The article discusses the potential of methane pyrolysis, also known as 'turquoise' hydrogen, as a cleaner alternative for hydrogen production and energy transition. By utilizing the existing natural gas infrastructure in the United States, methane pyrolysis can convert natural gas into hydrogen without emitting carbon dioxide. This process also produces solid carbon materials like carbon black, graphite, and carbon nanotubes, offering opportunities to address climate change and reduce the reliance on mining. Methane pyrolysis has the advantage of generating hydrogen with almost zero carbon emissions, compared to the current dominant method of steam methane reforming (SMR). While there are technical challenges, such as energy inputs and scalability, the technology is evolving to become more cost-effective and commercially viable. Solid carbon byproducts from pyrolysis, such as carbon black, graphite, and carbon nanotubes, have diverse applications in industries like tire manufacturing, battery anodes, and aerospace, providing additional revenue streams. Companies like Monolith and Modern Hydrogen are at the forefront of methane pyrolysis development. Monolith, for instance, received significant funding to expand its clean hydrogen and carbon black production, partnering with a tire manufacturer to produce low-emission electric vehicle tires. Modern Hydrogen has introduced a modular approach to scale up pyrolysis technology, indicating a growing interest in sustainable energy solutions. Overall, methane pyrolysis presents a promising pathway to decarbonize hydrogen production, reduce carbon emissions in various sectors, and create new opportunities for cleaner energy and materials in the transition towards a more sustainable future.