The mobile laboratory, supplied by Bromet, is planned to be owned by Critical Metals but operated exclusively by locally trained Greenlandic personnel. This operational model emphasizes the importance of leveraging regional expertise while maintaining rigorous analytical standards. To ensure credibility and accuracy, all geochemical results produced by the mobile lab will undergo oversight and validation by an independent third-party laboratory accredited to appropriate standards. The implementation and use of this facility remain contingent upon securing the necessary approvals from Greenlandic governmental and regulatory authorities.
The mobile facility is industrial-grade and engineered for high efficiency and reliability under Greenland's environmental conditions. It delivers real-time, on-site geochemical data that is critical for improving the pace and quality of pilot plant operations and overall project development at Tanbreez. Featuring automated sample preparation systems combined with Micro X-ray fluorescence analysis capabilities, the laboratory employs a Bruker M4 Tornado Plus 26S instrument.
This technological integration allows for comprehensive rare earth element (REE) analysis to be conducted onsite within roughly 80 minutes, markedly faster than traditional methods that rely on off-site laboratory processing that often incurs delays from transportation and queue times.
Chief Executive Officer Tony Sage described the acquisition as a “transformative milestone” signaling the company’s progression beyond initial exploration phases towards more advanced pre-mining pilot plant operations. Sage emphasized that having laboratory-grade analytical capacity onsite is expected to expedite data collection significantly, which, in turn, will enhance real-time decision-making capabilities critical for efficient project advancement.
The mobile analysis centre has been engineered with a dual 40-foot high-cube modular design customized specifically for the demands of Greenland’s climate. One module focuses on automated crushing, sub-sampling, pulverizing, and drying of samples, ensuring consistent and high-quality preparation. The second module is dedicated to a climate-controlled X-ray fluorescence analytical laboratory and integrated data-processing environment designed to maximize analytical accuracy, data integrity, and reproducibility.
Besides improving operational efficiency, this on-site solution is anticipated to contribute positively to Environmental, Social, and Governance (ESG) principles by reducing dependency on external laboratories and minimizing the environmental footprint related to sample transport logistics.
Management highlighted that faster analytical turnaround will support upcoming drilling campaigns and help facilitate resource evaluations compliant with the U.S. Securities and Exchange Commission’s Regulation S-K 1300 for mineral property disclosures. Quicker generation of robust data will also assist in providing more timely progress updates to potential offtake partners and shareholders, thus reinforcing investor confidence and market transparency.
Investor response to the announcement and broader geopolitical commentary related to Greenland’s strategic value initially generated notable market movement. Critical Metals' shares surged nearly 12% in pre-market trading following public remarks by former President Donald Trump emphasizing Greenland's importance. This revived interest in the region’s critical minerals spotlighted Critical Metals' Tanbreez project as a key asset.
However, the stock retreated during the regular trading session, relinquishing early gains and closing at a price down approximately 4.81% to $14.25 on Monday, as reported by real-time market data service Benzinga Pro.
This acquisition marks an important advancement for Critical Metals, setting the stage for enhanced exploration efficiency and positioning the company to better meet both operational and regulatory milestones on the path toward potential commercial development of the Tanbreez rare earth elements deposit.