Understanding The Workings Of Ice Rink Refrigeration Systems
In these modern times the demand for recreational ice equipment has experienced an upshot. The pressure is on the makers of ice rink refrigeration systems to provide high quality equipment.
To ensure strict compliance to quality standards, measures are in place that enforce adherence. Customers expect nothing short of sterling quality on the products they purchase.
The underlying function of refrigeration is about removing heat and creation of cold conditions. Any firm worth its salt must be conversant with the process that facilitates heat movement.
In simple terms heat will always move from areas where there is more warmth to ones with less. Refrigeration procedures take the forms of indirect and direct methods.
In the indirect procedure, a refrigerant that is in liquid form is employed. Warmness is taken in from an accessory fluid or brine and thereafter heat is taken out of the playing dome.
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. Since R-22 has no smell, the leakage will go unnoticed.
Due to its repulsive odor, ammonia is easy to detect if there is a leakage. Glycol and a saltwater solution are the secondary fluids used in indirect refrigeration systems. The solution possesses superior heat transfer characteristics.
What goes on below the ice surface is what determines the effectiveness of the rink refrigeration system. It is possible to know the precise temperature of the ice ground by placing an infrared camera above the surface.
Computer systems are used to dictate the required response from the ice rink refrigeration systems if there are fluctuations in temperatures. It is possible for computer systems to gather the required data from forty sensors installed in a sports arena.
The ice conditions can be programmed to meet the specific activities taking place at the arena by use of computers. As a result of the programmed schedules, a lot of savings is realized on power consumption.
Setting up of ice rink refrigeration plants is obviously an intricate procedure. It behooves on anyone aspiring to have a refrigeration system professionally done to enlist the services of refrigeration specialists who have what it takes to do perform an impeccable job.