The steel industry faces a monumental challenge in reducing its significant greenhouse gas emissions, with the need to halve emissions by 2030 to meet net-zero targets. The sector is exploring various avenues to achieve carbon neutrality, including the increasing importance of hydrogen in steel production. While hydrogen offers promise in replacing carbon in smelting processes, challenges exist in sourcing renewable energy for cost-effective green hydrogen production. Innovators are also exploring alternative solutions such as methane pyrolysis to produce net-zero steel. Artificial intelligence (AI) is playing a crucial role in revolutionizing the steel industry's sustainability efforts. AI technologies like computer vision and large-language models help manage processes, optimize data, and enhance ESG reporting. However, manufacturers must be cautious in data handling and ensure human expertise complements AI solutions to avoid potential risks to both people and machines. In the short term, steel manufacturers are turning to Electric Arc Furnaces (EAFs), while green hydrogen remains a popular long-term solution for achieving carbon neutrality. However, reports suggest challenges in sourcing renewable energy at a competitive cost for green hydrogen production. Collaboration between manufacturers and energy producers is essential to overcome these challenges and ensure sufficient green hydrogen capacity. Looking ahead, the steel industry will continue to rely on AI for data management, but acquiring the right personnel and adhering to data-handling regulations will be crucial. Manufacturers must also prepare for potential renewable energy shortages that could impact hydrogen production. Despite the hurdles, the industry's commitment to sustainability and innovation signals a positive trajectory towards a more environmentally friendly steel sector.