THE HYDROGEN REEF ARCHITECTURE A Public-Safe White Paper on the Integration of Floating Seawater Photocatalytic Reactors with Metabolic Energy Systems

This research looks at two problems: a shortage of fresh water and the uneven supply of energy for making green hydrogen. It studies how floating reactors that split seawater using light can be combined with metabolic energy systems. The idea, called the Hydrogen Reef Architecture, is a small, self‑sufficient unit that turns natural inputs—sunlight, seawater, humidity, and tidal motion—into steady hydrogen fuel and electricity. A key part of the design is a “self‑breathing” membrane that lets the water‑splitting reaction happen without needing large‑scale desalination. The system gathers energy in several ways and uses a control layer that first checks constraints to keep thermodynamic efficiency high even when conditions change. The

study provides a step‑by‑step method to simulate how mass moves, how the photocatalyst works, and the overall energy balance of the combined system. By examining how membrane‑based vapor flow works together with sunlight‑driven catalysis, the research shows a scalable, safe, and sustainable way to produce hydrogen offshore. It sets a starting point for future pilot projects and for improving the process in marine environments. The proposed simulation framework can be used to test whether decentralized marine energy systems are practical.

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