Water Quality UV Spectral Sensor
Advanced UV Optical Monitoring for Organic Matter, COD, TOC & BOD Measurement
Key Features:
💡 UV Optical Technology at 254 nm
Measures dissolved organic matter using UV absorbance (SAC 254 nm) for precise and continuous detection of organic pollutants without consumables or reagents.
📊 Multi-Parameter Organic Monitoring
Calculates COD, TOC, and BOD values using SAC-based measurement and correlation coefficients, providing complete insight into organic water quality conditions.
Key Features:
⚡ Reagent-Free Continuous Operation
No chemicals or sample preparation required, reducing maintenance costs and making it ideal for long-term unattended online monitoring.
🛡️ Suitable for Harsh Water Applications
Designed for wastewater, industrial effluents, surface water, aquaculture, and drinking water systems where stable and reliable long-term monitoring is required.
Applications:
🏭 Urban Wastewater Treatment Plants
Used for detecting organic load variations during influent, treatment processes, and final discharge monitoring for process optimization.
🌊 Surface Water Monitoring
Ideal for rivers, lakes, reservoirs, and environmental studies where dissolved organic matter must be continuously monitored.
🧪 Industrial Effluent Monitoring
Suitable for monitoring industrial wastewater discharge and treatment efficiency across multiple process stages.
🚰 Drinking Water Quality Control
Supports raw water monitoring, oxidation process control, coagulation checks, and activated carbon filtration efficiency assessment.
Why Choose This Solution?
Fast Response & High Accuracy
Enables real-time detection of organic contamination changes for faster operational decisions.
Continuous Online Monitoring
Perfect for integration into permanent water quality monitoring systems and treatment plants.
Lower Operating Cost
Reagent-free measurement eliminates recurring chemical costs and reduces service requirements.
Reliable Long-Term Performance
Engineered for professional environmental and industrial water quality applications.