Rachael Fahkry is a policy director at the Natural Resources Defense Council, while Jason Mortimer represents Electric Hydrogen. They dive into hydrogen's pivotal role in decarbonizing industries like steel and challenge its historical failures. Listeners learn about green hydrogen’s journey from hopeful promise to economic viability, contrasting visions on its use, and the ongoing technological advancements that could redefine energy production. The conversation also addresses the risks of transitioning to hydrogen amid regulatory hurdles and highlights exciting pilot projects.
Hydrogen is increasingly viewed as a viable solution for reducing greenhouse gas emissions in steel production, potentially replacing coal.
The transition to green hydrogen faces significant challenges in terms of production costs, efficiency, and necessary infrastructure development.
Deep dives
The Role of Steel in Modern Society
Steel is integral to numerous essential aspects of everyday life, including transportation, communication, and infrastructure. Its production primarily relies on energy-intensive processes, specifically the blast furnace method, which utilizes coal to create molten iron. This method not only consumes a significant amount of energy but also releases substantial greenhouse gases, with steel production contributing 8% of the world's emissions. The reliance on steel underscores the urgent need to find sustainable alternatives to reduce its environmental impact while maintaining its role in modern society.
Hydrogen as a Potential Solution
Hydrogen has emerged as a promising alternative to fossil fuels, especially in the context of steelmaking, where it could potentially replace coal in the production process. With support from governments in the US and Europe, there is a renewed interest in hydrogen as part of the larger climate strategy. Unlike traditional hydrogen production methods, which can generate significant carbon emissions, green hydrogen can be produced using renewable electricity, making it a less harmful option. However, the transition faces challenges, including the high production costs and the need for renewable energy sources to sustain hydrogen projects.
Challenges and Innovations in Hydrogen Production
The production of hydrogen, while promising, is fraught with challenges related to cost, efficiency, and infrastructure development. Current methods, including steam methane reforming, represent significant environmental concerns due to the carbon emissions produced. Advances in technology, specifically through electrolyzers that produce hydrogen from water using renewable energy, are critical for making green hydrogen viable. Nevertheless, achieving cost competitiveness with traditional hydrogen production methods remains a significant hurdle that requires ongoing innovation and potential subsidies to facilitate a shift towards cleaner alternatives.
Hydrogen has long been the great hope of the environmental movement. Hydrogen-powered cars; airplanes; even home heating. A single molecule could power it all. Much of that has gone nowhere. But now, hydrogen is being touted as the answer to carbon-free steel. Can we trust in our hydrogen future this time? To explore that question, host Arielle Duhaime-Ross talks to Rachael Fahkry, policy director at the Natural Resources Defense Council, and Jason Mortimer, from the company Electric Hydrogen.