Adiabatic Cooling System: How it Works, Examples & Solutions

Adiabatic Cooling System: How it Works

Adiabatic Cooling Systems

Extraordinary water and energy savings, optimized performance: adiabatic coolers and condensers are increasingly appreciated by engineers and production managers who seek the right balance between the advantages of the dry and evaporative systems.

Comparison between Cooling Tower and Adiabatic Cooler

Comparison of cooling tower (or evaporative tower) and adiabatic cooler: water and energy use, performance.

Resource and Efficiency Optimization of Cooling Systems: How to Assess It

The comparison between different cooling technologies: a calculation software can now fulfill this task based on real climatic data.

Adiabatic Cooling Application: Examples

Cooling technologies for the food industry

Cooling technologies for food industry must help preserve the quality of the finished product (and of the process liquid): this is true even more than in other industries. Closed circuit cooling towers and “hybrid towers” can make their contribution.

Cooling Technologies for Plastic and Rubber Processing

The plastics industry has gradually become attentive to operating resource use optimization and environmental sustainability: this is why adiabatic cooling systems seem ideal. Sometimes output temperatures below zero are required: in these cases we go to ad hoc chillers for industrial processes.

Cooling Technologies for the Cold Chain in Logistics

Foodstuff storage at temperatures below zero can be implemented through different types of natural or non-natural refrigerants: evaporative or adiabatic condensers can be indicated, depending on whether the company is focused on performance or resource use optimization. Low noise solutions are often appreciated.

Focus: cooling technologies for datacenters

With the increase in computing resources required, whether by massive use of the Internet or new applications of artificial intelligence, datacenters are becoming increasingly large and energy intensive. Cooling technologies must therefore reconcile performance with water and energy savings: from efficient cooling towers to structurally simple dry coolers to adiabatic dry coolers and chillers, the focus is always on the needs of the individual project.

Plants with Adiabatic Cooling Systems

• Adiabatic
• PAD-V
• Plastic and Rubber Processing

Cooler Replacement for a Manufacturer of Porcelain Products in the Netherlands

Significant water savings and a wide range of available solutions-these two factors were key for a Dutch manufacturing company replacing its cooling systems. Two adiabatic dry coolers from MITA Cooling Technologies.

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• Adiabatic
• PAD-V
• Plastic and Rubber Processing

Extraordinary water savings for the plastics industry with the MITA adiabatic system

A plastics processing company in the province of Lecco has chosen the PAD-V cooler for the cooling circuit of its production plant: the eco-sustainable system that cuts water and energy bills.

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• Adiabatic

PAD Adiabatic Coolers for Ansaldo Energia (Utilities)

One of the most advanced poles for the study of power grids in Europe, in Sardinia, also bears the signature of MITA Cooling Technologies: this is thanks to 13 adiabatic coolers supplied to Ansaldo, among the main implementers of the work.

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Adiabatic Cooling Systems: Solutions on the Market

to cool process water

PAD-XL W Adiabatic Cooler

Ideal for water saving maintaining a high efficiency. All operations are managed by PLC with the possibility of remote management in “Industry 4.0” mode. Suitable for both industrial and HVAC fields of application.

for condensing refrigerants (Ammonia NH3)

PAD-XL R Adiabatic Condenser

Ideal for water saving maintaining a high efficiency. All operations are managed by PLC with the possibility of remote management in “Industry 4.0” mode. Both HVAC and refrigeration sectors can be served.

to Improve the Efficiency in Commercial and Industrial Refrigeration

Alchemist Adiabatic Subcooler

Performance, savings and environmental sustainability thanks to a patented Plug & Play subcooler for refrigeration systems working with R744 (CO2) and fluorinated refrigerants (HCFC, HFC, HFO).