The article discusses the rising demand for green hydrogen as industries and businesses seek cleaner alternatives to conventional 'dirty' hydrogen production. Offshore power generators are now presented with an innovative solution through SeaStack technology by Latent Drive, enabling them to produce green hydrogen directly at the source. The article highlights the key challenges with current green hydrogen production methods, including high costs, reliance on rare minerals, and substantial energy and water requirements. SeaStack addresses these issues by utilizing excess offshore wind energy to power electrolysis, thus reducing production costs from $5-6/kg to under $2/kg. SeaStack's design eliminates the need for water desalination, making it a cost-effective and environmentally friendly solution. The technology introduces Catrodes, a sustainable alternative to conventional electrodes, enhancing efficiency and longevity in offshore environments. By leveraging SeaStack, offshore wind operators can capitalize on excess wind energy and contribute significantly to the green hydrogen revolution. The article emphasizes the shift towards green hydrogen in various industries, such as chemical production and steel manufacturing, as a means to decarbonize operations. SeaStack's modular and compact design allows for easy integration with offshore turbines, making it suitable for space-restricted areas. Overall, SeaStack represents a groundbreaking advancement in offshore hydrogen production, offering a practical and scalable solution for the increasing demand for green hydrogen in the global market.