Developers in the United States are looking to expand the country's hydrogen production using electrolyzers, marking a potential shift from reliance on hydrocarbon feedstocks. Planned electrolyzer installations, which utilize electricity to produce hydrogen from water, could significantly increase US capacity to 4,524 MW from the current 116 MW. This expansion would boost annual hydrogen production through electrolysis to around 0.72 million metric tons, compared to the current 10 MMmt produced from fossil fuels and industrial sources. Electrolyzers that meet low carbon intensity standards may be eligible for production tax credits if construction begins by 2033. Hydrogen plays a crucial role in industries like petroleum refining and fertilizer production, as well as serving as a storable fuel for power generation. The article details how hydrogen can be produced from natural gas and coal through Steam Methane Reforming (SMR) but highlights the shift towards electrolyzers for carbon-neutral hydrogen production. The International Energy Agency (IEA) notes that electrolyzer technologies like Proton Exchange Membrane (PEM) and Alkaline, though commercially deployed, require further advancements for competitiveness. The article also touches on the ongoing development of a new hydrogen supply model to better incorporate hydrogen projections in the Annual Energy Outlook for 2025. While electrolyzer projects are on the rise in the US, traditional SMR technology still dominates hydrogen production. The SMR process, involving high-temperature steam applied to methane, produces hydrogen, carbon monoxide, and carbon dioxide. Facilities can integrate carbon capture and storage (CCS) to mitigate the carbon footprint of SMRs. Despite this, the renewable energy-driven electrolyzers offer a promising path towards carbon-neutral hydrogen production in the US.