IperionX validates technology to scale US titanium production
System achieved a sixfold increase in throughput volume and a 75% reduction in energy use, the company said.
IperionX (NASDAQ: IPX, ASX: IPX) has confirmed the successful testing of its continuous titanium production furnace, dubbed 'GenX'. The system, which utilizes hydrogen magnesiothermic reduction (HAMR) technology, demonstrated a sixfold increase in production capacity and a 75% decrease in energy usage compared to batch processing methods. The company's validation of GenX comes after four production campaigns, carried out at the company's Virginia R&D facility.
GenX represents a potential game-changer in titanium production economics. Unlike conventional Kroll production, which relies on the batch model, continuous processing offers the possibility of higher throughput, lower unit costs, improved equipment utilization, and reduced processing time. Titanium, classified as a critical mineral by the US, EU, and Canada, is vital for defense, aerospace, medical, and industrial sectors due to its exceptional strength-to-weight ratio and corrosion resistance.
The US consumes over 31,000 metric tons of titanium annually for aerospace purposes, yet currently has no domestic production of titanium sponge - the raw metal necessary for melting and alloying. To avoid a potential supply squeeze, Project Blue founder emphasizes the need for the US to boost titanium capacity.
IperionX's GenX system showcased its capabilities by processing more than 500 kg of titanium powder in four continuous runs totaling 41 hours, at an average rate of approximately 12 kg per hour. In August, the U.S. Army awarded IperionX a second Small Business Innovation Research (SBIR) contract for domestic titanium production for defense applications. This contract enables US government agencies to order project-specific titanium powder-to-part manufacturing systems, collectively capped at $99 million.
CEO Taso Arima expressed his satisfaction with the results, stating that GenX is a continuous titanium production platform that is more efficient to operate and easier to scale. He highlighted that the system's first results exceeded expectations, with more than 500 kg of recycled titanium powder processed across four separate runs, all meeting their respective oxygen specifications.
Arima further noted that the substantial reductions in magnesium, hydrogen, and power consumption, coupled with a sixfold increase in processing throughput, provide a strong foundation for industrial development.
The next step for IperionX is the engineering and economic evaluation of the first industrial-scale production line. The company aims to establish a scalable platform that lowers production costs and makes titanium more accessible for a wider range of applications.
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