Magma Power LLC, a leader in renewable energy innovation, announced the issuance of a pioneering patent for a method and system designed to produce H₂ through the thermochemical splitting of water, utilizing the immense heat generated by subterranean magma reservoirs. This state-of-the-art technology represents a major advancement in the pursuit of clean and sustainable H₂ production, offering a revolutionary alternative to traditional methods.

Revolutionizing H₂ production with Earth's natural heat. The patented system begins with a wellbore that extends from the surface deep into a subterranean heat source, specifically a magma reservoir. The method involves injecting one or more feed streams of water into a reaction chamber, where the water undergoes thermochemical splitting to form H₂ and oxygen. The process is powered by molten salt, heated by magma, which ensures the reaction occurs at an optimal temperature for maximum efficiency and sustainability. The resulting H₂ and oxygen are then efficiently extracted through designated outlet conduits.

KEY PATENT CLAIMS

This patent introduces a comprehensive and highly advanced system for optimizing H₂ production using geothermal heat. Key claims of the patent include:

1. Thermochemical Splitting System: A reaction system designed for H₂ production, featuring a wellbore extending into a magma reservoir. The system includes a reaction chamber maintained at the required reaction temperature by molten salt received from the wellbore, and inlet and outlet conduits for water feed streams and product streams of H₂ and oxygen.
2. Water Recycling Feature: The system includes a return conduit for recycling unreacted water back into the reaction chamber, enhancing efficiency and minimizing waste.
3. Catalyst Integration: The reaction chamber can include a circulating fluidized bed of non-volatile metal oxide catalysts, or alternatively, a volatile metal oxide catalyst, to optimize the thermochemical reactions.
4. Enhanced Feed Stream Composition: The system can handle additional feed streams such as iodine, sulfur dioxide, copper, and hydrochloric acid to further enhance the reaction processes.
5. Molten Salt Heat Transfer: Heat is supplied to the reaction chamber via molten salt circulated through heat exchangers located within the wellbore, ensuring consistent and controlled reaction temperatures.
6. Absorption Chiller and Separator Vessel: The system includes an absorption chiller that receives molten salt from the wellbore to generate a cooling fluid, which is then used to cool a separator vessel. This vessel further processes the H₂ and oxygen product streams into one or more end products.
7. Downstream H₂ Utilization: The system is designed to integrate with downstream processes, allowing the produced H₂ to be combined with carbon dioxide to generate valuable hydrocarbon products.
8. Hydrocarbon Recovery and Separation: The downstream system can produce both liquid and gas phase hydrocarbons. An absorption chiller and recovery equipment are used to cool and separate these hydrocarbons, maximizing the system's efficiency and output.

Levi Conner, CEO of MagmaPower LLC, said, "This patent marks a transformative step in H₂ production. By utilizing the Earth's natural geothermal energy, specifically from magma reservoirs, we've developed a method that not only optimizes the efficiency of H₂ generation but also significantly reduces environmental impact. This technology has the potential to reshape the energy landscape by providing a cleaner, more sustainable source of H₂."

Richard McDonald, Chief Strategy Officer of Magma Power LLC, said, "The integration of molten salt heat transfer, catalyst-enhanced reactions, and water recycling within this system represents a major leap forward in thermochemical processes. By directly tapping into geothermal heat, we can produce H₂ with a level of efficiency and environmental responsibility that was previously unattainable. This innovation aligns perfectly with the global push towards cleaner energy and reduced carbon footprints."

KC Conner, Founder of Magma Power LLC, said, "Our mission has always been to harness the Earth's inherent energy in innovative ways that drive global progress. This patent is the culmination of years of dedicated research, and we're thrilled to introduce a technology that promises to revolutionize H₂ production. By leveraging geothermal heat, we're not just creating a new method for producing H₂—we're setting a new standard for what's possible in sustainable energy."