HOMERUN RESOURCES INC. ANNOUNCES MULTI-PROCESS TESTING RESULTS FOR SANTA MARIA ETERNA HIGH-PURITY SILICA SAND PROJECT Independent German Testing Firm Dorfner Anzaplan Confirms Multiple High-Value Markets Across Multiple Alternative Purification Routes

Homerun Resources Inc. has released significant metallurgical testing results for its Santa Maria Eterna high-purity silica sand project, conducted by Dorfner Anzaplan GmbH, a leading European independent testing laboratory based in Germany. The comprehensive testing program evaluated multiple alternative purification routes for the company's silica sand deposits, with results described as exceptional.

The testing results have confirmed that Homerun's silica sand can access multiple high-value markets through various purification pathways. This diversification of potential market applications represents a significant de-risking factor for the project, as it provides the company with multiple revenue streams and reduces dependence on any single market segment. The involvement of Dorfner Anzaplan, recognized as one of Europe's premier silica sand testing facilities, adds credibility to the results and provides validation from an independent third party.

For the industrial minerals sector, this announcement highlights the growing importance of high-purity silica sand across multiple industries, including solar panel manufacturing, electronics, and specialty glass applications. The ability to demonstrate multiple purification routes and market applications positions Homerun favorably in a competitive landscape where product quality and market access are critical success factors.

The positive results from this metallurgical testing program represent a crucial milestone in advancing the Santa Maria Eterna project toward potential development. With proven purification pathways and confirmed market applications, Homerun is positioned to move forward with additional project development studies and market engagement activities that could ultimately lead to commercial production.