Industrial refrigeration installations are found in many different industrial and commercial sectors. Refrigeration has transformed the production of pharmaceutical products, the food industry in California, and many industrial applications. Industrial refrigeration has done more than just transform production; it has transformed the way people live and is now an integral part of the US economy.
There is nothing overtly different when looking at an industrial refrigeration facility from the outside. Although it may look little different from any other building, the truth is different. Industrial refrigeration is highly technical; a great deal of sophisticated engineering goes into the design to ensure operation, and functional parameters are met at the lowest possible operating cost.
No Common Denominators
Industrial refrigeration design is based on the product to be stored and how long the product will remain in the facility. There are numerous considerations, including:
* Efficiency: With the ever-increasing cost of energy, operating efficiency is extremely important. Large systems can easily cost several thousand dollars every month to operate. When designing the system, engineers take into account not only the demands of the facility but such things as lighting as well as building orientation.
* Automation: The operational efficiencies of the various components that are part of the overall system are important. With the advent of solid-state equipment, many changes have taken place. No longer do systems work continuously, utilizing real-time operational data; automation ensures the system runs at peak performance under variable operating conditions.
* Refrigeration: When choosing the best compressor, condenser, motors, etc. many factors are taken into account. To get the ideal results for the lowest cost of operation; balancing of the refrigeration components and operational demands is a primary consideration.
For the best results, any industrial refrigeration system must be designed to perform at peak performance under all conditions and variables.
