Dearborn, Michigan, known for its historical significance in the auto industry, is now being urged to lead the way in greening the sector by transforming the Dearborn Works steel mill into a 'green steel' production facility powered by hydrogen and renewable energy. This initiative, supported by clean energy advocates and environmental justice groups, aims to replace the traditional blast furnace with Direct Reduced Iron (DRI) technology fueled by green hydrogen, significantly reducing emissions and meeting the rising demand for cleaner steel globally. The proposed conversion faces challenges, including the substantial cost of around $4.17 billion and the need for infrastructure improvements to support renewable energy sources. However, advocates believe that the economic benefits and environmental impact of transitioning to green steel outweigh the initial investment. In addition to enhancing sustainability in steel production, the shift to green steel would bring about positive outcomes such as job creation, reduced air pollution in the industrial area, and improved public health for residents, particularly those in low-income and minority communities. The closure of the EES Coke plant, a major polluter in the region, is also part of the plan to mitigate health risks and environmental damage. While the transformation to green steel presents significant opportunities, it requires collaboration between stakeholders, government intervention, and corporate responsibility to address health costs associated with pollution. By advocating for cleaner steel production and pushing for policy changes, residents and environmental organizations are striving to ensure a sustainable and healthier future for Dearborn and its inhabitants.