Building a Sustainable Future: Dr. Ewing's Call for a Robust Policy Framework for Green Hydrogen
Key Ideas
  • Dr. Jackson Ewing stresses the importance of a comprehensive policy approach to drive investment and adoption of green hydrogen in various sectors like ammonia production, long-haul trucking, and industrial processes.
  • He advocates for measures such as production tax credits, carbon pricing mechanisms, and low-carbon fuel standards to accelerate the growth of the green hydrogen sector.
  • Dr. Ewing emphasizes the significance of bipartisan collaboration and a durable policy framework to ensure long-term investment and development in the green hydrogen industry.
  • NewHydrogen, Inc. is developing ThermoLoop™, a technology that aims to produce the world's cheapest green hydrogen by using water and heat, eliminating the need for expensive green electricity.
Dr. Jackson Ewing, Director of Energy and Climate Policy at Duke University, highlighted the challenges faced by the hydrogen sector due to a 'Catch-22' dynamic where the lack of demand hinders investment in supply, and vice versa. He underscored the importance of a robust policy framework encompassing incentives, infrastructure development, and market mechanisms to overcome this challenge. Dr. Ewing identified potential demand drivers for green hydrogen in sectors like ammonia production, long-haul trucking, and industrial processes. He emphasized the necessity of policy interventions such as production tax credits, carbon pricing mechanisms, and low-carbon fuel standards to accelerate the adoption of green hydrogen. Dr. Ewing stressed the need for bipartisan support and collaboration to develop a thriving green hydrogen sector, essential for national energy security and climate goals. NewHydrogen, Inc. is working on ThermoLoop™, a technology that uses water and heat to produce cost-effective green hydrogen, eliminating the reliance on expensive green electricity. The company aims to contribute to the growth of the green hydrogen economy and reduce the environmental impact of traditional hydrogen production methods.
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