SÃO PAULO, Brazil – Super Copper Corp. (CSE: CUPR | OTCQB: CUPPF | FSE: N60) has officially entered a new phase of technical validation following the successful first bench-scale demonstration of its proprietary copper-recovery and water-treatment biopolymer, internally designated as "CUPRIX."
Developed in partnership with MetaFLO Technologies Inc., this breakthrough signifies a pivotal move from theoretical development to physical proof-of-concept. As the global mining sector faces an urgent mandate to optimize water usage and improve recovery rates from increasingly low-grade ore bodies, the CUPRIX program is emerging as a potential game-changer in mineral processing efficiency.
The Milestone: From Concept to Emerald-Green Solid
The demonstration, conducted in August 2026 at the Super Copper-MetaFLO laboratory in São Paulo, provided the first visual evidence of the biopolymer’s efficacy. During the controlled test, the CUPRIX formulation was introduced into a highly acidic, copper-bearing solution—a setup designed to simulate the harsh, real-world chemical environment of a commercial leaching operation.
The reaction was immediate and observable: the biopolymer induced the precipitation of a solid material that separated from the liquid medium. This resulting "emerald-green" wet cake was subsequently recovered using standard vacuum filtration techniques. In a final stage of the demonstration, the recovered solid was heated in a refractory crucible, successfully yielding small, reddish beads characterized by a distinct metallic luster.
This progression—capturing copper from a liquid stream, isolating it as a solid, and reducing it to a metallic state—confirms the fundamental technical thesis behind the CUPRIX collaboration. While the company is careful to note that this was a qualitative demonstration rather than a quantitative audit, the physical manifestation of the process serves as a critical "proof of life" for the proprietary formulation.
Chronology of the CUPRIX Development Program
The journey toward this demonstration has been rapid and methodical, underscoring the urgency with which Super Copper is approaching its technical diversification.
- January 30, 2025: Super Copper Corp. announced a strategic development agreement with MetaFLO Technologies Inc. The partnership was formed to leverage MetaFLO’s expertise in biopolymer and solidification solutions, specifically targeting the challenges of mineral processing and tailings management.
- Early 2026: The teams established a specialized laboratory facility in São Paulo, Brazil, dedicated exclusively to the CUPRIX project. This facility serves as the nerve center for formulation adjustment and bench-testing.
- August 2026: Completion of the first successful bench demonstration. The event served to validate the core chemical interaction between the biopolymer and copper-rich acidic solutions.
- September 2026: Official public disclosure of the demonstration results, signaling the transition from conceptual modeling to quantitative validation.
Looking ahead, the company is shifting its focus to the next stage of the development cycle: analytical verification. This phase will move beyond visual confirmation to establish empirical data points, including copper recovery percentages, purity levels, reagent selectivity, and the economic feasibility of the process.
Supporting Data: Addressing the Global Copper Shortfall
The development of CUPRIX is not merely a technical exercise; it is a strategic response to a looming crisis in the global metals market. According to International Energy Agency (IEA) projections, the world is facing a potential 25% supply shortfall of copper by 2035. This deficit is driven by a "perfect storm" of industry challenges:
- Declining Ore Grades: As high-grade deposits are exhausted, mining operations are forced to process significantly larger volumes of low-grade rock to achieve the same output.
- Increased Acid Consumption: Processing lower-grade ores requires more aggressive leaching techniques, which in turn demands higher volumes of sulfuric acid and more complex liquid management.
- Water Scarcity: Many of the world’s major copper deposits are located in arid regions, such as the Atacama Desert in Chile. The ability to recycle process water is no longer just an environmental goal—it is an operational imperative for the economic viability of a mine.
CUPRIX is engineered to intervene at the intersection of these three issues. By capturing copper from process streams more effectively than traditional methods, the biopolymer aims to increase the overall yield per tonne of ore. Simultaneously, by effectively clarifying process water, the technology could reduce the reliance on external water sources, lowering both the environmental footprint and the capital expenditure associated with water management.
The "CUPRIX" Workflow: A New Approach to Water Treatment
In current mining operations, "lime" is the industry standard for neutralizing acidic process streams. While effective, lime treatment results in a large volume of sludge that is often difficult to manage and rarely provides a secondary economic benefit.
CUPRIX aims to provide a more sophisticated alternative. The intended industrial workflow involves four distinct steps:
- Introduction: Adding the CUPRIX biopolymer to copper-bearing process water.
- Precipitation: The biopolymer binds with the copper, forming a stable, recoverable solid.
- Separation: Utilizing standard settling and filtration equipment to isolate the solid from the now-cleaner water.
- Recovery & Reuse: The recovered solid is processed to extract the copper, while the clarified water is returned to the production cycle.
Success for this process will be judged against stringent criteria, including the selectivity of the biopolymer (its ability to target copper without capturing unwanted minerals) and the economic cost per unit of copper recovered compared to the current industry standard.
Official Perspectives: The Road to Commercialization
The leadership at Super Copper Corp. remains focused on the "methodical advancement" of the technology.
"The CUPRIX program represents an opportunity for Super Copper and MetaFLO to build something that could ultimately extend well beyond a single project or deposit," said Zachary Dolesky, CEO of Super Copper. "This first demonstration moves the program from concept into something tangible that people can actually see. Our goal now is to continue advancing the technology methodically to improve commercial viability."
Laurent Serra, the company’s Chief Scientist, emphasized the importance of the shift to quantitative analysis. "This first CUPRIX test gives us a clear visual demonstration of the process we are developing: capture copper from a solution, separate it as a recoverable solid and advance that material toward a metallic product. The next step is to put numbers around what we observed and determine how efficiently, selectively and economically the process can perform under real operating conditions."
Broader Implications and Strategic Outlook
While the company has emphasized that there is no guarantee that the program will result in a commercially viable product, the potential for success is significant. Should the quantitative testing phase confirm the efficiency and cost-effectiveness of CUPRIX, it would provide Super Copper with a dual-stream value proposition: the company would not only be a traditional explorer and developer of copper assets but also a provider of proprietary processing technology.
This integration could prove particularly valuable for Super Copper’s own assets, such as its operations in Chile, by potentially lowering the "cut-off grade"—the minimum concentration of copper required to make a mine profitable. A lower cut-off grade effectively expands a mine’s reserves, turning waste rock into ore.
As the company proceeds with the next phase of its testing, stakeholders will be looking for data on kinetics, reagent dosage, and the impact of the process on various types of process water. The company has committed to regular updates as technical milestones are met.
Note: The Canadian Securities Exchange has not reviewed this press release and does not accept responsibility for the adequacy or accuracy of this content. For further details on the company’s activities, including its engagement with Emerging Markets Consulting, LLC, shareholders are encouraged to visit the official company website at www.supercopper.com.
Disclaimer: This article contains forward-looking statements involving risks and uncertainties. Actual results may differ materially from those expressed. There is no assurance that CUPRIX will reach commercial deployment or achieve the stated success criteria.
