In the White House, conferences are currently being held for a specific reason: to discuss the future of carbon-capture technology. The innovative idea can potentially be used to address the evolving climate change problem.
Companies focused on cases that involved investment funds and research proposals and began developing and improving a method to solve them, and carbon-capture technology came as a result of this. Scientists argue that carbon-capture has the ability to slow Earth’s now-warming climate.
Carl Greenfield, an analyst for the International Energy Agency, said that carbon-capture tools had evolved starting from the 1970s when a stronger focus on carbon dioxide reduction was rising.
According to the Washington Post, “In the early 1970s, oil and gas companies began using a chemical process to separate carbon dioxide from gas pumped on-site and steer it back into oil fields to get more oil from the ground.”
The methods companies have developed took many forms. One involved industrial plants and factories, transporting smokestack-emitted carbon.
According to Julio Friedmann, a worker at the Center on Global Energy Policy for Columbia University, we “know how to do 40 gigatons,” and “that means you need 10 gigatons of removal.”
Some solutions for carbon-capture are scientifically unproven, so the use of those solutions is not widespread at the moment.
Companies focused on cases that involved investment funds and research proposals and began developing and improving a method to solve them, and carbon-capture technology came as a result of this. Scientists argue that carbon-capture has the ability to slow Earth’s now-warming climate.
Carl Greenfield, an analyst for the International Energy Agency, said that carbon-capture tools had evolved starting from the 1970s when a stronger focus on carbon dioxide reduction was rising.
According to the Washington Post, “In the early 1970s, oil and gas companies began using a chemical process to separate carbon dioxide from gas pumped on-site and steer it back into oil fields to get more oil from the ground.”
The methods companies have developed took many forms. One involved industrial plants and factories, transporting smokestack-emitted carbon.
According to Julio Friedmann, a worker at the Center on Global Energy Policy for Columbia University, we “know how to do 40 gigatons,” and “that means you need 10 gigatons of removal.”
Some solutions for carbon-capture are scientifically unproven, so the use of those solutions is not widespread at the moment.
