The Power to Transform
The Impact Of Cooling Tower On Health
And The Environment
Cooling water breeds a large
number of harmful bacteria,
which are circulated and
dispersed through the air
conditioning system, posing a
health threat to the surrounding
environment!
In the traditional cleaning process, chemical agents and bacteria are easily contact by the skin, and it is also easy to be inhaled through the
body due to splashing which
endangers health!
The traditional use of chemical
agents to remove scale, detergent with the wastewater discharge of acid, alkaline and toxicity which damages to the environment!
We Require YOUR Commitment To Embrace Our Solution To Secure A Sustainable Future For
"Generations To Come"
Automatic cleaning equipment for cooling tower
AI Smart Cooling Tower System
The AI Smart Water Tower utilizes electrolysis technology to eliminate calcium, magnesium, and manganese from water, effectively addressing the issue of scaling. The electrolysis of ions with low solubility are effectively treated. This process induces a transformation in the water's quality by the precipitation of metal ions through electrolysis technology. As a result, the concentration of metal ions changes, facilitating the release of existing scale from
the pipe walls. The scaling is then automatically dislodged and removed via the circulating water. Scale reduction significantly enhances heat exchange
efficiency and with the use of AI Smart Water Tower system, ultimately leading to energy savings and a carbon-friendly operation.
IoT Intelligent Water Tower Monitoring System
– Remote Monitoring
The client does not need to install the server software and cloud service customers.
Support Modbus-TCP and supports the linking of data to the internet
with NBIOT Technology.
Real-time water quality data analysis messages can be monitored via mobile APP or tablet.
The platform is available in three languages: Traditional Chinese,
Simplified Chinese, and English.
Water Tower monitoring points.
Actively control / detect device operation.