SCJ-SZF01 Portable Water Quality Float Station
1. System Overview
As an important source of drinking water, the quality of water from lakes and reservoirs in China directly affects the drinking water safety of hundreds of millions of people. Existing micro-stations and station-type water quality monitoring stations are expensive, have a long construction period, require maintenance, consume too much manpower, and are difficult to site due to site conditions. The water collection project is complex, not environmentally friendly, and not cost-effective.
In order to meet the needs of automatic water quality monitoring and safety assurance at water sources and application requirements, our company has launched a portable buoy automatic water quality monitoring system. The entire system is integrated on the float. No need to erect poles on the shore; save costs. It can remotely monitor the water quality of the water flow area in real time all day long, without manual supervision, and at fixed points. The buoy-type automatic water quality monitoring system is solar-powered, wirelessly transmits data, and integrates conventional multi-parameters of water quality (pH, water temperature, dissolved oxygen, conductivity, turbidity COD, ammonia nitrogen, blue-green algae, etc.), which can be flexibly configured and customized according to on-site applications.
Advantages of the second system:
1. The integrated design does not occupy land and does not require shore poles;
2. Real-time, fast, multi-point in-situ online monitoring;
3. Open cover structure, convenient for later maintenance;
4. No reagents required, no secondary pollution, and in line with environmental protection requirements;
5. High reliability, easy maintenance and low operating cost;
6. Can be connected with multiple platforms;
7. IP68 protection level, not afraid of water erosion;
8. All devices have ultra-low power consumption and can be powered by solar energy or mains electricity (ultra-long standby time)
9. No consumables and reagents are required, stable operation, and basically maintenance-free;
10. Multiple application scenarios, can be deployed in rivers, lakes, urban rivers, industrial rivers, reservoirs, water intake channels and other environments;
11. It has strong expandability and flexible configuration. It can measure various environmental factors such as water quality and meteorology, including water quality parameters (pH, conductivity, dissolved oxygen, turbidity, chlorophyll a, blue-green algae, oil in water, ammonia nitrogen, COD, etc.), meteorological parameters (wind speed, wind direction, temperature, humidity, air pressure, rainfall, etc.), and hydrological parameters (water depth, temperature, flow rate, flow direction, etc.).
3. System Architecture
The portable buoy-type automatic water quality monitoring system consists of a front-end water quality sensor, a data acquisition control unit, a data transmission unit, a back-end data receiving service, an environmental monitoring control platform, and data processing and analysis application functions.
Components of the water quality floating station system: front-end water quality sensor, telemetry terminal (collection and transmission unit), power supply system, application layer (data platform/mobile app)
4. System Configuration
Serial number | Device Name | unit | quantity | Demand details | Remark |
Water quality sensor | branch | 1 | Ph (including water temperature), dissolved oxygen, turbidity, conductivity, salinity, cod, ammonia nitrogen, chlorophyll, blue-green algae | Select the corresponding sensor according to customer needs and install it in the sensor compartment | |
Data Logger |
tower | 1 | Built-in data acquisition transmitter, 4G, wireless module, solar controller, lithium battery | Built in the warehouse (waterproof function) | |
Junction Box | indivual | 1 | Water quality sensor line set | Built in the warehouse (waterproof function) | |
Fixed bracket | indivual | 1 | Fixed sensors, warning lights, etc. | ||
Breeding anchor | set | 1
| Connecting buoy and anchor | ||
Warning device | set
| 1 | Anti-collision tips |
5. Data Platform
6. Case Study
