In northern Sweden, near Boden, a groundbreaking initiative by H2 Green Steel aims to revolutionize steelmaking by introducing 'green steel' production. This innovative project plans to utilize 'green hydrogen' generated from renewable sources to drastically reduce carbon emissions, with a goal of producing 5 million metric tons of green steel by 2030. The steel industry, a major contributor to global carbon pollution, is facing increasing pressure to adopt cleaner technologies like green hydrogen to combat climate change. While traditional steel production relies heavily on coal and blast furnaces, the move towards electric arc furnaces and green hydrogen offers a more sustainable alternative. The electric arc furnace method, widely used in the US, shows promising results with significantly lower emissions compared to blast furnaces. The key challenge lies in ensuring the electricity used in these processes is also sourced sustainably. With initiatives like the HYBRIT green steel pilot plant in Sweden and the Biden administration's funding for decarbonization in the US steel industry, the transition to green hydrogen steel production is gaining momentum. Companies like SSAB and Cleveland-Cliffs are investing in hydrogen-ready plants and exploring green hydrogen ironmaking processes, signaling a shift towards cleaner steel production methods. Despite initial skepticism, proponents of green hydrogen steelmaking, like Martin Pei from SSAB, remain optimistic about the technology's potential. The success of projects like HYBRIT and growing support from governments indicate a positive outlook for the future of green hydrogen in steelmaking.