Green Bridge Metals Advances Titanium Project with Key Metallurgical Analysis

Green Bridge Metals ships drill core for metallurgical testing to determine the economic viability of titanium extraction from its Titac project in Minnesota using the chloride process.

Green Bridge Metals is progressing its Titac project in Minnesota, with the company now preparing to ship selected drill core samples for metallurgical testing. This phase is critical for determining the commercial viability of extracting titanium dioxide from the site's ilmenite mineralization.

Focus on Economic Viability of Titanium Extraction

At the heart of the upcoming analysis is the application of the chloride process, a well-established industrial method for producing titanium dioxide from ilmenite ore. The objective is to evaluate the feasibility of economically processing titanium from the Titac deposit. The cores slated for shipment were obtained from the ongoing diamond drill program, which has primarily targeted copper mineralization within the South Contact District of the Duluth Complex. These same cores will now provide essential data on the metallurgical characteristics of the titanium-bearing mineralization encountered.

A Multi-Mineral Project in a Strategic Region

The Titac deposit is contained within a larger property package hosting not only titanium but also copper, nickel, and vanadium. Green Bridge Metals’ strategy focuses on developing critical minerals within established U.S. mining jurisdictions, citing supply security and broader economic policy objectives as key drivers.

The forthcoming metallurgical tests are designed to confirm the suitability of the chloride process for the Titac material. A positive outcome is a fundamental prerequisite before any definitive conclusions can be drawn regarding the project's economic potential. The company's shares have declined approximately 50% over the preceding 30-day period, making the results of these metallurgical analyses a likely significant catalyst for future stock performance.