Currently, the global demand for water quality sensors is concentrated in regions with strict environmental regulations, advanced industrial and water treatment infrastructure, and growing sectors like smart agriculture. The need for advanced systems integrating touchscreen dataloggers and GPRS/4G/WiFi connectivity is particularly high in developed markets and modernizing industries.
The table below provides a summary of the key countries and their primary application scenarios.
| Region/Country | Primary Application Scenarios |
|---|---|
| North America (USA, Canada) | Remote monitoring of municipal water supply networks & wastewater treatment plants; compliance monitoring for industrial effluent; long-term environmental research in rivers & lakes. |
| European Union (Germany, France, UK, etc.) | Collaborative water quality monitoring in transboundary river basins (e.g., Rhine, Danube); optimization and regulation of urban wastewater treatment processes; industrial wastewater treatment and reuse. |
| Japan & South Korea | High-precision monitoring for laboratories and industrial process water; water quality security and leak detection in smart city water systems; precision monitoring in aquaculture. |
| Australia | Monitoring of widely distributed water sources and agricultural irrigation areas; strict regulation of discharge water in the mining and resources sector. |
| Southeast Asia (Singapore, Malaysia, Vietnam, etc.) | Intensive aquaculture (e.g., shrimp, tilapia); new or upgraded smart water infrastructure; agricultural non-point source pollution monitoring. |