A.D. Jacobs, M. Hitch
In the context of rising carbon dioxide (CO2) levels and climate change, the objective of this study is to explore experimental mineral carbonation as a viable method to enhance CO2 sequestration in mine waste materials. A detailed methodology was employed that included the characterization of various mine wastes, followed by laboratory experiments to assess the carbonation process and its efficiency. The results indicate that specific mine waste materials have a significant capacity for CO2 sequestration. Furthermore, the study highlights various approaches to accelerate the carbonation reaction, including the optimization of particle size and the use of catalysts. The findings suggest that integrating mineral carbonation into mining operations could not only mitigate greenhouse gas emissions but also improve the environmental management of mine waste. Overall, this research provides insights into the potential for utilizing mineral carbonation as a tool for sustainable mining practices and carbon management strategies.
@article{f2913d0d-1dce-44c8-8b77-055439dc50f1,
title={Experimental mineral carbonation approac},
author={A.D. Jacobs and M. Hitch},
year={2026},
language={en}
}TY - JOUR TI - Experimental mineral carbonation approac AU - A.D. Jacobs AU - M. Hitch PY - 2026 LA - en ER -
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