Delivering Closed-Loop Energy Systems for a Defossilised World

CEWT Carbon Recycling Technology (CRT) Investor & Strategic Brief Delivering Closed-Loop Energy Systems for a Defossilised World   1. Executive Summary The global energy system is undergoing a structural reset. Geopolitical instability, volatile fuel markets, and climate constraints are exposing the limitations of the traditional open-loop energy model. Carbon Recycling Technology (CRT), developed by Clean Energy and Water Technologies (CEWT), introduces a closed-loop energy architecture where carbon is continuously recycled. CRT enables dispatchable, zero-emission power while maintaining compatibility with existing infrastructure — solving energy security and decarbonisation simultaneously. 2. The Problem • Fossil fuel dependency exposes nations to geopolitical risk • Renewable intermittency limits industrial application • Hydrogen faces storage, transport, and cost challenges • Existing infrastructure is hydrocarbon-based The current system is fragmented and unsustainable. 3. The CRT Solution CRT creates a closed carbon loop: CO₂ + Renewable H₂ → Synthetic Methane → Energy → CO₂ (recycled) Key outcomes: • Baseload renewable power • Continuous industrial heat • Energy-dense fuel storage • Full infrastructure compatibility 4. Strategic Advantages • System-level integration (power + heat + fuel) • Energy sovereignty for nations • Reduced transition CAPEX (uses existing assets) • Scalable across industries (power, steel, chemicals) 5. Financial Snapshot (135 MW Project) • Total CAPEX: ~A$1.624 Billion • IRR: ~11.7% • Payback: ~8 years • Debt:Equity: 65:35 • Strong alignment with ARENA, CEFC, and Green Iron Fund 6. Why Now • Energy markets destabilised by geopolitical conflict • Carbon pricing tightening globally • Industrial decarbonisation urgency increasing • Hydrogen economy limitations becoming evident This creates a clear entry point for CRT. 7. Conclusion The transition ahead is not about replacing fuels — it is about redesigning the system. CRT enables a shift from open-loop to closed-loop energy architecture, delivering both sustainability and energy independence. This is foundational change, not incremental improvement.