The article discusses the emergence of methane pyrolysis, also known as 'turquoise hydrogen,' as a promising method for hydrogen production with no CO2 emissions. This innovative process involves heating natural gas to separate it into hydrogen and carbon, both of which have established markets. While traditional hydrogen production methods generate CO2 emissions, methane pyrolysis presents a cleaner alternative that leverages existing infrastructure and offers scalability potential. Despite some challenges, such as scalability and its hydrocarbon roots, the technology is gaining traction in the energy sector. Modern Hydrogen, a company utilizing a thermal non-catalytic process, is highlighted for its approach to converting natural gas into hydrogen and solid carbon. By removing carbon from natural gas through their MH500 technology, Modern Hydrogen aims to deliver a clean fuel suitable for various industries. Their modular approach allows for customization based on the level of decarbonization required, with pilot projects indicating positive results. The company's timeline for full-scale project deliveries is set for late 2025/early 2026, signaling progress in commercializing methane pyrolysis. Overall, the article portrays methane pyrolysis as a game-changer in the energy transition, presenting a viable solution for natural gas producers to tap into the hydrogen market while contributing to global decarbonization goals. Despite some existing skepticism surrounding hydrocarbon-based hydrogen production, methane pyrolysis stands out for its potential to revolutionize the industry and drive sustainable innovation.