The aim is to investigate the effectiveness of dual-functional carboxymethyl-β-cyclodextrin in enhancing the removal of tetrachloroethylene from groundwater.
Utilized carboxymethyl-β-cyclodextrin for chelation and solubilization of contaminants.
Conducted experiments in simulated groundwater conditions to evaluate removal efficiency.
Analyzed the interaction between peroxydisulfate and Fe2+ in the removal process.
Demonstrated significant enhancement in tetrachloroethylene removal efficiency compared to traditional methods.
Achieved faster degradation rates of tetrachloroethylene with the dual-functional treatment.
Highlighted potential for effective groundwater remediation using the developed approach.
Abstract
chelation and contaminant solubilization, enabling efficient groundwater decontamination.