Introduction
The Freddy Grain Cooler by Borghi Srl is designed to provide an efficient and economical solution for preserving various types of grains. It is the result of extensive research aimed at creating a thermodynamically efficient machine that is easy to use and cost-effective.

Specifications
The Freddy Grain Cooler is available in several models, each with varying cooling capacities and power inputs. The cooling capacity ranges from 60 to 125 tons per 24 hours, with power inputs varying based on the model and operating conditions. The models use BITZER compressors and operate with refrigerant gas R 134 A.

Cooling Process
The cooling process involves blowing cold air into the lower part of storage sites, gradually cooling the grain from the bottom up. This process requires a ducting system for uniform air distribution and an exhaust outlet for air release.

Advantages
The Freddy Grain Cooler offers several benefits:

• Reduces grain metabolism, minimizing weight loss due to respiration.
• Prevents insect-related weight and quality loss by inducing insect dormancy at low temperatures.
• Facilitates biological preservation without chemical treatments.
• Prevents the growth of mycotoxins, which are harmful to humans and animals.
• Reduces drying costs by lowering grain humidity with each cooling cycle.
• Minimizes grain breakage during storage by reducing the need for grain displacement.
• Maintains grain at a low temperature for extended periods, enhancing storage duration.

Product Range
The Freddy Grain Cooler is available in different lines to meet various needs:

• Freddy Standard Line: Airflow from 46,500 to 57,000 m³/h, refrigeration power from 60 to 125 kW, and silo capacity from 4,000 to 10,000 tons.
• Freddy High Power Line: Similar specifications to the Standard Line.
• Freddy Cooler Seeds Line: Airflow up to 39,800 m³/h, refrigeration power from 7 to 80 kW, and silo capacity from 300 to 10,000 tons.

Conclusion
The Freddy Grain Cooler is a versatile and efficient solution for grain preservation, offering significant economic and operational advantages. Its design ensures optimal cooling and storage conditions, making it a valuable asset for grain storage facilities.