Traditional hydrogen production methods, such as steam methane reforming, are carbon-intensive and environmentally damaging. In contrast, Hydroluminum’s technology utilizes post-consumer and industrial aluminum waste to generate hydrogen through a clean, water-driven process. Our approach requires no fossil fuels, produces no greenhouse gases, and revalorizes discarded materials, offering an unparalleled sustainability profile.

Unlike green hydrogen produced via electrolysis, which demands substantial renewable electricity inputs, Hydroluminum’s process is inherently energy-efficient and decentralized. Our method delivers hydrogen with a lower carbon footprint, greater material circularity, and minimal environmental disruption. Additionally, our system scales flexibly, providing reliable hydrogen supply without grid dependency.

Hydroluminum’s aluminum hydroxide is a versatile, high-value material suitable for multiple industries. Key applications include flame retardants for plastics and textiles, pharmaceutical excipients, water purification agents, ceramics, and glass manufacturing. Clients benefit from a product that is sustainably sourced, with superior purity and traceable, ethical supply chains.

Hydroluminum is a catalyst for circular economy practices by transforming waste aluminum into clean energy and reusable materials. By capturing value from discarded resources, minimising environmental impact, and creating closed-loop production cycles, we reduce dependency on virgin raw materials and promote a regenerative, resource-efficient economy. The UK is a net importer of aluminium hydroxide whilst exporting hundreds of thousands of tonnes abroad. By closing this loop we can reduce waste and promote industry.