Owing to short measurement period, the system completes the monitoring within 1 hour after arrival at the site, realizing continuous emergency monitoring. 
By means of miniaturization of the analyzer, the system uses micro-electrode sensor to measure heavy metals. 
With various monitoring parameters, the system can monitor more than 30 factors at the same time, and has the function of rapid identification of contaminated components. 
By right of modular design, the system enables test of arbitrary combination of monitoring parameters. 
The quick-release sampling system in standardized design can realize real-time monitoring. 
The system will automatically alarm for out-of-limit or abnormal data. 
The analysis modules have the function of automatic and remote realization of standard sample calibration, and each analysis module has the function of quality control verification.
In emergency monitoring, the system can provide simulated diffusion model of pollution source so as to provide prediction for emergency decision-making. 
Highly integrated pretreatment system overcomes the pretreatment dispersion problem. 
The ultrasonic homogenization technology for water samples with high suspended solids is combined with the high-efficiency and low-maintenance filtration technology. 
The high- efficiency water sample swirling technology enables the system to be suitable for continuous monitoring of complex water samples. 
The combined series and parallel structure enables to balance load pressure according to the needs of each instrument. 
The pipeline is equipped with regulating valves to independently regulate pressure and flow. 
The function of diverting water distribution and controlling flow rate of the monitored water sample ensures test requirement. 
The system is characterized by strong air water shock backwashing, energy-saving intermittent water inflow and system emptying design. 
Electrical isolation avoids mutual interference, and power-off protection and automatic data recovery upon power restoration avoid loss of historical data. 
The experience of integrating more than 100 sets of water quality systems ensures the stable and efficient operation of the system.