Supercritical fluid extraction: A study on metal recovery and regeneration of ß-diketones and organophosphorus extractants

Leachability of metals from fly ash: leaching tests before and after extraction with supercritical CO2 and extractants

Supercritical Fluid Extraction of Heavy Metals from Fly Ash

Ligand-assisted extraction of metals from fly ash with supercritical CO2: a comparison with extraction in aqueous and organic solutions

Supercritical fluid extraction of metals from contaminated solid matrices

Fly ash of municipal waste incinerator: leachability of metals after SFE with CO2

Municipal waste incinerator fly ash: supercritical fluid extraction of metals

Ligand assisted extraction of metals from fly ash with supercritical CO2

Municipal waste incinerator fly ash: supercritical fluid extraction of metals

Municipal waste incinerator fly ash: supercritical fluid extraction of metals

Extraction of heavy metals from fly ash and sand with ligands and supercritical carbon dioxide

Extraktion von Schwermetallen aus sandigen Boeden und Flugaschen mit ueberkritischem CO2 und organischen Extraktanten

Extraction of heavy metals from fly ash and sand with ligands and supercritical carbon dioxide

Extraction of heavy metals from solid matrices with ligands and supercritical carbon dioxide

Removing heavy metals from chemical waste, soil sludges or fly ash with supercritical extraction using carbon dioxide and ligands, projectnr. IZW 97407

An experimental study on the supercritical fluid extraction of heavy metals from sand

Semi batch precipitation of acetaminophen from ethanol with liquid carbon dioxide at a constant pressure.

Removing heavy metals from chemical waste, soil or sludges with supercritical extraction using carbon dioxide and ligands

Semi-batch precipitation of acetaminophen from ethanol with liquid carbon dioxide at a constant pressure

Removing heavy metals from chemical waste, soil or sludges with supercritical extraction using carbon dioxide and ligands