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Every day, large amounts of fresh water are consumed by using conventional evaporation systems to dissipate heat for industrial processes (cooling towers).
Increasing water scarcity, the difficulty of finding water resources and rising costs are driving the industry to adopt this new technology, which can save up to 95% of water: adiabatic cooling. The technology also improves heat transfer efficiency, reduces maintenance and is completely free of polluting chemicals.
The benefits of adiabatic pre-cooling for cooling systems:
Energy savings
Reduce your carbon footprint and save energy through natural pre-cooling.
Reduced peak power
Significantly reduce peak power and reduce the burden of grid overload.
Increase your cooling capacity
Pre-cooling allows the compressor to run more efficiently and helps to reduce pressure. This maintains a high cooling capacity even in warm weather.
No heat stress
The chiller plant is guaranteed not to fail due to overheating. Your cooling system will be energy efficient and resistant to high temperatures.
Every day, large amounts of fresh water are consumed by using conventional evaporation systems to dissipate heat for industrial processes (cooling towers).
Increasing water scarcity, the difficulty of finding water resources and rising costs are driving the industry to adopt this new technology, which can save up to 95% of water: adiabatic cooling. The technology also improves heat transfer efficiency, reduces maintenance and is completely free of polluting chemicals.
The benefits of adiabatic pre-cooling for cooling systems:
Energy savings
Reduce your carbon footprint and save energy through natural pre-cooling.
Reduced peak power
Significantly reduce peak power and reduce the burden of grid overload.
Increase your cooling capacity
Pre-cooling allows the compressor to run more efficiently and helps to reduce pressure. This maintains a high cooling capacity even in warm weather.
No heat stress
The chiller plant is guaranteed not to fail due to overheating. Your cooling system will be energy efficient and resistant to high temperatures.
