Scientists Have Found Magnesite, a Mineral That Can Remove CO2 from Atmosphere

Scientists Have Found Magnesite, a Mineral That Can Remove CO2 from Atmosphere

Science

Scientists may have found a practical solution to one of the riskiest factors that cause global warming and climate change — carbon dioxide. A group of scientists has found out a way a way to create Magnesite, an essential mineral that can store carbon dioxide. It means that the mineral can absorb CO2 from the major surroundings. The people behind the idea believe that it can be expanded to a kind of industrial level as well. If that happens, Magnesite will play a vital role in reducing the amount of carbon dioxide from the earth’s environment. It’s one of the biggest moves against the growth of global warming.

Many scientists and institutions have been working for a long time to find a mineral that would deteriorate the amount of carbon dioxide in the atmosphere. However, this time, the group of scientists were able to explain the proper process that would create a viable output of Magnesite. The group was able to tell how the element can be made in low-temperature environments and also showed a method that would be able to enhance the crystallization process. It should be noted that magnesite formation is a natural process. What the group has achieved is a method to accelerate the process.

Without the new invention, it would take hundreds or thousands of years for the magnesite element to be formed in the earth atmosphere. That is having said, and it performs well when it comes to absorbing carbon dioxide from the atmosphere. A ton of magnesite would be able to consume half a ton of carbon dioxide from the current atmosphere, which is excellent. With the help of the catalyst the scientist group has used, magnesite creation process can be boosted to just 72 days. While the findings are still experimental, it shows a notable hope regarding how global warming can be tackled.

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