News, 1 August 2025
Paragon Resources and Siemens Energy signed a Memorandum of Understanding (MoU) which aims to scale an ultra-clean hydrogen process that works without electricity, fossil fuels, or carbon capture making green hydrogen feasible for heavy‑industry at scale.
Why this matters in the real world
A human-first vision for decarbonization
- Paragon’s patented process reacts recycled aluminium with water and a catalyst, yielding hydrogen gas, heat, and aluminium hydroxide all with zero CO₂ emissions.
- The resulting aluminium hydroxide is highly versatile, used in water purification, ceramics, pharmaceuticals, fire retardants, and more.
- Using recycled aluminium also helps prevent waste from ending in landfills, coupling hydrogen production with resource circularity.
🚀 The plan: from pilot to global industrial scale
What Paragon brings:
- A novel catalyst and reactor design
- Multiple patents covering AI-based control and process innovation
What Siemens brings:
- The Xcelerator open digital business platform
- AI-driven optimization, digital twin technology, automation, remote operations, and cybersecurity.
Collaboration goals:
- Speed up industrial-scale deployment
- Maximize reactor efficiency and thermal energy recovery
- Ensure scalable, secure, and remote-managed operations
🔊 Quotes that highlight the ambition
“Our mission is to enable a new standard for green hydrogen production: clean, efficient, and commercially viable without compromise.”
— Ian Calvert, CEO, Paragon Resources
“By integrating our automation and digitalisation expertise, we look forward to working with Paragon to build a robust hydrogen market for the UK—supporting sustainability, efficiency, and circularity.”
— Andy Lane, Senior Commercial Manager, Siemens
✅ Why this could go viral in clean‑tech circles
- Bold innovation: Hydrogen produced without electrolysis or fossil fuels is nothing short of disruptive.
- Circular economy at its best: Recycling aluminium avoids landfill waste while powering industries.
- Human-centric narrative: Sustainability used to protect communities, industries, and jobs.
- Ready-to-scale: Siemens’ digital tools make industrial rollout realistic and efficient.
🌱 Quick Take: What this means for the future
- Green hydrogen becomes realistic for industries like chemicals, steel, and long-haul transport.
- Reduces reliance on expensive renewable energy or grid infrastructure.
- Boosts resiliency: Process is independent of local grid constraints or variability.
- Strengthens sustainability: Combining industrial AI, automation, and aluminium recycling sets a new industrial benchmark.
