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Key Highlights:
- Promising Efficiency in Methane Reduction: Zeotech’s zeoteCH₄ products demonstrated a 70-85% efficiency in reducing methane emissions during early-stage testing in collaboration with Griffith University and Cleanaway Waste Management.
- Superior Performance Over Other Methods: Zeotech’s zeolite-based products significantly outperformed a methanotroph inoculum-only configuration, which showed no methane reduction capability in the same tests.
- Potential for Large-Scale Impact: The findings highlight the potential of zeoteCH₄ technology to combat methane emissions, a major greenhouse gas, with future trials planned for landfill sites in 2025.
Zeotech (ASX:ZEO), a mineral processing technology company, has reported significant progress in its Methane Control Program. This study, conducted in partnership with Griffith University and Cleanaway Waste Management, explores the effectiveness of Zeotech's zeoteCH₄ products in mitigating methane emissions from landfills.
Initial results indicate that the zeoteCH₄ products are capable of reducing methane emissions by an impressive 70-85%, based on simulated landfill configurations. These findings suggest that Zeotech’s innovative approach could play a crucial role in curbing methane emissions, a greenhouse gas with a global warming potential 28 times greater than carbon dioxide.
In comparison, the study also assessed a third configuration containing methanotroph inoculum. However, this approach showed no measurable reduction in methane emissions, underscoring the effectiveness of the zeoteCH₄ products.
The study's results come at a critical time, as methane remains one of the most potent contributors to global warming. Landfills, which release nearly one billion tonnes of methane annually, are seen as key areas for intervention.
Dr. Chris Pratt from Griffith University’s School of Environment and Science expressed optimism about the early results, stating that the study validates the potential of Zeotech’s zeoteCH₄ technology to address methane emissions effectively. Zeotech and its collaborators are now preparing to move to the next phase of the project, with plans for on-site landfill trials slated for 2025.
This promising development underscores the potential for Zeotech’s technology to make a meaningful impact in the global effort to reduce greenhouse gas emissions and combat climate change.
