WE ARE BUILDING A SYSTEM-THAT DELIVERS!

Clean Energy and Water Technologies (CEWT) is developing an upcoming large-scale energy project focused on one of the most difficult challenges in the global energy transition: how to deliver continuous, carbon-free power—24 hours a day, 7 days a week—at an industrial scale. Direct electrification will drive much of global decarbonisation. However, electrification alone does not guarantee emissions reduction unless the electricity itself is carbon-free at all times. Many industrial systems—such as green iron and steel, chemicals, mining, data centres, and critical infrastructure—require firm, dispatchable energy that cannot depend on intermittent supply or annual averaging. CEWT’s project is based on a system-level energy architecture, not a single technology or add-on solution. It is designed from the system boundary inward, integrating renewable electricity, energy storage, and carbon-recycling principles to ensure reliability, continuity, and genuine emissions elimination in real-world operation. The platform is being developed to: • Deliver firm, dispatchable, carbon-free power rather than an intermittent supply • Maintain industrial reliability without reliance on fossil fuels • Reduce exposure to volatility in fuel supply, pricing, and grid constraints • Scale and replicate across multiple industrial applications and regions • Meet decarbonisation objectives in practice, not just in accounting terms This is not an offset-based approach, nor a reliance on future grid assumptions. It is a purpose-built energy system engineered to operate continuously while supporting long-term industrial and infrastructure needs. The project is currently in development, with system design, partner engagement, and implementation pathways progressing in parallel. Further technical and commercial details will be disclosed at the appropriate stage as the project advances. Our philosophy We design energy systems that deliver predictable, carbon-free power at an industrial scale—every hour of the year.