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Path Towards Cleaner Mobile Air Conditioners

Who doesn’t want the inside of their car cool? However, did you know mobile air conditioners also known as vehicle air conditioners certainly are a big problem to the surroundings? For the reason that they release a massive amount greenhouse gases in the atmosphere due to refrigerants used. In addition, they consume a great deal of energy than other auxiliary vehicle equipment.

Nevertheless, the good thing though is that in 1998, the Mobile Air Conditioning Society Worldwide and the US Environmental Protection Agency formed a global voluntary partnership to reduce the impact of the air conditioning system. mobiele airco The goal of this partnership is to promote next generation units which are better for the environment while satisfying customer safety, cost and reliability concerns.

They also aim to develop affordable designs and improved service procedures to minimize refrigerant emissions. Partners also need to identify alternatives for the refrigerant HFC-134a, the predominant refrigerant in vehicle air-con systems. Because HFC-134a is a potent greenhouse gas, one pound of the in the atmosphere gets the same global warming effect as 1300 pounds of carbon dioxide.

In 2004, the Mobile AIR-CON Climate Protection partnership has released the Improved Mobile Air Conditioning 30/50 project. The goal of the project is to reduce fuel usage of mobile ac units by at least 30 percent and cut refrigerant emissions by 50%.

Furthermore, in July 20, 2007, the Improved Mobile AIR-CON project was a success. The teams mixed up in project could actually demonstrate they could reduce the energy used by the automobile systems by over 30% using commercially available technology. They have also demonstrated they could cut refrigerant leakage in two through the use of better parts. Moreover, by using solar-reflective paints and ventilation, these were in a position to reduce heat load of the passenger cabin by over 10 degrees Fahrenheit.

The team also have issued recommendations to cut refrigerant emissions in half and introduced a new refrigerant recovery, recycling and leak detection technology that may save 2.4 million kilograms of HFC-134a. The result of the project will certainly reduce fuel utilized by mobile ac units by 30% and cut refrigerant emissions in half. This can save 2.1 billion gallons of gasoline each year, and reduce overall greenhouse gas emissions by 9 million metric a great deal of carbon equivalent.

Who doesn’t want the within of these car cool? However, did you know that mobile air conditioners also known as vehicle air conditioners certainly are a big problem to the surroundings? This is due to they release a large amount of greenhouse gases in the atmosphere as a result of refrigerants used. In addition, they consume a large amount of energy than other auxiliary vehicle equipment.

Nevertheless, the great thing though is that in 1998, the Mobile AIR-CON Society Worldwide and the US Environmental Protection Agency formed a worldwide voluntary partnership to lessen the impact of this air conditioning system. The goal of this partnership is to promote next generation units which are better for the environment while satisfying customer safety, cost and reliability concerns.

They also try to develop affordable designs and improved service procedures to reduce refrigerant emissions. Partners also need to identify alternatives for the refrigerant HFC-134a, the predominant refrigerant in vehicle air-con systems. Because HFC-134a is really a potent greenhouse gas, one pound of this in the atmosphere gets the same global warming effect as 1300 pounds of carbon dioxide.

In 2004, the Mobile AIR-CON Climate Protection partnership has released the Improved Mobile Air Conditioning 30/50 project. The purpose of the project is to reduce fuel consumption of mobile air conditioners by at least 30 percent and cut refrigerant emissions by 50%.

Furthermore, in July 20, 2007, the Improved Mobile Air Conditioning project was a success. The teams mixed up in project could actually demonstrate they could reduce the energy used by the automobile systems by over 30% using commercially available technology. They have also demonstrated that they could cut refrigerant leakage in two by using better parts. Moreover, through the use of solar-reflective paints and ventilation, these were in a position to reduce heat load of the passenger cabin by over 10 degrees Fahrenheit.

The team have also issued recommendations to cut refrigerant emissions in half and introduced a fresh refrigerant recovery, recycling and leak detection technology that may save 2.4 million kilograms of HFC-134a. The consequence of the project will certainly reduce fuel utilized by mobile air conditioners by 30% and cut refrigerant emissions in two. This can save 2.1 billion gallons of gasoline every year, and reduce overall greenhouse gas emissions by 9 million metric tons of carbon equivalent.

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