One of the greatest worries for our planet is the prominence of CO2 in the atmosphere. It is creating what is called the greenhouse effect. Essentially, the temperature on earth is continuing to rise. As a result of this, there are significant problems that are occurring such as the ice caps melting, and along with that permafrost that will melt that will deliver even more CO2 into the atmosphere. Part of the reason for this increase in temperature is the emission of CO2 from machines that are generating carbon dioxide. Many of these machines are using a refrigerant, such as Freon, and this is causing a major problem. That is why the elimination of Freon as a coolant has actually been something that is good. That is because there are many substitutes that have been created for this chlorofluorocarbon. One of those is called TDX 20. Let’s discuss how the use of this coolant can actually lead to fewer emissions of CO2 into the atmosphere as a result of this brand-new coolant on the market today.
How TDX 20 Can Help Lower CO2 Emissions
One of the main reasons that we have so much extra CO2 in the atmosphere is because of machines that are used as refrigeration units. It is a natural byproduct of the cooling mechanism of which they are a part of. The process of extracting heat out of the air often leads to a substantial amount of carbon dioxide emissions. Even though the elimination of R-22 Freon has been beneficial for the ozone layer, the replacements for this chlorofluorocarbon have actually lead to more CO2 being released. That is because the efficiency of the machines being used has diminished, leading to more carbon dioxide emissions. That is why a product called Bluon or TDX 20 plays such a pivotal world in resolving this problem.
What Exactly Is TDX 20?
TDX 20 is a coolant substance that originates from a company called Bluon. One of the benefits of using this particular coolant is that it actually leads to higher levels of efficiency with the machines that use refrigerants. Also called R-458A, it is capable of helping to reduce the amount of energy that these refrigerating machines utilize. One of the reasons is that it is very much similar to Freon in its chemical composition. As a result of machines that can run much more efficiently, we have less CO2 emissions, and this is contributing to lowering the overall temperature in localized areas. As this replaces R-22 in the thousands of machines that use it, you are going to see a substantial dent in the overall temperature of the earth.
Why Is This So Important?
This is very important because of how many machines actually use coolants today. Statistics have shown that about 40% of all of the electricity that is produced is going into HVAC-R systems. These are used worldwide, and it has also been shown that 30% of greenhouse gas emissions, specifically from America, are produced as a result of generating electricity. This means that the United States is responsible for 12% of the global warming increases that are seen around the world. Therefore, in order to lower these amounts, a new coolant needs to be produced. Since these machines that produce electricity need to run more efficiently, the company Bluon decided to create TDX 20.
Does It Actually Decrease CO2 Emissions From Electricity Generating Machines?
Studies have shown that the machines that produce electricity which are producing all of this CO2 have diminished greatly in their CO2 emissions. In the industrialized world, places that need to have electricity virtually 24 hours a day, these machines are constantly running. According to studies, TDX 20 has shown great promise, reducing overall energy consumption. This is because it can carry a substantial amount of heat, higher than most coolants, but can do so at a much lower pressure. This means that the compressor that is used to compress the coolant doesn’t have to work as hard. If it doesn’t, it’s going to use less electricity, and the motors are going to work much more efficiently. This will reduce carbon dioxide emissions dramatically because of the smaller amounts of energy that is consumed by these machines. That is why so many people are switching over to TDX 20.
How Can You Have Your Coolant Replaced Quickly?
Your coolant can be quickly replaced by simply contacting an HVAC company near you. If they are a specialist in the HVAC-R industry, you will know they will know exactly what to do. They will have the tools necessary to complete the job quickly. The people that work for these companies will have gone through special training. It is not recommended at all for the average person to attempt to remove Freon from their machines. Doing so will likely lead to the loss of this liquid which will quickly change to a gas. To prevent this from happening, you will need to find a reputable business in this industry that has the time to come out to replace your coolant for you.
What Type Of Results Can You Expect?
If you are running any type of machine that uses a refrigerant, you will start to see on incredible reductions in CO2 emissions. Likewise, you won’t have to worry about depleting the ozone layer. Even if Bluon leaks out, it will not contribute to the deterioration of ozone. It is literally the best type of refrigerant that you can use. The only problem that people tend to have is the overall cost. However, that’s not really a problem. By looking at your investment in terms of a five-year investment, you will make so much more money back from the savings on the electricity that you are currently using.
This overview of how the use of TDX 20 can lead to lower CO2 emissions when used with electricity generating machines should show you why it is so valuable. If you are responsible for the production of electricity, and your machines use R-22, you will need to have this replaced anyway. You may as well use the best coolant on the market today, even though it may be more expensive than competing products. If you have any machine that uses a refrigerant, you should also consider using this over all of the other choices.
Leave a Reply
You must be logged in to post a comment.