A recent study conducted by researchers at the University of Wyoming proposes blue hydrogen production from natural gas as a potential solution for the state's transition to a net-zero emissions economy. Blue hydrogen, derived from natural gas through steam methane reforming coupled with carbon capture and storage, offers a cleaner alternative to traditional natural gas. While green hydrogen is cleaner, the study highlights the cost-effectiveness of blue hydrogen production for Wyoming given its existing natural gas infrastructure. The study emphasizes Wyoming's unique position for blue hydrogen production, citing its abundance of natural gas wells and pro-energy regulatory environment as favorable factors. Additionally, federal tax incentives could further boost the state's economic prospects in the energy sector. By embracing blue hydrogen production, Wyoming could also stimulate its workforce economy and retain talent within the state. However, the production of blue hydrogen comes with challenges, such as high costs and significant water usage for carbon capture and storage. Despite these obstacles, the study suggests that Wyoming could potentially earn $2 per kilogram of low-carbon hydrogen and $85 per metric ton of captured carbon dioxide, making the implementation of blue hydrogen production a promising venture for the state. While green hydrogen remains a viable option with higher selling prices, the study advocates for Wyoming to explore both blue and green hydrogen as part of its strategy to diversify the energy-driven economy. By capitalizing on its natural gas and wind resources, Wyoming could pave the way for a sustainable energy future that creates new job opportunities and bolsters economic development.