In the grand tapestry of economic and environmental policy, the burgeoning landscape of manufacturing and energy production in the United States stands out not merely as advantageous—it intertwines the dual threads of prosperity and sustainability. With some of the world’s most stringent environmental standards at our disposal, the potential for hydrogen—a miraculous element, devoid of carbon emissions when utilized—beckons. It finds utility across multifaceted industrial domains, from the production of steel to the synthesis of cement and chemicals. The time has come for robust policies to harness this nascent potential.
As the bustling corridors of New York Climate Week and the U.N. General Assembly resonated with discussions in September, hydrogen production emerged as a focal point of excitement. This enthusiasm spanned the spectrum from conventional natural gas derivatives to revolutionary zero-carbon sources such as renewables and nuclear power. Indeed, the production of hydrogen serves as a keystone in our imminent energy transition; however, without the infrastructure to underpin its unique properties, the lofty climate objectives championed by both private enterprises and governments may well remain out of reach.
In conjunction with the Department of Energy’s Regional Clean Hydrogen Hubs that are already gaining traction, the importance of midstream infrastructure—think pipelines and innovative storage solutions like salt caverns—cannot be overstated. Presently, the U.S. boasts merely 1,600 miles of dedicated hydrogen pipeline, a stark reminder of the infrastructural gap that must be bridged to cultivate a resilient hydrogen ecosystem. A paradigm shift is needed, one that propels the construction of additional infrastructure: pipelines, storage facilities—pivotal elements for realizing hydrogen’s potential.
The horizon gleams with the promise of clean hydrogen production scaling to an ambitious 10 million metric tons annually by 2030—a staggering feat that mirrors the equivalent of 10 million gallons of gasoline, translating to a remarkable 900% surge from current outputs. Yet, therein lies a conundrum; accurately forecasting hydrogen demand proves a formidable challenge. Corporations, skittish of investing in hydrogen without assurances of reliable supply and delivery mechanisms, hesitate at the precipice.
To encapsulate this pressing reality, one might recall a cherished line from the classic cinematic gem, Field of Dreams: “If you build it, they will come.”
The global stage tells a compelling narrative, one where the United States appears to lag in the race to establish robust hydrogen infrastructure. Take Oman, for instance—daring to construct 620 miles of hydrogen pipelines, or Denmark, poised to monopolize over a third of all new hydrogen pipelines worldwide between 2022 and 2026. The European Hydrogen Backbone Initiative serves as a testament to the efficacy of coordinated efforts; it unites over 30 energy infrastructure players, projecting the creation of nearly 20,000 miles of pipeline by 2030, with 40 groundbreaking projects underway. Germany has earmarked a whopping $21.7 billion to fashion a 6,000-mile hydrogen network, while the Netherlands has already commenced construction of its ambitious system. Meanwhile, the H2Med project, classified among the EU’s Projects of Common Interest, aims to facilitate the transport of an astonishing 10% of the continent’s hydrogen consumption targets—nearly 2 million metric tons of green hydrogen upon its completion.
Learning from Europe’s foresight and collaborative spirit could provide a blueprint for the U.S. By cultivating a well-structured response from industry combined with coherent federal policies, the nation could usher in the much-needed investment into hydrogen. Currently, the absence of federal regulations governing the siting of interstate hydrogen pipelines breeds uncertainty—both for operators and investors alike.
To achieve a realistic cost for hydrogen production, it’s essential that the midstream segment—encompassing gathering, processing, and transportation—is integrated into the overall hydrogen economy. As it stands, hydrogen struggles to compete in pricing with traditional, higher-emission fuels. The Department of Energy’s audacious goal—a “moonshot” initiative aiming to reduce hydrogen costs to $1 per kilogram by 2030—hinges on the establishment of economies of scale across hydrogen infrastructure. The logic is simple: an increase in production and midstream capacity directly correlates with a decrease in hydrogen costs.
Present endeavors, such as the hydrogen production tax credit (45V), hold promise but may fall short unless the U.S. Treasury Department optimizes its guidance to offer greater flexibility for producers. According to DOE projections, a staggering 50% of required investments to catalyze the clean hydrogen market by 2030 must be directed toward midstream and end-use infrastructure. Some initiatives, like the DOE’s HyBlend venture, illustrate a commitment to retrofitting existing natural gas pipelines for hydrogen use. However, the DOE, in collaboration with other federal entities, could propel the sector further by establishing definitive standards for hydrogen blending.
A hydrogen-enriched future is tantalizingly within reach this decade. However, it demands a concerted effort from industry stakeholders, policymakers, and advocates for a clean future. The world is watching as nations rally around the hydrogen vision—investing in infrastructure and crafting sound policies. The United States must transform its dreams into tangible realities, lest it risk fading into the shadows of global competition.