample analysis to be completed within a relatively short period of time. This significantly improves operational efficiency while providing dependable monitoring data for water quality management and environmental monitoring applications.

The Phenolics Analyzer provides a simple, reliable, and cost-effective solution for continuous monitoring of phenolic compounds in water. Utilizing advanced photometric colorimetric technology and modular digital design, the system delivers rapid and accurate measurements, enabling users to maintain real-time control of water quality conditions.

Equipped with a built-in RS485 communication interface (supporting Modbus RTU protocol), the analyzer allows seamless data transmission to SCADA systems or remote platforms. It supports remote parameter configuration, real-time status monitoring, online calibration, and fault diagnostics, significantly reducing on-site maintenance frequency and operational costs.

Designed with industrial-grade durability and protection, this instrument is suitable for a wide range of environmental monitoring applications, including rivers, industrial discharge points, drinking water plants, and wastewater treatment facilities. It serves as a robust solution for long-term phenolics surveillance and safeguarding of water resources.

The Urea Analyzer is designed for continuous online monitoring of urea concentrations in water. Utilizing advanced colorimetric measurement technology and automatic reagent dosing, the analyzer delivers accurate, stable, and reliable urea analysis for wastewater treatment, industrial process control, environmental monitoring, and water quality management applications.

Urea is an important parameter in nitrogen cycle management and biological treatment processes. Continuous monitoring of urea concentrations helps operators optimize treatment efficiency, improve process control, and maintain environmental compliance. Real-time measurement capability enables rapid detection of water quality changes and supports timely operational decisions.

The analyzer integrates automatic sampling, reagent dosing, calibration, and diagnostic functions to ensure stable long-term operation while minimizing maintenance requirements. Its intelligent monitoring system improves analytical reliability and reduces manual intervention.

Designed for demanding industrial and environmental applications, the Urea Analyzer supports remote communication and seamless integration with SCADA, PLC, and smart water management systems. The system provides efficient data collection, alarm management, and remote monitoring capabilities to improve operational efficiency.

The Urea Analyzer is widely used in wastewater treatment plants, industrial wastewater systems, environmental monitoring stations, biological treatment processes, and research applications. It provides an effective solution for online urea monitoring, nitrogen management, process optimization, and modern water quality control.