Ionic Liquid-Based Technologies for Environmental Sustainability

<p>Section A: General introduction on ionic liquids<br>1. Introduction to ionic liquids and their environment friendly applications<br>2. Survey and application of ionic liquids as extraction solvents<br>3. Ionic liquids and supported ILs as novel materials for organic pollutants removal<br>4. Production of ionic liquids using renewable sources<br>5. Environmental toxicity and biodegrability of ionic liquids</p> <p>Section B: Ionic liquids in pollutants extraction <br>6. Ionic liquids assisted extraction of metals from electronic waste<br>7. Ionic liquids for desulfurization<br>8. Significant applications of polymer ionic liquids in solid phase microextraction <br>9. Ionic liquids assisted pretreatment of cellulose from waste biomass<br>10. Task specific ionic liquids for the separation and recovery of rare earth elements<br>11. Ionic liquids as extraction solvents for dyes removal<br>12. Ionic liquids for the removal of Pharmaceuticals and personal care products<br>13. Ionic liquid membranes for the separation of aromatic pollutants from wastewater</p> <p>Section C: Ionic liquids for gas separation and energy storage<br>14. Application of ionic liquids as energy storage materials<br>15. Ionic liquid membranes for gas separation<br>16. Task specific ionic liquids for gas permeability<br>17. Supported ionic liquids for gas separation<br>18. Ionic liquid supported nanoparticles for gas sensing applications<br>19. Ionic liquids mediated CO2 conversion</p> <p>Section D: Ionic liquids for cleaner production<br>20. Ionic liquids for bioenergy production<br>21. Recent applications of Ionic liquids in biocatalysis<br>22. Functionalized ionic liquids for CO2 capture</p>