Reprint
Advanced Technology in Environmental Remediation and Resource Utilization
Edited by
March 2024
178 pages
- ISBN978-3-7258-0535-8 (Hardback)
- ISBN978-3-7258-0536-5 (PDF)
This book is a reprint of the Special Issue Advanced Technology in Environmental Remediation and Resource Utilization that was published in
Chemistry & Materials Science
Engineering
Summary
With the development of industrialization, environmental pollution problems are becoming increasingly severe. This reprint focuses on research related to the environment and energy fields and includes ten research papers and two review papers. This reprint highlights advanced oxidation processes, functional materials adsorption, and environmental microbial technology for water pollution remediation, electrostatic precipitators for air pollution purification, radioactive waste treatment, energy materials, and other topics.
Format
- Hardback
License and Copyright
© 2022 by the authors; CC BY-NC-ND license
Keywords
peracetic acid; ferrous ions; electrolysis; synergistic effect; dye elimination; seawater splitting; catalyst; oxygen evolution reaction; hydrogen evolution reaction; hypochlorite evolution reaction; anti-corrosion; UV irradiation; sodium perborate; activation; humic acid removal; decomposition mechanism; electrostatic anti-fouling; calcium carbonate; ferrous ion; corrosion; molecular dynamics; electrostatic field; supercapacitor; graphene; graphene composite; application; activated carbon; spent radioactive resin; cement solidification; sulfoaluminate cement; metakaolin; nuclides leaching; mixture design; heterotrophic nitrification; aerobic denitrification; low-temperature resistance; salt tolerance; Vibrio sp. LY1024; mariculture wastewater treatment; blast furnace dust; wet electrostatic precipitator; chemical coagulant; synergy; dust removal; electrowinning; recycling; electrical and electronic waste; leaching; tin; noble metals; selenium nanoparticles; lignosulfonate; starch sodium octenyl succinate; biopolymer; organic dye; date palm biomass; carbon microspheres; phosphoric acid activation; methylene blue; adsorption; magnesium phosphate cement (MPC); X-ray diffraction; water purification; fluoride adsorption; isotherms; scanning electron microscopy