10km Wireless Guard! LoRa Chloride Sensor Reshapes Water Quality Monitoring with 40% Cost Reduction

【San Francisco, November 14, 2025】As the global water quality security crisis becomes increasingly prominent, problems such as equipment corrosion and water pollution caused by excessive chloride ions are plaguing multiple fields including industry and environmental protection. Recently, ZoneWu Water Quality CI- Ion Sensor high-precision water quality chloride ion sensor integrated with LoRa long-distance communication technology has been officially launched in the international market. Its ultra-long transmission capability of 10km and extreme cost control have brought a revolutionary breakthrough to global water quality monitoring.

Technological Innovation: LoRa Empowers, Breaking the Temporal and Spatial Constraints of Monitoring

Traditional water quality chloride ion monitoring relies on wired transmission, which not only faces difficulties in wiring in wide-area scenarios such as rivers and ports, but also frequently suffers from data interruption in harsh environments. ZoneWu Water Quality CI- Ion new Sensor is equipped with an advanced LoRa communication module, which can achieve a transmission distance of up to 10km in a clear and open environment, and supports multi-band switching of 410-493MHz and 850-930MHz, perfectly adapting to the communication standards of different countries and regions.

The core detection unit of the sensor adopts 16-bit high-precision acquisition technology, which can capture subtle fluctuations in chloride ion concentration in water. Combined with automatic cleaning function and IP65 protection level, it can maintain stable operation even in extreme environments such as coastal high salt spray and -40℃ to 85℃, and the data accuracy rate is 25% higher than that of traditional equipment. More notably, its response time is less than 300ms, which can trigger an over-limit alarm in real time, gaining crucial time for emergency response.

Cost Revolution: 70% Higher Deployment Efficiency, Significant Reduction in Single-Node Expenditure

For distributed monitoring scenarios such as chemical parks and large water plants, the cable and construction costs of traditional wired solutions often account for more than 60% of the total investment. The sensor adopts a plug-and-play design, eliminating the need for complex wiring, and the single-node deployment cost is directly reduced by 40%. After a chemical plant deployed 10 units, it saved 150,000 yuan only in the wiring link.

In terms of operation and maintenance, the mean time between failures (MTBF) of the equipment reaches 50,000 hours, and the relay contacts have passed 100,000 life tests, greatly reducing the maintenance frequency. With the cloud management platform, managers can remotely retrieve historical data and generate monitoring reports without on-site duty, reducing the operation and maintenance labor cost by more than 50%. After an environmental protection department used a similar system, the efficiency of water quality management was significantly improved, and the compliance rate of river water quality increased by 15%.

Scenario Expansion: Full Coverage from Industrial Protection to Ecological Guardian

At present, ZoneWu Water Quality CI- Ion Sensor has been applied in multiple scenarios around the world. In the port shore bridge anti-corrosion system, it is linked with dehumidification equipment, and automatically adjusts the equipment operation by real-time monitoring the chloride ion concentration in the air, extending the service life of the equipment by 30%; in the aquaculture field, its ability to simultaneously monitor multiple parameters such as pH value and dissolved oxygen helps farmers accurately adjust water quality, increasing crop yield by 15%.

"This product solves the core pain points of water quality monitoring: long distance, remote location and high cost," industry analysts pointed out. The global water quality sensor market scale has reached tens of billions of yuan in 2024. With the penetration of IoT technologies such as LoRa, by 2030, wireless intelligent sensors will dominate the market, providing more efficient technical support for global water quality security.