Guidelines for the use and interpretation of adsorption isotherm models: A review

• Published in: Journal of hazardous materials Vol. 393; p. 122383
• Main Authors: Al-Ghouti, Mohammad A., Da'ana, Dana A.
• Format: Journal Article
• Language: English
• Published: Netherlands Elsevier B.V 05.07.2020
• Subjects: adsorbents; adsorption; Adsorption isotherm interpretation; Adsorption isotherm models; Adsorption mechanisms; chemical bonding; guidelines; Linear and nonlinear isotherm models; prediction; purification methods; regression analysis; sorption isotherms; temperature; ATS; Ce; NAV; HNH; KLF; K D-R; MLF; qSH; KHE; aK; Cs-BET; nMJ; PFB; aR; aS; aT; qe; MB; LBL; OMSR; Ciex; nH; MG; Foc; qm; Asurf; Adsorption isotherm interpretation; qs; σsurf rxn; MO; AC; CAC; bK; qm-BET; MMJ; Ciw, neut; RODP; bT; αFS; FA; ANL; FE; qMLF; Cirxn; C; K1, K2; σ; E; PHC; K; NZ; bo; σsurf ex; AR 18; νm; CBET; Q; SD; R; T; X; KD; KFS; KF; Adsorption isotherm models; Adsorption mechanisms; KH; qmFS; βS; KL; OP; b; g; KR; KS; Ciw, ion; Cimin; CR; βFS; SCB; Cioc; Linear and nonlinear isotherm models

[Display omitted] •Adsorption data modelling is an essential way of predicting adsorption mechanisms.•It discusses the guidelines of using mono/multi-parametric isotherm models.•It establishes criteria for choosing the optimum isotherm model.•Ten multi-parameter isotherm models and their application...