Canamera Energy Metals Begins Auger Drilling at Patos Rare Earth Project in Brazil

Canamera Energy Metals Corp. has launched a 10-hole auger drill program at its Patos rare earth project in Brazil, advancing its strategy to build a diversified Brazilian rare earth platform through staged exploration.

Chicago Metrowire Staff
Energy
Canamera Energy Metals Begins Auger Drilling at Patos Rare Earth Project in Brazil

Canamera Energy Metals Corp. (CSE: EMET) (OTCQB: EMETF) (FSE: 4LF0) has commenced a 10-hole auger drill program totaling approximately 100 meters at its Patos rare earth project in Minas Gerais, Brazil. The program, expected to conclude within two weeks, is part of due diligence ahead of a potential property option agreement and will evaluate the project’s potential for ionic adsorption clay-hosted rare earth mineralization. Samples will be analyzed by a certified laboratory.

Patos represents the company’s third prospective ionic clay REE target in Brazil, complementing ongoing work at Turvolândia and São Sepé. This aligns with Canamera’s strategy to build a diversified Brazilian rare earth platform while minimizing acquisition risk through staged exploration. The company is targeting underexplored regions with strong geological signatures and supportive jurisdictions.

For more details, see the full press release at https://ibn.fm/LbOnt. The latest news and updates relating to EMETF are available in the company’s newsroom at https://ibn.fm/EMETF.

Canamera Energy Metals Corp. is a rare earth and critical metals exploration company building a portfolio of district-scale opportunities across the Americas. The Company’s asset base includes the Mantle project in British Columbia, the Garrow rare earth elements project in Northern Ontario, the Schryburt Lake rare earth and niobium project in Ontario, the Iron Hills critical and rare earth project in Colorado, USA, and the Turvolândia and São Sepé rare earth element projects in Brazil. Across this portfolio, Canamera targets underexplored regions with strong geological signatures and supportive jurisdictions, applying geochemical, geophysical, and geological datasets to generate and advance high-conviction, first-mover exploration targets.

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