Dearborn, Michigan, historically known for its automotive industry innovations, is now at the forefront of a groundbreaking proposal to revolutionize steel production. Advocates are pushing for the transformation of the Dearborn Works steel mill into a 'green steel' facility powered by hydrogen and renewable energy, offering a cleaner alternative to traditional blast furnaces. Driven by the need to reduce emissions and meet environmental targets, the plan involves converting the steel-making process to Direct Reduced Iron (DRI) technology fueled by green hydrogen. This move aligns with a global shift towards sustainable practices, with a focus on lowering greenhouse gas footprints in industries like automotive and construction. The potential for the automotive sector to drive demand for 'green steel' without relying on subsidies is highlighted, signaling a promising future for clean steel production. While the conversion presents economic and logistical challenges, including a substantial investment of over $4 billion and the need for significant renewable energy infrastructures, the benefits are substantial. Beyond cutting pollution and creating jobs, transitioning to green steel at Dearborn Works could alleviate the local air pollution burden and improve environmental and public health outcomes in the region. By embracing this transformation, the steel industry has the opportunity to lead the way in sustainable production methods, setting a precedent for cleaner industrial practices globally.