Volt Carbon to Exhibit at PDAC 2026 and Reports 26% TREO Rock Chip and Rhenium Results from Mt. Copeland

The most recent news (Feb 27, 2026) provides a technical update on the Mount Copeland and Red Bird properties. Key highlights include the recalculation of Total Rare Earth Oxide (TREO) values at Mount Copeland to 26% for a specific sample (AR20) and the identification of rhenium mineralization (2,790 ppm at Mount Copeland and 3,182 ppm at Red Bird). The company has applied its proprietary dry mineral separation process to these samples to produce molybdenum concentrates. These results are preliminary, based on internal XRF analysis, and require independent laboratory verification.

The impact is Routine - Positive. While 26% TREO and high-grade rhenium are scientifically interesting, they are currently based on "rock chip" samples and internal XRF analysis, which are not representative of a bulk resource. - Exploration Pivot: The company is expanding its narrative from graphite/batteries to include Rare Earth Elements (REE) and Rhenium (a high-value aerospace metal). This may attract new speculative interest at PDAC 2026. - Technology Validation: Using the dry separation process on non-graphite minerals (molybdenum) suggests broader utility for their IP, but commercial viability remains unproven. - Context of Dilution: This news follows a Feb 25 announcement of yet another C$250,000 private placement at C$0.025. The frequent, small-scale financings suggest the company is struggling to maintain a cash runway, diluting the impact of any technical "wins."

Volt Carbon is a dual-track company: 1. Technology: Developing proprietary dry mineral separation (air classification) and high-performance lithium-metal batteries (Solid UltraBattery). 2. Mining: Flagship interests include the Mount Copeland Molybdenum/REE project (100%) and the Berkwood Graphite project (claims staked adjacent to major players). The company aims to create a "closed-loop" by processing its own graphite for its own battery technologies.