The production of hydrogen from seawater has long been a challenging task due to the corrosive nature of salt and the generation of toxic chlorine gas during traditional electrolysis. However, a new development in the form of special electrodes has emerged, enabling the generation of clean hydrogen without these harmful byproducts. These electrodes, designed by Equatic in collaboration with ARPA-E, will revolutionize hydrogen production by utilizing the abundant resource of ocean water. Through a process involving a cathode, an anode, and innovative technology, seawater can be split into useful oxygen and hydrogen, alongside harmless acidic and alkaline streams that can be recycled back into the ocean. The alkaline stream further reacts with atmospheric CO2 to form stable minerals, contributing to carbon capture efforts. The key to this breakthrough lies in the design of the anode, which selectively splits oxygen from water molecules without creating toxic chlorine gas from the salt present in seawater. Laboratory tests have shown promising results, with the expectation that these anodes will last for approximately three years before requiring maintenance. While experts like Pau Farras acknowledge the potential of this technology, real-world performance remains to be seen, particularly in environments outside the lab. Equatic is now gearing up for commercial production of these electrodes in California, with a focus on sustainability and scalability. By planning to integrate these electrodes into a demonstration plant in Singapore, the company aims to showcase the practical application of this technology, with the potential to remove significant amounts of CO2 and produce hydrogen on a daily basis. This advancement represents a significant step towards achieving cleaner and more sustainable energy production methods, with a strong emphasis on utilizing natural resources responsibly.