Water Scale Blaster
Energy Efficiency and Decarbonization Transformation for A/C Cooling Tower
A/C Cooling Tower Energy Efficiency and Decarbonization Transformation Driven By
Resonance Technology
- Hydrogen Debonding
- Minerals in permanent ionic status in water
A/C system occupies 40-60% of energy consumption in public use buildings like school, libraries, shopping malls, hospitals, metro stations...etc. Each 0.3 mm of water scale generates of 10% energy waste. The hydrogen debonding technology of Water Scale Blaster delivers a permanent and stable water scale inhibition effect. With the integration of IOT and SCADA technology, Water Scale Blaster brings energy efficiency and digital transformation to a/c cooling tower.
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A/C Cooling Tower
Energy Efficiency and Decarbonization Transformation Solution
Water Scale Blaster
Patented frequency hydrogen debonding device, its performance has been certified by the Green Technology Center of Taiwan Feng Chia University. This breakthrough innovative technology project is mentored by the Taiwan Information Research Institute. Low-frequency waves are transmitted to water molecules through resonance, changing the hydrogen bonding ability. Regardless of changes in temperature and pressure, they no longer bond to minerals in the water to form hard scale, thereby inhibiting scale formation and dissolving existing scale, restoring cooling/heating ventilation system to its best capability.
IOT and SCADA Integration - Real Time Monitoring and Control
With the incorporation of IOT sensors in main control area of the system. The entering and out-going water temperature, humidity, chiller energy consumption data is captured and uploaded onto the cloud in real time.
Energy Efficiency and Decarbonization Calculation
The data capture by IOT and SCADA devices is stored onto Water Scbale Blaster Cloud. Every 15 minutes, calculation by formular of international consensus is performed. Efficiency, power consumption, carbon emission data is visualized for clients to control the results of their energy and carbon saving.
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Recognition From Public and Private Entities
