I4C
default image
On-line monitoring technology for trace radionuclides in water
Online monitoring of water radioactivity is highly sensitive and fully automatic to ensure environmental and drinking water safety.
Type
Monitoring system
Tags
Water pollution prevention and control projects
Water environment
On-line monitoring technology
Trace
A radionuclide
Solution maturity
Mass promotion / Mass production
Cooperation methods
Other
Applicable industry
Water conservancy, environment and public facilities management
Applications
Environmental monitoring
Key innovations
The innovation of this technology lies in that it solves the problem of online measurement of trace radionuclides in water under background interference. It achieves highly sensitive, anti-interference, fully automatic pollutant enrichment and online continuous monitoring, replacing the traditional manual monitoring method.
Potential economic benefits
The core economic benefits are: replacing manual monitoring, saving a lot of manpower, operating costs and energy consumption, and improving efficiency. Real-time warning can effectively avoid economic losses caused by environmental risks.
Potential climate benefits
This technology replaces manual monitoring and can significantly reduce the travel activities and transportation carbon emissions of sampling and analysts. Online continuous monitoring optimizes resource allocation and avoids the large amount of laboratory equipment energy consumption and sample transportation energy consumption required for manual monitoring.
Solution supplier
View more
Beijing Chenan Technology Company
Beijing Chenan Technology Company
Beijing Chenan Technology Co., Ltd. is China's leading provider of public safety and emergency management solutions, committed to improving urban safety and resilience.
China
Solution details

1. scope of application

Ecological and environmental protection, radioactive pollution prevention and control, water conservancy, housing and construction

2. Brief description of technology

The technology will solve the key problem of "online measurement of trace radionuclides in water under background interference" and conduct real-time online monitoring of trace radioactivity in water. The technology has the characteristics of highly sensitive detection, anti-interference, concentration and enrichment, and fully automatic measurement. Through technological innovation, online continuous monitoring after pollutant enrichment is realized, replacing manual monitoring, saving costs and energy. Online monitoring technology for trace radionuclides in water has established an online monitoring system covering important water bodies within a certain range to provide real-time monitoring and early warning of total alpha, total beta, H-3 and Sr-90 in water.

3. technical information

Power supply: AC220V ± 5%, 50 HZ ± 1 HZ; power: 6KW; volume: about 10 square meters of station building.

4. comprehensive benefits

The online monitoring technology for trace radionuclides in water upgrades the inherent manual monitoring of radionuclides in water bodies to online monitoring, changing the sampling twice in January to once a day. Taking manual analysis as an example, a data requires a total workload of about 5-10 days for sampling personnel, analysts, etc. The application of technology at a common sampling point will be able to replace the work of four professional technicians and solve the problem of insufficient radioactive pollution monitoring personnel. Through continuous online monitoring, we can grasp the radioactive indicator information of water bodies in real time, provide early warning of potential threats, and ensure drinking water safety.


Last updated
12:03:22, Nov 04, 2025
Information contributed by
Green Technology Bank

See original page on

Report