InVert Graphite has announced the acquisition of RapidGraphite Pty Ltd, securing exclusive global rights to the RapidPulse™ graphite processing technology. Developed at Curtin University, the technology has the potential to convert natural graphite into battery-grade material within seconds, significantly improving processing efficiency.
Building a Vertically Integrated Graphite Business
The acquisition marks a major step in InVert Graphite’s strategy to create a vertically integrated graphite supply chain. By combining the RapidPulse™ technology with its wholly owned Morogoro Graphite Project in Tanzania, the company aims to strengthen its position in the growing battery materials market.
Promising Early Test Results
Initial laboratory testing delivered encouraging outcomes. The RapidPulse™ process achieved approximately 99% graphite purity while improving crystallinity levels. In addition, the technology eliminated the need for conventional acid purification and chemical washing methods, offering a potentially more sustainable approach to graphite processing.
Industry Recognition and Funding Support
As reported by Business Insider, the transaction also strengthens InVert Graphite’s relationship with Curtin University, which is expected to become a shareholder in the company. Furthermore, RapidGraphite is set to benefit from an Australian Government grant designed to support the scaling of the technology.
Capital Raising to Support Commercial Development
To advance research, development, and pre-pilot production activities, InVert Graphite has secured commitments for a A$2.5 million capital raise. The funds will support further testing, technology validation, and development of the company’s graphite processing capabilities.
Positioning for Future Battery Demand
Through this acquisition, InVert Graphite aims to establish a more efficient and environmentally sustainable pathway for producing battery-grade graphite. As demand for critical battery minerals continues to grow, the company intends to leverage both its graphite resource base and advanced processing technology to capture greater value across the supply chain.
