The article discusses the potential of electrified biomethane-based direct reduced iron (DRI) technology in decarbonizing steel production and achieving carbon-negative emissions. By utilizing hydrogen-rich gases derived from biomethane to produce steel, traditional blast furnaces' reliance on coal and coke can be eliminated. The process not only reduces greenhouse gas emissions but can result in negative emissions when capturing and sequestering CO2 produced during biomethane production. The article highlights the case of Tata's steel plant near Amsterdam, which could potentially provide biogenic CO2 to the Netherlands' greenhouse sector, contributing to emissions reductions. Despite the promising outlook, challenges such as scaling biomethane production, economic viability due to premium pricing, and infrastructure requirements pose obstacles to widespread adoption. The article emphasizes the need for targeted subsidies, carbon pricing, and stringent regulations to incentivize biomethane-based steel production. Additionally, the discussion contrasts the potential of electrified biomethane DRI with the focus on green hydrogen, pointing out the ongoing challenges in cost-effectiveness and the advantages of negative emissions from biomethane technologies.