Exploring The Mechanism Of Ice Rink Refrigeration Systems

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There is a high demand for recreational ice facilities from consumers The pressure is on the makers of ice rink refrigeration systems to provide high quality equipment.

Government has put in place stringent regulations that are to be met by the makers of the systems. Manufacturers have no choice but to produce systems that adequately satisfy the requirements of the consumers.

The procedure of cold refrigeration entails the desire to eliminate hot conditions and bring in cold states. Companies planning on entering the segment must possess basic knowledge of how heat is moved.

Normal motion of heat is to a cooler area from a warmer one. There are the indirect and direct method that the process of refrigeration takes place.

A refrigerant that is in fluid form is used in the indirect format of refrigeration. This operation is achieved by soaking up heat from another auxiliary solution and eventually pulls out warmth from the sports ground.

Direct refrigeration functions by pushing the primary refrigerant to the pipes that are laid on the rink floor. Despite the latter method posing as more likeable, it is not the choice of majority of refrigeration experts.

One of the reasons that the refrigeration specialists have stayed away from the direct method is inability to manage the presence of toxic refrigerants. The pollutants include ammonia and R-22 which falls in the category of Freons.

The pollutants have the ability to spread out to the extent of the sports arena. There is a higher chance that the harmful elements will leak out. It will not be possible to tell of a leak from Freon as it has no odor.

Due to its repulsive odor, ammonia is easy to detect if there is a leakage. The commonly used brine in indirect methods of refrigeration is glycol and saline solution. More effective heat movement is noticed when the saltwater solution is employed as the brine.

The efficiency of ice rink chiller systems is determined by the quality of work that has occurred under the sporting floor. To determine the exact temperatures of the surface, an infrared camera is used.

Computer systems are used to dictate the required response from the ice rink refrigeration systems if there are fluctuations in temperatures. Computers have the ability to get important information from several sensors located in the rink.

The ice conditions can be programmed to meet the specific activities taking place at the arena by use of computers. When the schedules are done when there are no activities, it results in massive energy savings.

As seen above, ice rink refrigeration is a complex undertaking. Seeking the services of qualified rink refrigeration firms that possess the requisite expertise is the only way you can be assured of a professional outcome.

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