Capacitive deionization using biomass-based microporous salt-templated heteroatom-doped carbons

Keyphrases

• Aqueous NaCl 33%
• Biomass Precursor 33%
• Biomass-based 100%
• Capacitive Deionization 100%
• Charging Efficiency 33%
• Electrical Charge 33%
• Electrochemical Applications 33%
• Equilibrium Performance 33%
• Heteroatom 33%
• Heteroatom-doped Carbon 100%
• High Salt 33%
• Large Specific Surface Area 33%
• Low Charge 33%
• Microporous Carbon 66%
• N-doping 33%
• S-doping 66%
• Salt Sorption 33%
• Salt Template 100%
• Salt Templating 33%
• Sorption Capacity 33%
• Template Synthesis 33%

Chemistry

• Carbon Material 33%
• Heteroatom 100%
• Micro Porosity 100%
• Sodium Chloride 33%
• Surface Area 33%

Chemical Engineering

• Sorption 100%