CRT is an industrial defossilisation Platform

An Enabling Platform for Industrial Defossilisation Clean Energy and Water Technologies Pty Ltd (CEWT) Industrial decarbonisation cannot be achieved by renewable electricity alone. While renewables effectively reduce emissions from grid electricity, heavy industries continue to rely on fossil fuels for: • High-temperature process heat • Chemical reductants and feedstocks • Continuous baseload power • Steam and integrated thermal systems Carbon Recycling Technology (CRT) provides a system-level solution. CRT creates a closed carbon loop in which renewable hydrogen supplies energy, while carbon atoms are continuously recycled rather than extracted from fossil sources. This architecture enables industries to eliminate fossil inputs without compromising operational stability. CRT as an Ideology-Neutral Industrial Platform CRT is not built on political positioning. It is built on thermodynamics and system engineering. For industries and policymakers who accept that CO₂ emissions contribute to global warming and climate change, CRT offers a practical pathway for industrial defossilisation — eliminating fossil inputs while maintaining industrial continuity and competitiveness. For those who prioritise energy security, resource efficiency, and long-term industrial resilience — irrespective of climate narratives — CRT functions as a circular carbon economy platform, where carbon is treated as a recyclable carrier rather than a disposable waste stream. In both cases, the outcome is aligned: • Reduced fossil fuel dependence • Greater energy sovereignty • Lower exposure to carbon border mechanisms • Improved system resilience CRT does not depend on belief systems. It depends on physics. Industrial Applications of CRT 1. Green Steel Transition (BF/BOF & DRI Integration) CRT enables renewable methane for high-temperature heat, continuous zero-emission baseload electricity, integration with hydrogen-based DRI, and full-plant defossilisation rather than partial electrification. 2. Green Glass via Oxy-Combustion CRT supplies renewable methane within a closed carbon cycle, enabling stable high-temperature combustion, zero fossil carbon input, and confinement of carbon within system boundaries. 3. Green Aluminium Production CRT supports zero-emission firm baseload electricity, integrated hydrogen-energy architecture, and synergies with caustic soda production pathways — enabling decarbonisation of both electrolytic aluminium production and Bayer process alumina refining. 4. Seawater Desalination & Chemical Valorisation CRT enables continuous zero-emission electricity supply, integration with brine valorisation, and pathways for caustic soda and soda ash production — supporting water security and industrial transition simultaneously. From Decarbonisation to Defossilisation Renewables decarbonise electricity. CRT defossilises industry. Together, they decarbonise the economy. CRT is a scalable industrial platform designed to align heavy industry with energy transition — grounded firmly in thermodynamics and system engineering.