Study: thanks to fracking, we don’t need Obama’s Clean Power Plan (CPP) to meet Paris climate target

From the “thanks to fracking, the biggest driver of lower carbon dioxide emissions has been declining natural gas prices” department.

Even without the clean power plan, US can achieve Paris Agreement emissions reductions

CMU researchers point out that there are many paths to compliance

Carnegie Mellon University researchers have calculated that the U.S. can meet–or even beat–the near-term carbon dioxide emission reductions required by the United Nations Paris Agreement, despite the Trump Administration’s withdrawal of the Clean Power Plan (CPP).

Published in an Environmental Science & Technology viewpoint, the CMU team used data from U.S. Energy Information Administration’s 2017 Annual Energy Outlook to examine projected power sector carbon dioxide emissions to determine if the CPP emission targets for 2020, 2025 and 2030 can still be met. They found that emissions declined from 2.7 billion tons to an estimated 1.9 billion tons and revealed a strong link to natural gas prices as being a driving market force. The decrease puts U.S. emissions reduction at the CPP’s planned 2025 target this year.

Figure 1. Historical and projected CO2 emissions from the U.S. power sector in relation to natural gas prices (as delivered to electric generators). Projected emissions and gas prices are national averages based on scenarios in the AEO 2017 for the reference case and the high oil and gas resource and technology case.

“The U.S. has already come quite far in reducing carbon dioxide emissions. The biggest driver of lower carbon dioxide emissions has been declining natural gas prices, which has allowed the industry to replace coal-fired power plants economically with cleaner natural gas power plants–and without a costly regulatory mandate,” said Jeffrey J. Anderson, a doctoral candidate in the Department of Engineering and Public Policy.

Additional actions are needed to assure longer-term compliance with Paris Agreement objectives–and to safeguard against the impact of a rise in natural gas prices. For example, regulatory and legislative focuses should be on maintaining the trajectory that the market forces have created to sustain the current transition period into the intermediate future. To meet longer-term and deeper de-carbonization goals, there will be a need for proactive regulatory activity. In addition, incentivizing low or zero carbon dioxide-emitting sources, improving energy efficiency and encouraging repowering and retrofitting options are other important avenues to de-carbonizing the power sector.

“Our work shows that the U.S. power sector could meet the Paris Agreement goals even without the Clean Power Plan, and that the path to compliance can be a collection of politically feasible, minimally invasive actions–if we plan ahead and start now,” said David Rode, a recent Ph.D. graduate from the Department of Social and Decision Sciences.


In addition to Anderson and Rode, Paul Fischbeck, professor of social and decision sciences and engineering and public policy, and Haibo Zhai, associate research professor of engineering and public policy, worked on this research and article.

Read the viewpoint:

While the article doesn’t come right out and say it, we owe this independence from the CPP to shale gas fracking:

U.S. Natural Gas Marketed Production, 1900 – current, data from US EIA. Items in red are my additions.

Modern day fracking didn’t begin until the 1990s. This originated when George P. Mitchell created a new technique, which took hydraulic fracturing, and combined it with horizontal drilling. The Shale Oil Boom. The technology known as hydraulic fracturing isn’t new, and has been around for 100 plus years. Source – Business Insider

Here’s more recent EIA data with the forecast production added:

In this report from the Bureau of Labor Statistics, they forecast even greater gains from shale gas production out to 2040.


via Watts Up With That?

February 16, 2018 at 11:18AM

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