Adsorbents for Water and Wastewater Treatment and Resource Recovery

© 2022 by the authors; CC BY-NC-ND license

activated carbon; modification; surfactant; adsorption; methylene blue; ions effect; anionic dye; cetyltrimethylammonium bromide; sepiolite; two-step modification; adsorption; electroplating sludge; hydrothermal process; heavy metal; electroplating wastewater; upcycling; biochar; thiourea; cadmium pollution; adsorption characteristics; water treatment; biochar; manganese; iron; banana peel; adsorption; pre-treatment; phosphoric acid; human hair; heavy metal; kinetics; isotherms; biosorption; algae; bacteria; biosorbent; biosorption; pharmaceutical waste; complex nickel-aluminum-zirconium hydroxide; arsenic ion; adsorption; biochar; different fractions; Hg²⁺; characterization; adsorption mechanism; activated carbon; adsorption; bisphenol A; equilibrium; heavy metals; K-type zeolite; fly ash; lead; adsorption; heavy metal; biosorption; biochar; immobilization; phosphoric acid; Pb²⁺ removal; sorption; precipitation; waste recycling; removal mechanisms; solid-to-water ratio; biochar; microcystin; separation; water quality; cyanobacteria; algal bloom; adsorption; phenols; polycyclic aromatic hydrocarbons; wastewater; precious metals; hydrometallurgical processing; biosorption; selectivity; pine bark; olive mill wastewater; carbon nanotubes; polydimethilsiloxane; waste treatment; phenolic compounds; resources recovery; adsorption; biochar; dyes removal; wastewater treatment; agrowaste biomass; biosorption; diclofenac removal; advanced oxidation treatments; low-cost sorbents; adsorption; nano zerovalent iron; granular activated carbon; organoselenium; water; wastewater; treatment; cadmium; lead; adsorption; cellulose nanofibrils; iron nanoparticles