Heavy metals extraction with the SRPTE process from two matrices - Industrial sludge and river sediments

Earth & Environmental Sciences

• industrial sludge 100%
• fluvial deposit 63%
• chelating agent 57%
• heavy metal 48%
• organic pollutant 46%
• matrix 39%
• metal 39%
• chelate 29%
• waste water treatment plant 28%
• pollutant 26%
• organic solvent 26%
• phase transition 23%
• removal 23%
• emulsion 22%
• void 20%
• mass transfer 18%
• ammonium 18%
• penetration 18%
• remediation 18%
• sludge 16%
• cooling 15%
• reactor 15%
• ion 14%
• water 13%
• sediment 10%
• effect 10%
• temperature 8%

Engineering & Materials Science

• Heavy metals 86%
• Sediments 81%
• Organic pollutants 72%
• Chelation 68%
• Rivers 65%
• Water treatment plants 32%
• Metal ions 31%
• Organic solvents 31%
• Phase separation 28%
• Metals 28%
• Remediation 28%
• Emulsions 24%
• Water 24%
• Wastewater 23%
• Phase transitions 23%
• Impurities 21%
• Mass transfer 19%
• Cooling 15%
• Temperature 8%

Chemistry

• Heavy Metal 55%
• Environmental Pollutant 54%
• Chelating Agent 43%
• Solvent Mixture 23%
• Remediation 22%
• Wastewater Treatment 22%
• Metal 19%
• Cooling 19%
• Phase Separation 19%
• Mass Transfer 18%
• Emulsion 18%
• Ammonium 17%
• Organic Solvent 16%
• Resistance 14%
• Metal Ion 14%
• Ambient Reaction Temperature 12%
• Mixture 9%