NewHydrogen, Inc., based in Santa Clarita, California, is making strides in revolutionizing energy production through innovative technologies like Perovskite solar cells and green hydrogen generation. The company's CEO, Steve Hill, and Dr. William Scheideler from Dartmouth College's Thayer School of Engineering recently discussed scalable nanomanufacturing, 3D materials for energy applications, and the potential of green hydrogen in a podcast. Dr. Scheideler's research group focuses on developing earth-abundant materials for electrocatalysis to replace costly catalysts used in water electrolysis. Perovskite solar cells, a new generation of solar cells manufactured using printing techniques, offer a promising solution for low-cost, high-efficiency renewable energy generation. Hydrogen, particularly green hydrogen, is presented as a viable energy storage alternative to batteries, especially for managing surplus energy from sources like wind and solar. Dr. Scheideler emphasized the importance of using earth-abundant materials to enhance commercial viability, even if they are slightly less active than traditional catalysts. The ordered structure created by their approach aims to improve efficiency in hydrogen and oxygen generation through systematic pathways. The article also highlights the potential of hydrogen in various industries such as agriculture, transportation, and manufacturing. NewHydrogen's ThermoLoopTM technology stands out as a breakthrough in producing low-cost green hydrogen by utilizing water and heat directly, eliminating the need for expensive green electricity. By leveraging concentrated solar, geothermal, and industrial waste heat, the company aims to significantly reduce the cost of green hydrogen production. The article further discusses the potential market value of the green hydrogen economy, estimated at $12 trillion by Goldman Sachs, showcasing the vast opportunities in sustainable energy solutions.