Aclara Resources (ARA.TO) has announced it has entered into an agreement with CAP, a Chilean company, whereby the latter will invest an initial US$29M in REE Uno, Aclara’s subsidiary which […]
Tag: #Praseodymium
Medallion Resources: A REE Supply Chain Solution
Although the initial REE craziness from last summer has subdued a bit, it did have a serious spillover effect as companies in Western nations have given their supply chain a […]
Medallion Resources is raising in excess of C$600,000 to fund additional met work
Medallion Resources (MDL.V) is in the process of completing a C$630,000 placement after upsizing the originally announced placement due to investor demand. The units will be issued at C$0.09, with […]
Medallion Resources will receive up to C$50,000 in government funding
Medallion Resources (MDL.V) is still making slow but steady progress in its attempts to develop an automated process to extract Rare Earth Elements form Monazite, a waste product of mineral […]
Rare Earth Salts starts the separation test work on Medallion’s REE concentrate
Rare Earth Salts has now initiated the procedures to try to separate the REE concentrate provided by Medallion Resources (MDL.V) into individual rare earth oxides. This is a very important […]
Report: Medallion Resources – Removing the cerium is an incredibly important milestone
Last month, Medallion Resources (MDL.V) announced it successfully completed additional test work aiming at producing a cerium-depleted REE concentrate. This is a major step forward for the company as the […]
Medallion Resources resumes REE test work
Medallion Resources (MDL.V) has now resumed its test work to extract Rare Earth Elements from monazite, a by-product from mineral sands operations. The company has recently closed a first tranche […]
Report: Medallion Resources – REE prices are showing substantial price increases
Last year, we were impressed by the Medallion Resources’ (MDL.V) attempts to recover Rare Earth Elements from the mineral monazite. As Monazite is a waste product associated with mineral sands […]
