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Fundamentals Of Ammonia Refrigeration Artificial cooling systems are actually what keep the industry running and also, a big number of these systems use anhydrous ammonia as its refrigerant. But what many people are so eager to find answers to is what could be done to be able to keep the workers safe, how such system work, and what are the possible hazards of ammonia refrigeration? Refrigeration systems are using basic physics in order to move the heat energy out of the area and then to another, which leaves the first area cooler than it was. To be able to keep the milk in your home’s fridge from going bad, the same principle is also applied. Basically, the grocery store freezer sections and indoor ice hockey rinks are making use of the same principle but on a larger scale. For day to day operations, there are actually many food processing plants and petrochemical refineries that are heavily relying on large scale refrigeration system. A common type of refrigerating system is the vapor compression refrigerator. This approach is making use of fluid called refrigerant as a way to move the heat around. Most of the time, the refrigerant is vapor and at one point in the system, it’s compressed to be liquid and later, it’s allowed to vaporized and expand again. The process will repeat on a cycle and every time the refrigerant vaporized, it is absorbing heat energy from the surrounding and every time this condenses, it is releasing heat to a new location.
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The refrigerant’s physical properties is what used to determine the temperature and the pressure ranges of the system together with rate of required cycling for given cooling effect. These details in turn help in knowing the efficiency of the refrigeration system as a whole.
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In bigger cooling systems similar to those in food processing facilities, ammonia is actually a frequent choice of refrigerant. Believe it or not, there are 3 major reasons for why it is ideal to choose ammonia as refrigerant like for example, it quickly breakdown in the environment, which minimizes the potential of environmental impact, any accident release or spill can be identified easily due to the strong odor released by ammonia and the physical properties of ammonia make it efficient and effective for larger systems. And as what stated by the IIAR or International Institute of Ammonia Refrigeration, ammonia is basically 3% to 10% more thermodynamically efficient in comparison to other refrigerants. This has allowed ammonia based refrigeration system to attain the same cooling effect with lesser power. And because of this, wherever ammonia refrigeration is appropriate to use, it is capable of offering low long term operation costs.