Clean TeQ Water Completes Innovative Uranium Processing Plant For Heathgate

Clean TeQ Water has established a competitive edge in the critical minerals sector by successfully commissioning its proprietary CLEAN-IX^® U-Column plant at Heathgate Resources’ South Australian operations. This deployment serves as a definitive case study in how Moving Bed Ion Exchange (MBIX) technology outperforms traditional processing methods by delivering higher uranium tenor and purity while simultaneously reducing environmental overheads. Unlike conventional systems, the MBIX platform is specifically engineered to handle the nuances of in-situ recovery (ISR) mining, providing a scalable solution that directly addresses the global demand for sustainable energy materials.

Technical Performance and Operational Advantages
The transition of the CLEAN-IX U-Column from engineering to full operational status confirms the technology's ability to meet rigorous site-specific metallurgical requirements. The system optimizes the extraction process by achieving superior eluate grades and significantly lower water consumption compared to standard ion exchange configurations. By streamlining the recovery cycle, the MBIX technology increases overall operational efficiency, allowing mining operators to maximize output while maintaining strict water stewardship standards—a critical differentiator in the arid environments where uranium is often sourced.

Strategic Scalability Across Critical Metals
The success of the Heathgate project validates the versatility of Clean TeQ’s modular architecture. While this installation focuses on uranium to support the growing energy needs of decarbonization and AI infrastructure, the underlying MBIX platform is designed for broad application. Its chemical selectivity and modular design allow for seamless adaptation to recover other essential elements, including lithium, base metals, and rare earth elements. This flexibility positions the technology as a future-proof processing solution capable of addressing diverse ore bodies and complex process streams on a global scale.

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