Nov 5, 2024, 3:30 AM
Nov 5, 2024, 3:30 AM

Dr. Jackson Ewing Urges Strong Policies to Boost Green Hydrogen Sector

Highlights
  • Dr. Jackson Ewing discussed the 'Catch-22' situation in the green hydrogen sector during a NewHydrogen podcast.
  • He called for comprehensive policy changes to increase demand and investment in hydrogen supply.
  • The development of a vibrant green hydrogen sector is essential for national energy security and climate goals.
Story

On November 5, 2024, NewHydrogen, Inc. hosted a podcast featuring CEO Steve Hill and Dr. Jackson Ewing, a prominent energy policy expert from Duke University. During the discussion, Dr. Ewing underscored the importance of establishing a comprehensive policy framework to support the growth of the green hydrogen industry in the United States. He highlighted a critical 'Catch-22' situation, where insufficient demand prevents investment in hydrogen supply, and low investment further limits demand. Ewing argued for necessary incentives, infrastructure enhancements, and market mechanisms to resolve this issue. Recognizing the significance of bipartisan support for policy initiatives, Ewing pointed out that collaboration across political lines is essential for creating a thriving green hydrogen sector. This sector is vital for achieving national energy security and meeting climate objectives, given the growing global focus on renewable energy sources. Ewing's expertise includes a wide range of projects concerning climate finance, international partnerships, and systems-level changes needed to reach net-zero carbon targets. The discussion further reveals that innovative technologies, such as NewHydrogen’s ThermoLoop™, can make crucial impacts on hydrogen production, fundamentally lowering costs. However, achieving widespread adoption also requires addressing the regulatory and policy barriers that inhibit investment and development. As the hydrogen sector evolves, the interplay between federal policies, market demands, and technological advancements will ultimately determine the trajectory of green hydrogen as a critical energy source.

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