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September 30, 2025

Evaluating the Potential of Thermal Catalysis for Environmental Methane Mitigation

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This analysis finds thermal catalysis reduces methane levels in varied environments, suggesting Ag and Ni as cost-effective alternatives to Pd.

Thermal catalysis achieves over 95% methane conversion at 500 ppm below 500°C, showcasing its efficiency.
Pd/CeO2 outperformed other catalysts, yet some Ag and Ni variants provided competitive results at higher temperatures.
The study employed a matrix of catalysts with Pd, Ni, and Ag on various supports to evaluate methane oxidation activity.
The findings underline the necessary balance between catalyst cost and environmental impact for methane mitigation.

Tsopelakou et al. (2025) studied this question.

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September 30, 2025

View Full Paper

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Authors

This analysis finds thermal catalysis reduces methane levels in varied environments, suggesting Ag and Ni as cost-effective alternatives to Pd.

Thermal catalysis achieves over 95% methane conversion at 500 ppm below 500°C, showcasing its efficiency.
Pd/CeO2 outperformed other catalysts, yet some Ag and Ni variants provided competitive results at higher temperatures.
The study employed a matrix of catalysts with Pd, Ni, and Ag on various supports to evaluate methane oxidation activity.
The findings underline the necessary balance between catalyst cost and environmental impact for methane mitigation.

Tsopelakou et al. (2025) studied this question.

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