A common man is usually ignorant about the refrigerant that is circulating inside a refrigerator. However, it is very important for the businesses that use refrigerators, to understand the importance of these refrigerants. In 2010, a new regulation limited the number of refrigerant types that can be used in a commercial refrigerator. This new regulation reduced the production of the R22 refrigerant that was widely used and basically encouraged businesses to look for refrigerants that are eco-friendly.
Eco-friendly Refrigeration Services |
The advantages of these eco-friendly refrigerants are:
- Improves the safety of environment – All refrigerants made by eco-friendly refrigerant services are manufactured using materials that do not damage the environment. Basically, these refrigerants satisfy the requirements raised by environmentalists, who were worried about the harmful effects caused by refrigerants like CFC or the chlorofluorocarbons.
- Reduction in losses – The residue left behind by conventional refrigerants cannot be used again. Whereas, the hydrocarbons supplied by eco-friendly refrigerant services do not leave any kind of residue after they perform their specific tasks related to refrigeration.
- Non-reactive – These refrigerants do not chemically interact with nature or environment. Hence, they do not have the same kind of negative effect when compared to the other conventional refrigerants like CFC or chlorofluorocarbons. Once they are used in a particular refrigeration system, they are quickly used up and does not emit substances that harm the health of individuals using the refrigerants. Because of this factor alone, the governments of many countries recommend the eco-friendly refrigeration services to use these refrigerants like hydrocarbons.
- Energy savings – Eco-friendly refrigerant services are able to sell a lot these refrigerants because the power required for hydrocarbons to begin the chilling process is far less than the power required for CFC or chlorofluorocarbons. Hence, eco-friendly refrigerants like hydrocarbons help businesses save 30% of their power bills.
- Does not affect plant and natural life – These refrigerants do not generate any kind of poisonous exhaust fumes that typically affect the natural life on the earth. These can be even used at homes without worrying about the surroundings.
- Improvement in refrigeration with the help of basic, simple installation setup – The eco-friendly refrigerants can be easily filled with the equipment that has been set up for conventional refrigerants like CFC. Hence, the business need not create a separate equipment for eco-friendly refrigerants.
Why is ammonia used widely by eco-friendly refrigeration services?
Even though there are many refrigerants that perform better than ammonia, none of them have a GWP (global warming potential) of zero. Hence, ammonia has a unique advantage over other eco-friendly refrigerants services when the TEWI (Total Equivalent Warming Impact) is considered. The other advantages of ammonia are:
- Leakage from ammonia cylinders is actively discouraged. However, the emissions occurring due to these leakages do not cause any impact on global warming.
- Ammonia leakages can be detected and eliminated very easily.
- When ammonia is used, the efficiency of the system is much higher.
- There is no legislation against the use of ammonia as refrigeration when compared to the other refrigerants like HFC and Chlorofluorocarbons.
- Since the latent heat of ammonia is very high, a very low mass flow rate for the system is required to function with a provided heat load. This is one of the major unique advantages ammonia holds over the other refrigerants.
- In applications where the temperature is low, ammonia’s performance is almost equal to the performance of R123 used in conventional chillers.
- Ammonia’s transfer rate is very high when refrigerants are liquefied and evaporated.
- Ammonia can be used seamlessly in high-temperature commercial applications as well.
- Ammonia is very compatible with the latest designs in refrigeration systems.
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