Sustainable Recovery of Gaseous Mercury by Adsorption and Electrothermal Desorption Using Activated Carbon Fiber Cloth
Journal
Environmental Science and Technology
Journal Volume
54
Journal Issue
3
Pages
1857-1866
Date Issued
2020
Author(s)
Other Subjects
Activated carbon; Carbon fibers; Distillation; Efficiency; Electric heating; Mercury (metal); Recovery; Activated carbon fiber cloths; Adsorption and recoveries; Adsorption experiment; Adsorption performance; Electrothermal desorption; Oxygen functional groups; Regeneration efficiency; Treated activated carbons; Adsorption; activated carbon; functional group; mercury; nitric acid; oxygen; carbon fiber; charcoal; activated carbon; adsorption; carbon fiber; desorption; ectothermy; gas; mercury (element); oxygen; recycling; regeneration; adsorption; Article; chemical structure; deconvolution; desorption; direct current; distillation; elemental analysis; hazardous waste; kinetics; photoelectron spectroscopy; recycling; surface area; surface property; titrimetry; adsorption; gas; Adsorption; Carbon Fiber; Charcoal; Gases; Mercury
Type
journal article