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It prevents the cooling tower from adhering to scale, algae, etc., and maintains heat exchange efficiency. Automatic brushing every 4 hours greatly reduces operating costs.
As water circulates through cooling systems, evaporation leads to the major
problems that hurt your efficiency:
-Scale Buildup; Minerals deposit on tube walls, reducing heat transfer
-Slime Formation; Algae growth creates insulating biofilm layers
-Particulate Accumulation; Sand and debris clog flow paths
The Consequences Add Up Fast:
-Blocked Tube
-Reduced heat exchanger efficiency
-Increased Electricity consumption
It will cause
- Automatic brushing every 4 hours
- Removes dirt before it sticks
- Autonomous operation independent of BMS
- Minimal operating costs
- Energy savings of up to 40%
- Reduced maintenance time
- Reducing the amount of water treatment chemicals used
- Increased production capacity
- Reduced water consumption
- 20% increase in equipment life
Every 4 hours, a brush driven by water pressure goes back and forth through the tube to remove dirt before it sticks. Fully automated operation is realized without dependency on BMS.
Energy savings of up to 40% can be achieved by maintaining heat exchange efficiency. Adherence to a scale of 1 mm prevents a 30% increase in electricity consumption.
Highly durable parts (3-5 years) are used, and brushes can be replaced without changing the basket. System pressure loss is also minimal.
It has been adopted by global companies such as Daikin, ThyssenKrupp, Volkswagen, BASF, etc., and its effects have been demonstrated.
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