YF-WQTOMS Continuous Monitoring System for Water Quality Trends

YF-WQTOMS Water Quality Trend Continuous Monitoring System is an integrated cabinet water quality monitoring trend station composed of monitoring factors (conventional five parameters, ammonia nitrogen, COD, total phosphorus, total nitrogen), reagent refrigerator, and simple waste liquid collection module. It can quickly reflect the trend of water quality changes and is widely used for automatic continuous monitoring of water quality in water conveyance channels, reservoirs, lakes, landscape water, and pipeline water, as well as early warning of sudden pollution accidents.

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Product Features

 

Highly integrated, with full domain grid coverage
-High integration level, small size, occupying an area of 0.5 square meters, no need for land acquisition and construction
-Good protection performance, IP55 protection level, no special requirements for installation environment

Quick response, precise source tracing of pollution
-Precise micro sampling system and multi light source detection system for fast and accurate measurement
-Fast response speed, full factor detection cycle less than 30 minutes
-Based on water quality forecasting, early warning, and traceability technology, achieve precise screening and early warning traceability of regional water environmental pollutants

Advanced technology, intelligent operation and maintenance management
-Microfluidic technology has a reagent volume of only 1/100 of traditional methods, low waste liquid volume, and low operating costs
-The entire system pipeline is made of corrosion-resistant materials, which have a long service life
-Intelligent control management enables remote control of the entire process of instrument sampling, measurement, calibration, and cleaning
-One click upgrade function for software USB flash drive, with minimal system maintenance
 
Product Application

 

scope of application
-Mainly used for continuous monitoring of water quality trends in river tributaries, capillary tributaries, and river channels, achieving grid coverage of water quality monitoring throughout the entire basin, and forming an accurate early warning, forecasting, and emergency traceability system for water environmental pollution.
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