This study investigates the remediation of natural soil samples from diverse locations, which exhibit varying degrees of copper contamination. To further elucidate the mechanisms of contaminant retention and desorption, similar extraction studies were conducted on representative soils. Finally, the resulting metal-rich leachates were treated using advanced organomodified adsorbents. This step aimed to minimize the volume of contaminated solutions and facilitate the recovery of valuable components, thereby contributing to a circular remediation process.

This study investigates the remediation of natural soil samples from diverse locations, which exhibit varying degrees of copper contamination. To further elucidate the mechanisms of contaminant retention and desorption, similar extraction studies were conducted on representative soils. Finally, the resulting metal-rich leachates were treated using advanced organomodified adsorbents. This step aimed to reduce the volume of contaminated solutions and assess the potential for partial Cu recovery, thereby supporting a circular remediation concept.