Скачать или смотреть If This Works, Green Hydrogen Drops to $1kg… Without Solar or Wind

What if green hydrogen didn’t need solar panels, wind turbines, or expensive electrolyzers? What if we could make clean hydrogen using nothing but heat—geothermal heat, industrial waste heat, or advanced thermal systems—and finally reach the long-promised target of $1 per kilogram?

In today’s video, we dive deep into a breakthrough hydrogen technology that could disrupt the entire energy transition. Heat-powered hydrogen, thermochemical water splitting, and geothermal-driven hydrogen production are emerging as realistic alternatives to traditional electrolysis. If this works, green hydrogen could become scalable, cheap, and available anywhere on Earth—not just in regions with strong wind or solar resources.

We explore how heat-to-hydrogen systems function, why geothermal heat may be the key to global hydrogen scaling, what companies like NewHydrogen are attempting with their ThermoLoop concept, and how this could reshape cost, supply chains, and energy access worldwide. This is one of the most exciting—and controversial—developments in the clean hydrogen industry.

If you're serious about the future of hydrogen, clean tech innovation, and energy economics, this video is essential.

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🔍 What You’ll Learn in This Video

• How thermochemical hydrogen production works
• Why electricity is the biggest cost in green hydrogen
• How geothermal heat can power hydrogen production
• Whether $1/kg hydrogen is actually possible
• What makes heat-powered hydrogen different from electrolysis
• The global impact on heavy industry, transport, and hydrogen exports

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