Adsorptive purification of heavy metal contaminated wastewater with sewage sludge derived carbon-supported Mg(II) composite

Engineering & Materials Science

• Sewage sludge 100%
• Heavy metals 87%
• Purification 76%
• Wastewater 72%
• Adsorption 65%
• Carbon 51%
• Adsorbents 48%
• Composite materials 39%
• Ions 24%
• Water 22%
• Coprecipitation 20%
• Metal ions 19%
• Heavy ions 19%
• Adsorption isotherms 18%
• Ion exchange 18%
• Ponds 18%
• Functional groups 17%
• Carbonization 17%
• Calcination 17%
• Metals 17%
• Ecology 16%
• Solid wastes 16%
• Sorption 16%
• Lakes 15%
• Silicates 15%
• Tunnels 11%
• Industry 5%
• Temperature 5%

Chemical Compounds

• Heavy Metal 56%
• Wastewater 54%
• Adsorbent 50%
• Purification 46%
• Composite Material 33%
• Adsorption 33%
• Ecology 30%
• Solid Waste 27%
• Physical Adsorption 25%
• Calcination Temperature 22%
• Surface 21%
• Rod Like Crystal 21%
• Metal 20%
• Coprecipitation 19%
• Adsorption Isotherm 19%
• Environmental Pollutant 18%
• Ion 17%
• Industry 16%
• Sorption 15%
• Surface Area 14%
• Metal Ion 14%
• Diffusion 13%
• Application 7%

Earth & Environmental Sciences

• sewage sludge 64%
• purification 63%
• heavy metal 49%
• adsorption 45%
• wastewater 45%
• carbon 38%
• ion 21%
• metal 13%
• resource utilization 13%
• sludge treatment 13%
• lake water 10%
• functional group 10%
• coordination 10%
• solid waste 10%
• ion exchange 10%
• tunnel 10%
• pond 9%
• isotherm 9%
• environmental factor 9%
• silicate 9%
• sorption 9%
• economy 8%
• surface area 8%
• ecology 8%
• sludge 8%
• kinetics 6%
• water 6%
• industry 6%
• pollutant 6%
• removal 5%
• temperature 4%