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Guides on chiller selection, periodic maintenance, energy efficiency and industrial air conditioning, compiled with an engineering approach.

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Frequency Inverter (Drive) and Automation Integration in Chiller Systems

Energy Efficiency

28 August 2026

Frequency Inverter (Drive) and Automation Integration in Chiller Systems

In industrial cooling systems, the largest operating cost is the electrical energy consumed by compressors. Systems operating on traditional "On/Off" logic work at full capacity even when cooling demand is low, leading to significant energy waste. Today, modern HVAC and process cooling infrastructures provide capacity control through a much smarter method: frequency inverters (drives).

Cold Room and Chiller Optimization in Food Processing Plants

Energy Efficiency

16 August 2026

Cold Room and Chiller Optimization in Food Processing Plants

A breach in the cold chain within the food industry leads to both severe product losses and legal sanctions. We explore how optimizing the cold room and industrial chiller systems in your facility can maximize food safety and product quality while lowering energy bills.

Selecting the Right Chiller for Plastic Injection Facilities

Energy Efficiency

16 August 2026

Selecting the Right Chiller for Plastic Injection Facilities

In plastic injection facilities, the most critical factor determining profitability is "cycle time". We examine the importance of choosing the right chiller for mold cooling and hydraulic oil cooling processes—which directly affect production speed—and the value it adds to your business.

Increasing Capacity with Economizer Usage in Chiller Units

Energy Efficiency

16 August 2026

Increasing Capacity with Economizer Usage in Chiller Units

In industrial refrigeration systems, the largest component of operating costs is the electrical energy consumed by compressors. When your facility's cooling demand increases or the efficiency of the existing system drops, the first solution that comes to mind is usually investing in a new and larger chiller unit. However, with engineering solutions based on thermodynamic principles, it is possible to achieve a significant capacity increase in your existing system. Leading among these solutions is the use of an economizer (subcooler). Particularly in chiller systems utilizing screw compressors, the economizer circuit is a critical component that increases cooling capacity and elevates the system's COP (Coefficient of Performance) without additional power consumption.

Energy Efficiency

22 July 2026

Energy Efficiency in Cooling Systems: 7 Actionable Steps

Chillers are one of the largest electricity consumers in industrial facilities. Significant savings are possible even with zero-investment adjustments.