CleanGo Innovations' MycoSet™ Product Validated for Accelerated Hydrocarbon Biodegradation

CleanGo Innovations Inc. announced landmark results from independent, third-party laboratory testing of its MycoSet™ remediation product, conducted by the company's equity partner AgritechBC Solutions Inc. The comprehensive study performed by East Kelowna Agritech Society, a Health Canada certified laboratory, validated the efficacy of MycoSet™ in breaking down complex hydrocarbons, confirming the product significantly accelerates the biodegradation of petroleum pollutants and provides a science-led solution for contaminated soils and waterways.

Key findings from the certified laboratory report demonstrate MycoSet™ achieved a mineralization rate of 65-72% in diesel-treated systems, compared to just 18-25% in untreated controls. Even with highly recalcitrant substances like bitumen, MycoSet™ increased degradation to 32-40%, while untreated samples showed less than 5% activity. The product was tested under rigorous OECD 301B and 302B conditions, ensuring the data meets international regulatory requirements. Field validation confirmed the treatment caused no adverse environmental mobilization, ensuring contaminants stay contained during the cleaning process.

Following these successful results, CleanGo Innovations and AgritechBC are moving immediately to market MycoSet™ globally. The company is also launching a robust expansion of its testing program to include a diverse array of environmental settings and industrial situations to further demonstrate the product's versatility. Anthony Sarvucci, President and CEO of CleanGo Innovations Inc., stated the findings prove MycoSet™ is an effective solution for the remediation industry and noted the company's 49% stake in AgritechBC Solutions Inc. allows them to be at the forefront of this biological breakthrough.

The data supports MycoSet™ as a regulatory-ready solution capable of meeting the strictest environmental standards worldwide. This validation matters because petroleum contamination represents a significant global environmental challenge, with traditional remediation methods often being slow, expensive, or environmentally disruptive. The accelerated biodegradation rates demonstrated in the testing suggest MycoSet™ could substantially reduce cleanup timelines for contaminated sites, potentially lowering costs and environmental impact. The product's compliance with OECD standards and demonstrated environmental safety position it for adoption in regulated markets where stringent environmental protections are required.

The implications extend beyond immediate remediation applications to broader environmental policy and industrial practices. As governments and industries face increasing pressure to address legacy contamination and prevent future environmental damage, scientifically validated solutions like MycoSet™ could influence regulatory approaches and cleanup standards. The global market launch following this validation indicates potential for widespread adoption across multiple industries dealing with hydrocarbon contamination, including oil and gas, transportation, manufacturing, and environmental services. The expansion of testing to diverse environmental settings suggests the company recognizes the varied conditions under which remediation occurs and seeks to demonstrate the product's effectiveness across different scenarios.

This development represents a convergence of environmental science and commercial application, where laboratory validation translates directly to market-ready solutions. The independent third-party verification adds credibility that could accelerate regulatory approvals and industry acceptance. As environmental remediation becomes increasingly important in global sustainability efforts, products like MycoSet™ that combine scientific validation with practical application could play significant roles in addressing persistent contamination challenges while meeting evolving environmental standards.