Sustainable Processes for the Removing of Heavy Metals from Aqueous Solutions

• Weitere Verfasser: Palet, Cristina (Herausgegeben von), Bastos-Arrieta, Julio (Herausgegeben von)
• Format: Elektronisch Buchkapitel
• Sprache: Englisch
• Veröffentlicht: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
• Schlagworte: Technology: general issues; Environmental science, engineering & technology; nickel-aluminum complex hydroxide; nickel-aluminum-zirconium complex hydroxide; chromium(VI); adsorption; primary settling; resource reuse; sludge; effluent; coagulation/flocculation; contaminants; heavy metals; removal; cobalt; water hyacinth; biomass; electric field; salt ion drift; water duct flow; diffuse layer thickness; tannery effluent; chromium recovery; chitosan membrane; diafiltration; selective adsorption; selective desorption; aquatic humic substances; nanomaterials; metallic ions; water; bioavailability; copper; zinc-oxide nanoparticles; acid mine drainage; biomass-derived material; nanomaterial; environmental chemistry; multifunctional catalyst; antibacterial; metal ion adsorption; phosphate ion adsorption; bio-adsorption; Langmuir; Freundlich; Dubinin-Radushkevich; mesoporous silica SBA-15; titanosilicate ETS-10; continuous system; metal ions; adsorption mechanisms; coffee husk; lignin; silver nanoparticles; sorption; antifungal activity; agro-industrial waste; wastewater treatment; contaminant immobilization; n/a
• Online-Zugang: DOAB: download the publication; DOAB: description of the publication

Zusammenfassung

This article collection from the Special Issue "Sustainable Processes for the Removing of Heavy Metals from Aqueous Solutions" attempts to summarize the state-of-the-art of current macro-, micro- and nanotechnologies for water purification, discussing their field of application, especially for heavy-metal ion removal. For instance, it presents the recently available information on utilizing different biomass materials for heavy metals removal, highlighting the increasing use of these materials due to their low cost, regeneration ability, high adsorption efficiency, and small chemical or biological sludge with a possibility of metal recovery.

Beschreibung

1 electronic resource (240 p.)

ISBN

books978-3-0365-6974-1
9783036569758
9783036569741

Zugangseinschränkungen

Open Access