Jan
26
2017

President Outlines ‘America First’ Energy Policy

Shortly after taking office this past Friday, President Trump updated the White House website to outline his “America First” energy policy. If implemented, the plan would roll back overreaching climate regulations and promote energy development, ultimately leading to lower energy prices and reduced dependence on foreign oil.

As part of his campaign and later during his transition, Trump promised to remove restrictions on domestic energy development such as President Obama’s Climate Action Plan and the Waters of the U.S. rule. His administration now predicts that rolling back these regulations could raise the wages of U.S. workers by as much as $30 billion over the next seven years.

PACE has written often about the vast stores of untapped energy resources in the United States, including the world’s largest reserves of natural gas, oil, and coal. An initial reading of the president’s plan is that these policy shifts would take full advantage of those resources, particularly the ones located on federal lands owned by the American people. For example, the administration plans to use revenues from energy production to rebuild roads and other infrastructure and support American agriculture.

“The Trump Administration will embrace the shale oil and gas revolution to bring jobs and prosperity to millions of Americans,” a statement from the administration explains.

The administration’s statement details that President Trump remains committed to the growth of clean coal technology and has plans to help revitalize the U.S. coal industry. PACE has supported efforts to maintain coal as an energy resource for American electricity production, noting that future power demand will require not only more electricity generation, but generation resources capable of running with limited interruption.

“President Trump is committed to achieving energy independence from the OPEC cartel and any nations hostile to our interests. At the same time, we will work with our Gulf allies to develop a positive energy relationship as part of our anti-terrorism strategy,” the administration’s statement explains in relation to the nation’s oil interests.

Like all energy proposals, the administration’s plan deserves close scrutiny, especially in terms of how the plan could affect power customers and environmental measures. However, initial reviews are that many elements of the president’s plan would bring much-needed balance between power production and environmental regulation.

Jan
23
2017

Karr: Coal Still Important in Alabama

The following opinion piece comes from Charles L. Karr, Dean of the College of Engineering at The University of Alabama and a Senior Policy Advisor to the Energy Institute of Alabama (EIA). Click here to see an economic impact study commissioned by the EIA.

I cut my teeth in the mining industry early in my career as a research engineer with the United States Bureau of Mines, and I have seen the strength and determination of the people who labor to bring us the raw materials that make so much of our life possible.

Alabama was modernized because of coal, taking us from an agricultural society into one driven by industry and technology. The energy industry in this state relied on coal to power our world, but that is rapidly changing. Still, as the market, government regulations and concerns over greenhouse gasses continue to stress the coal industry, it is important to remember coal remains a vital part of Alabama’s energy portfolio.

Coal has been mined in Alabama for more than 150 years, and the state ranks 14th in total coal production among the United States, according to an economic impact study commissioned by the Energy Institute of Alabama.

Historically, coal has fueled the largest share of electric power generation in the state. About a third of the coal mined in Alabama stays in the U.S., and about half of that is delivered to electric power plants in the state, according to the report.

The Alabama Power Company reported in 2015 that coal made up about half of its fuel mix, and about 15 percent of that comes from coal mines in the state. Alabama Power still operates 10 coal-fired generating units.

Those numbers are down, of course, as low prices for natural gas and regulations have seen Alabama Power transition. In the late 1990s, nearly 80 percent of electricity generated by the company came from coal, and there were 23 coal-fired units. Natural gas has provided a larger share of electricity in the state, exceeding coal-fired generation in 2012, 2014 and 2015.

Employment in the coal industry is down, too, but the Alabama Coal Association reports 4,000 people directly employed in the industry. This significant workforce in our state is buoyed by exports.

According to the U.S. Energy Department, in 2014, two thirds of the coal produced in Alabama was exported. Mobile is the nation’s third-largest seaport for exporting United States coal, most of which is bound for Europe, South America and Central America. In 2015, Mobile also was second only to Tampa, Fla., in coal imports, according to EIA report.

It does not take much to read the tea leaves to understand challenges remain for coal as an energy source in the country. Besides market forces, there is concern over emissions, and that is something academia and industry are trying to resolve. In fact, researchers here at The University of Alabama College of Engineering are working with different solvents to more effectively scrub emissions from coal-fired power plants, and we have worked with the Southern Company and others to lead the way on carbon capture technologies.

Our researchers along with many across the state at other universities and private research labs are working to improve a host of other energy technologies to help diversify energy production here and around the world. Even with engineers and scientists moving forward, hurdles to more widespread reliance on renewable energy remain. Coal reserves are vast, and the industry is an important economic driver. Policymakers and cultural influencers must remember that coal is an engrained part of our energy mix.

Jan
16
2017

Indian Point Closure Threatens New York City

Last week, New York Governor Cuomo announced the completion of one of his long awaited goals: closing down the Indian Point nuclear plant. The plant will shut down completely in just four years, leaving many questions about what will fill the gap to keep the power on in New York City. Today, the city receives an incredible one third of its electricity from the plant.

Perhaps most troubling is that there are no current plans to build a new nuclear plant, a coal-fired plant, or pipelines to transport more natural gas from Pennsylvania. (Note that New York State has banned fracking in the fossil fuel rich northern part of the state.) There aren’t enough roofs in Manhattan to generate ample solar energy to power the city. Even if there were, solar’s cost would be astronomically higher than the cost of inexpensive power produced by Indian Point. Conservation isn’t a viable solution either. New York City won’t be able to cut its energy usage by 30%, especially since the city’s peak demand has been increasing in recent years.

Could wind power be the answer for New York City? Currently, all of the wind turbines in New York State combined have roughly the same capacity as Indian Point. However, since wind power is intermittent, Indian Point actually supplies about four times more electricity than those turbines. That means replacing Indian Point with wind power would require increasing New York’s wind farm capacity by at least 400%. That’s an obvious challenge for planners, especially because of the battery storage technology that would be required to deliver the kind of stability New Yorkers deserves.

To understand the scale of the challenge, consider that about 50 million kWh of electricity would have to be stored in batteries to power NYC for just one windless day. The entire world produces only enough batteries to store about 35 million kWh annually. So filling the gap left by Indian Point would require purchasing about 40% of all the lithium batteries produced on the planet for the next four years. A battery system of that magnitude would cost nearly $50 billion. That doesn’t seem likely, even for a city as environmentally ambitious as New York.

The more practical solution? Construct a new natural gas plant at a cost of around $2 billion to supply the needed power. Or better yet, provide Indian Point financial incentives to remain in operation, costing a few hundred million dollars. Neither one of those options seems likely, though, given Governor Cuomo’s disposition toward nuclear power an fossil fuels.

PACE has written before about the importance of nuclear energy. As many as two thirds of U.S. nuclear plants face premature closure, posing a real threat to our nation’s baseload electricity supply. Indian Point represents a powerful example of how difficult it can be to replace the low-carbon, low-cost energy provided by nuclear units. Hopefully, the nation’s leaders soon will take action to revitalize the nation’s nuclear power industry and avoid situations, like the one that New York is facing, that threaten the availability of power.