Sorptive elimination of ibuprofen using activated biochar: modelling, non-linear isotherm and kinetic, cost assessment and toxicity analysis

Keyphrases

• Adsorption 100%
• Adsorbent 100%
• Biochar 100%
• Activated Biochar 100%
• Toxicity Analysis 100%
• Ibuprofen Removal 100%
• Nonlinear Isotherms 100%
• Nonlinear Kinetics 100%
• Sorptive 100%
• Cost Evaluation 100%
• Assessment Analysis 100%
• Anti-inflammatory Properties 50%
• Fourier Transform Infrared Spectroscopy (FT-IR) 50%
• No Adverse Effect 50%
• Water Bodies 50%
• Maximum Adsorption Capacity 50%
• Contact Time 50%
• Water Quality 50%
• Artificial Neural Network 50%
• Isotherm Models 50%
• Adsorbate 50%
• Thermodynamic Study 50%
• Response Surface Methodology 50%
• Kinetic Model 50%
• Sorbent 50%
• Wastewater Treatment 50%
• Operational Parameters 50%
• Central Composite Design 50%
• X-ray Scanning 50%
• Removal Efficiency 50%
• Simulated Water 50%
• Langmuir Isotherm 50%
• Process Efficiency 50%
• Nonlinear Analysis 50%
• Effluent Discharge 50%
• Energy Dispersive X-ray Analysis 50%
• Agricultural Waste 50%
• Batch Experiments 50%
• Modified Biochar 50%
• Sorption Efficiency 50%
• Initial Dose 50%
• Shaking Speed 50%
• Steroid Drug 50%
• Green Waste 50%
• Microbial Toxicity 50%
• Sewage Effluent 50%
• Non-steroidal 50%
• Scanning Electron Microscopy (SEM-EDS) 50%
• Pseudo-second-order Kinetic Model 50%
• Reusability Study 50%
• Toxicity Bioassays 50%
• Expulsion Processes 50%
• Temp 50%
• Tamarind Kernel Powder 50%
• Interaction Period 50%
• Cost-effective Adsorbent 50%

Chemical Engineering

• Chemical Kinetics Characteristics 100%
• Biochar 100%
• Wastewater Treatment 20%
• Neural Network 20%
• Pseudo-second Order Kinetic Model 20%
• Sorption 20%
• Thermodynamics 20%
• Maximum Adsorption Capacity 20%
• Isotherm Models 20%
• Reusability Studies 20%
• Fourier Transform 20%
• Scanning Electron Microscopy 20%
• Adverse Effect 20%