Nu:ionic Technologies and RW Energy have entered into a strategic collaboration to enhance the decentralized production of low-carbon hydrogen in the United States. The partnership, formalized through a Memorandum of Understanding (MOU), aims to cater to the increasing need for low-carbon energy solutions, particularly focusing on CO2 capture in compliance with strict environmental regulations. RW Energy will be responsible for identifying suitable sites, designing infrastructure, and overseeing commercial project development, while Nu:ionic will supply modular equipment for hydrogen production, including the Nu-X Smart Reformer technology that integrates CO2 capture from the production phase. The initial low-carbon hydrogen production sites are planned in Northern California, Texas Gulf Coast, and Ohio, chosen for their infrastructure, market demand, and regulatory support. Utilizing Nu:ionic's Teal Hydrogen™ technology, these facilities are expected to produce between 1.2 and 6 tons of hydrogen daily, with commissioning targeted for late 2025. The high-purity hydrogen generated will be accompanied by cryogenic liquid CO2, which can be transported for sequestration or other industrial applications to curb global carbon emissions. Nu:ionic's Nu-X Smart Reformer is highlighted for its capability to produce low-carbon hydrogen from natural or biogas while capturing emitted CO2 efficiently. This technology advancement offers distributed capacity hydrogen production, fulfilling local energy needs and reducing transportation expenses. The combination of cost-effective natural gas, electrified combustion, and carbon capture enables the provision of competitively priced low-carbon hydrogen, promoting its adoption in industrial and energy sectors. The collaboration between Nu:ionic and RW Energy is a timely response to industries' increasing need to meet stringent environmental standards. Low-carbon hydrogen is recognized as a vital solution for decarbonizing challenging sectors like heavy industry and transport, though profitability and market acceptance remain crucial. Successful projects from this partnership could serve as templates for future undertakings in the US and globally, showcasing the economic and environmental viability of low-carbon hydrogen and steering the energy transition towards a sustainable future.