For decades, steel mills have powered America's manufacturing heartland — building our skyscrapers, our cars, and the machinery that defines daily life. But that industrial might has come at a cost: steel towns have carried the burden of pollution in their bodies, with higher rates of asthma, cancer, and chronic illness, while companies insisted that coal was the only way to make steel. Protecting jobs meant accepting pollution.

At the center of the problem is the blast furnace, a 14th-century technology that burns massive quantities of coal-based coke to produce iron that can be turned into steel. Eight integrated steel mills clustered around the Great Lakes still make steel this way, each emitting roughly as much carbon dioxide as a coal-fired power plant.

That story is finally changing, but not everywhere. Companies are investing in modern, coal-free facilities in the U.S., and automakers are beginning to demand low-emissions steel. Without intervention, these communities will be left to bear the pollution while steel jobs move elsewhere.

Now steel companies face a choice. Cleveland-Cliffs and Nippon/U.S. Steel could invest in modernizing their Great Lakes mills. Instead, they're moving to reline their blast furnaces — a decision that would lock these communities into decades more coal-based pollution at the exact moment cleaner technology is becoming viable. If the clean transition accelerates only in the South, the communities that sacrificed the most for this industry will be left behind by it, too.

The future of steel will be clean. No one is better positioned to lead it than the communities that built this industry. Steel towns powered a century of American progress, and they deserve to shape the next era with modern mills, good union jobs, clean air, and a livable climate. This time, progress should lift the people who made it possible.

A proven method of ironmaking known as direct reduced iron (DRI) already accounts for 20% of U.S. iron production today and can eliminate the bulk of ironmaking's climate and health-harming pollution if powered by green hydrogen. Newer technologies like molten oxide electrolysis are moving closer to being market-ready. New DRI facilities have already been announced and will soon be competing directly with blast furnaces for customers.

Regional analysis from Indiana and Pennsylvania shows that failure to invest in green steel means risking jobs and economic growth. Rather than securing the region's workforce, coal-based steelmaking is projected to cost Northwest Indiana 12,000 jobs by 2034 across the region’s three integrated mills, according to the same Indiana University analysis.

The risk is that modernization accelerates only in Sunbelt states, leaving legacy steel communities behind. Other countries, from Namibia to Sweden, are already constructing green steel plants. However, all existing DRI facilities rely on methane, and new projects still lack clear timelines for transitioning to green hydrogen. Without a credible, fleet-wide pathway off fossil fuels, this new capacity risks locking in fossil fuel dependence rather than delivering the pollution cuts the technology is capable of.

And rather than compete on either front, major steelmakers like Cleveland-Cliffs and Nippon Steel are choosing to fall further behind: pursuing blast furnace relinings — investments that would extend the life of coal-burning mills for decades — when they could instead reinvest in modernization.