The mineral exploration and development company reports successful test work to remove low-value cerium from the Boland rare earth project, significantly upgrading the potential mixed rare earth carbonate product.
The critical minerals developer announces exploration plans for its Manna Hill Copper Project in South Australia, including geophysics and drilling to test for scale and depth extensions of existing mineralization.
The critical minerals developer is hosting an investor webcast to discuss its Boland Ionic Rare Earth Project and Manna Hill Copper Project.
The critical minerals developer announces successful results from metallurgical optimization tests, demonstrating the ability to remove less valuable cerium and increase the proportion of high-value rare earth elements.
The critical minerals developer announces exceptional results from in-field permeability studies at its Boland Ionic Heavy Rare Earth Project, positioning the project to deliver some of the lowest costs for heavy rare earth recovery globally.
The critical minerals developer has announced the exercise of warrants and dealings by persons discharging managerial responsibilities.
The critical minerals developer has commenced field trials to test a low-cost and environmentally sustainable mining method for its rare earth project in South Australia.
The critical minerals developer has received the final permit required to commence in-field permeability testing at its Boland Ionic Rare Earth Project in South Australia, a key milestone in validating the project's potential for low-cost, sustainable rare earth production.
The critical minerals developer provides an update on the metallurgical optimization of its Boland project, indicating favorable results from flow-sheet studies aimed at reducing costs and maximizing the value of rare earth metals.
The critical minerals developer has achieved exceptional metallurgical results from its Boland Ionic Rare Earth Project, indicating potential for low-cost production. However, the project remains in the testing phase, with further work required to validate the in-situ recovery process.