The history of coal production in the United States

In the United States, coal production is synonymous with the rise of the nation as an industrial giant in the early 20th century, especially as a driver of steel production, electricity generation, and job creation. Coal also has a devastating, environmental and human health legacy, including lung disease in miners, degraded landscapes, abandoned mines, acidified streams and precipitation, and a host of air pollutants including greenhouse gases.

The story of coal begins in the Appalachian region, and notably in Pennsylvania. Coal mining began in Pennsylvania in the mid-1700s to support the colonial iron industry. By the early 1800s, Pennsylvania coal was fueling the industrial growth of the entire country and was the primary fuel source for western Pennsylvania’s growing steel industry.1 Throughout the early 20th century, the expansion of the railroad system supported the rapid exploitation of the Appalachian region’s rich coal resources in West Virginia, Kentucky, and Virginia. Appalachian states have produced 54% of all coal extracted since 1800. Pennsylvania alone accounts for 1/5 of the nation’s output to date.

The development of the nation’s rail network enabled coal production to expand into the Midwest in the mid-nineteenth century. Like other coal-producing states, place names across Illinois like Coal City, Carbondale, Diamond, Carbon Hill, Carbon Cliff, and Glen Carbon point to the town’s original purpose.2 Thirty counties in Ohio were mining coal by 1870. Ohio became a leading producer and consumer of coal, triggered by the manufacture of equipment for railroads and farms, supplies for the Civil War, and as a cheap fuel for the generation of steam power.3 Ohio, Illinois, and Indiana together have produced 16 percent of the nation’s coal through 2022.

Commercial-scale coal production west of the Mississippi River emerged in the late nineteenth century, largely in Texas, Montana, Colorado, Utah, North Dakota, New Mexico, and Wyoming. The Powder River Basin coal fields in southeast Montana and northeast Wyoming are among the most prolific in the world, and by far they produce more coal than any other region in the United States. Wyoming has been the top coal-producing state in the United States since 1986. In 2022 Wyoming’s coal mines accounted for 41 percent of national coal production. Two of Wyoming’s coal mines–the North Antelope Rochelle and Black Thunder mines–produce one-fifth of the nation’s total.

The quantity of coal produced and its share of primary energy in the United States has declined precipitously over the last several decades. New, abundant supplies of cheap natural gas and dramatic cost reductions in wind and solar power have made coal non-competitive in the electric power market. Some states have adopted aggressive climate action plans that require reductions in greenhouse gas emissions in electric power generation. The result is that new coal plants are not being built and retirements are on the rise from an aging fleet of power plants.


1 Pennsylvania Department of Environmental Protection, “Coal Mining in Pennsylvania,” Link

2 Abagail Bobrow, “Built on Coal,” University of Illinois, October 4, 2021. https://storied.illinois.edu/built-on-coal/#!

3 Douglas L. Crowell, “History of the coal-mining industry in Ohio,” Ohio Department of Natural Resources, Division of Geological Survey, 1995, http://hdl.handle.net/1811/78539

Recent Data Stories

Our mission

Visualizing Energy communicates facts on the link between sustainable energy and human well-being to decision-makers, media, companies, advocates, educators, and the public.

Who we are

Visualizing Energy is an independent and neutral university-based research and communication organization.

What we do

We knit data analysis, visualizations, and the written word into stories that reveal how our energy system can be transformed to reduce inequity, steer humanity from climate disaster, improve health and other social outcomes, and lead to healthier natural systems. We address the energy system itself (sources, conversion, end use), economics (prices, investment, market failures), social outcomes (well-being, energy poverty, and climate justice), and environmental change (climate, pollution, and land and water use).

How are we different

The internet is awash in information about energy, climate change, and health impacts of pollution. But society is deficient in a shared understanding of how our energy system must change. One reason for that is that information is siloed by technology, policy, and disciplines. We use the unique role of energy in human affairs and natural systems as the unifying principle behind compelling, data-driven stories that point to solutions that are feasible, affordable, and equitable. We are interdisciplinary and collaborative, working with diverse teams and perspectives that span the broad energy landscape.

Open access

Visualizing Energy aims to accelerate a sustainable energy transition by deploying a more equitable system of knowledge. To that end, all the data, visualizations, and original text are freely available to all users. We license all our content under the Creative Commons BY license. Users have permission to use, distribute, and reproduce the data, visualizations, and articles provided the source and authors are credited.

Transparency

We heavily rely on data that someone else produced. All the data in Visualizing Energy is attributed to its original source so that the user can independently judge its accuracy and reliability. We describe all major modifications that we make to data.

Subscribe to Visualizing Energy

* indicates required
Subscription

Discover more from Visualizing Energy

Subscribe now to keep reading and get access to the full archive.

Continue reading