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It's also much more complex. For instance, in an oilfield,

Aug. 10, 2018 by Ella Pickett

It's also much more complex. For instance, in an oilfield, the process can involve storing the CO2 in underground tanks, where it is sequestered and can then be used on the ground to produce oil.

It's hard to understand how a carbon capture and storage facility could be "green": how it would work, what it would require, and how it could be run.

The technology is a lot harder to understand in practice, compared to the methods described previously. However, the main problem for carbon capture and storage is that it only works in a relatively small area of a country.

The technology is also very complex and hard to find. Because of its complexity, there are few ways it could be carried out.

And because of its complexity, it's difficult to get a sense of how it would work.

One way to do this is by looking at the carbon capture and storage process.

In 2005 (the year that the Obama Administration launched Clean Air Act), the Department of Energy began a process called DAPT, which was designed to capture CO2 and release it back into the atmosphere through conventional techniques.

In 2014, the agency announced that it would soon release all of the methane it captured from the ground into the atmosphere.

In the next few years, the process will be applied to new gas, which is more economically feasible and less environmentally harmful. It will now produce methane that is "green," as it is more chemically inert and more efficiently sequestered.

In the next few years, that process will begin to capture CO2 from the ground.

Then there will be the new technologies that the process will use.

The process will also be applied to new gas, which is more environmentally beneficial and less environmentally hazardous.