Abstract
This study examines the physicochemical properties of marls from the Sumer Formation near the village of Sumer, focusing on their suitability for high-level radioactive waste storage. The findings show high cation exchange capacity (CEC), neutral pH, and significant specific surface area and porosity, all of which enhance stability and sorption capacity. These properties suggest that the marls can be an effective geological barrier, limiting radioactive isotope migration and reducing groundwater contamination risks.
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