Technology

With the rapid development of social economy and the continuous expansion of urban scale, the amount of toxic and harmful substances discharged into water environments such as rivers, lakes, and oceans during daily life and production processes is increasing. The complexity of water environments is also increasing, and new requirements are being put forward for online analysis technology.

Traditional online analysis technology has problems such as slow analysis speed, serious cross contamination, high water and test consumption, high maintenance frequency, weak automation and intelligence capabilities, and insufficient batch analysis capabilities. To solve the shortcomings of traditional online analysis technology, fully automatic intermittent chemical analysis technology was first applied to the field of water quality online monitoring, and a fully automatic online intermittent chemical analyzer was successfully launched.

The fully automatic online chemical analysis technology mainly uses a sampling pump to transport the water sample to the sample tank, and the injection arm adds the sample and chemical technology to the colorimetric dish for mixing and reaction. After the reaction is complete, optical testing is achieved, which highly realizes the automation, intelligence, and batch analysis of online testing.

Technical advantages

• Strong batch analysis capability, high cost-effectiveness, able to analyze more than 8 parameters on the same host;

• The method has strong scalability and can be extended to other analytical methods without increasing instrument configuration;

• The maintenance interval is long, and the new generation of micro sampling technology is adopted. The amount of reagent consumed for each sample does not exceed 0.45ml, and the consumption of reagents is small, reducing the frequency of instrument maintenance;

• Low cross contamination, using direct reading intermittent colorimetric technology, each sample corresponds to a colorimetric dish, and direct reaction and colorimetric are carried out in the colorimetric dish. Combined with a highly intelligent colorimetric dish cleaning workstation, the memory effect of the sample is reduced;

• The safety factor is high, and the factory matched waste liquid sensing and collection system adopts a sealed waste liquid collection device, which can prevent the overflow and volatilization of toxic and harmful chemicals, ensure the personal safety of operators, and also minimize the secondary pollution of the station building caused by analysis;

application area

• Land based estuary monitoring

• Municipal sewage monitoring

• River section monitoring

• Industrial park sewage monitoring

• Monitoring of water sources and lakes

• groundwater monitoring