Beyond Decarbonisation. Towards Defossilisation.

CEWT Version 2.0 Investment Overview

Engineering Circular Energy Ecosystems for Critical Infrastructure The rapid growth of artificial intelligence, digital infrastructure, and industrial electrification is transforming the global energy landscape. Future critical infrastructure—including AI hyperscale data centres, hospitals, university campuses, industrial parks, and remote communities—will require continuous, resilient, and sustainable energy that extends well beyond conventional electricity supply. Current energy technologies often address individual challenges such as renewable generation, hydrogen production, batteries, carbon capture, or cooling. While each technology contributes value, they are frequently deployed as independent systems. The next generation of energy infrastructure will require these technologies to operate as an integrated ecosystem. Clean Energy and Water Technologies (CEWT) has developed Circular Carbon Recycling Technology (CRT), an integrated energy platform designed to deliver reliable baseload electricity, heating, cooling and renewable synthetic fuels within a circular carbon economy. By integrating renewable electricity, hydrogen, renewable synthetic fuels, and carbon recycling, CRT aims to reduce dependence on fossil carbon while providing secure and dispatchable energy for mission-critical applications. Unlike conventional energy systems, CRT is designed to provide: • Continuous 24/7 baseload power • AC and DC electrical supply • Integrated heating and cooling • Behind-the-meter and grid-independent operation • Circular carbon recycling for renewable synthetic fuel production • High overall system efficiency through integrated energy utilisation This integrated approach positions CEWT not simply as a technology developer, but as a designer of resilient circular energy ecosystems capable of supporting the world’s next generation of digital and industrial infrastructure. Our vision extends beyond reducing emissions. We believe the long-term energy transition requires Defossilisation—the progressive replacement of linear fossil-carbon systems with renewable, circular energy ecosystems powered by clean electricity and sustainable molecules. As governments, industries, and investors seek reliable, scalable, and commercially viable pathways towards a low-emissions future, CEWT offers an integrated platform designed to bridge the gap between renewable energy, energy security, and industrial resilience. We invite investors, strategic partners, governments, and technology leaders to join us in developing the next generation of circular energy infrastructure. CEWT is not building another power plant. CEWT is engineering the future architecture of energy—integrating electricity, hydrogen, renewable synthetic fuels, and circular carbon into resilient energy ecosystems for critical infrastructure. Beyond Decarbonisation. Towards Defossilisation.