Miniature Land-Based Automatic Water Quality Monitoring Station
Water quality sentinel
Detailed

The Water Quality Sentinel, also known as a miniature land-based automatic water quality monitoring station, is a automatic water quality monitoring system that uses multi-parameter water quality monitoring instruments and spectral sensors as the core, utilizes green energy such as solar energy and wind energy for power supply, utilizes modern sensor technology, and integrates automatic control technology, specialized data analysis software, and communication networks. It is applicable to online automatic monitoring of surface water. The functions are as follows:

(1) Provide a complete set of solutions, with a small size (covering an area of approximately 0.5-2 square meters), easy to move, strong functionality, and low investment, saving costs such as land acquisition, station building, and personnel.

(2) The monitoring points can be changed according to monitoring needs, suitable for long-term continuous online monitoring of different water bodies and temporary emergency monitoring of water bodies with abnormal water quality.

(3) Long term stability, low maintenance, and low overall cost of ownership.

(4) Continuously, timely, and accurately monitor the water quality changes of the main rivers and outlets in the city, and alarm when the monitoring parameters exceed the standard or the system status signal is displayed.

(5) By transmitting data remotely through communication methods such as GPRS, real monitoring data can be obtained anytime and anywhere.

(6) Automatic operation, power outage protection, and automatic recovery of incoming calls.

(7) Utilize green power supply systems such as solar energy and wind power.

                                         

System composition:

Water collection and distribution unit: water pump, water supply and drainage pipeline, and flow tank.

Monitoring units: temperature, pH, conductivity, turbidity, DO, ammonia nitrogen, total nitrogen, total phosphorus, COD, BOD, chromaticity, BTX benzene series (benzene toluene xylene), turbidity, TOC, H2S, fingerprint and spectral alarm.

Data processing and transmission unit: data acquisition platform, data processing software, and various data transmission methods.

Integrated cabinet unit: stainless steel material, double layer thermal insulation.

Power supply unit: mains or solar power. Security unit: Video surveillance security unit (optional).


Multi parameter water quality monitoring instrument

A multi-parameter water quality monitoring instrument that monitors dissolved oxygen, turbidity, pH, conductivity, water temperature and other parameters. All sensors are automatically cleaned and can store and output measurement data. It has a built-in power supply and minimal maintenance, especially designed for long-term outdoor monitoring.

Analysis method:Online gas chromatography hydrogen  flame ionization detection method (GC-FID); 

Measurement range:0-200/2000mg/m3 (optional range);

 Minimum detection limit: 0.05ppm (non methane total  hydrocarbons); 

Chromatograph analysis cycle:24-hour fully automatic  sampling, non methane analysis cycle of 1 minute; 

Repeatability: 2%FS ; Air source requirements:Air: dry, clean, 0.4MPa,  300ml/min; 

Hydrogen gas: mass 5.0, 0.4MPa, 300ml/min;  Blowback gas air: dry, clean, 0.4-0.7MPa, 20L/min; 

Calibration function: With full calibration function and local  calibration function of importing standard gas through sampling probe; Full process heating function:It has a full process  high-temperature heating function from the sampling probe  to before entering the gas analyzer;

The chromatographic column is placed in a  high-temperature box to ensure its reliability and  eliminate interference from other substances. Built  in sampling device for precise quantitative sampling; The sampling pipeline is equipped with automatic backflushing function to ensure that there are  no residual samples in the sampling pipeline;


Application Field:

Suitable for monitoring the emission of volatile organic  compounds from large-scale industrial pollution sources  in industries such as petrochemical, printing, spraying,  pesticide production, electronic manufacturing, automotive manufacturing, furniture manufacturing, shoe  making, building materials, chemical, chemical storage  and transportation, printing and dyeing.


产品资料:微型岸基式水质自动监测站(图1)泽铭科技-微型岸基站.pdf