Mechanisms and performance of calcium peroxide-enhanced Fe(ii) coagulation for treatment of Microcystis aeruginosa -laden water

Engineering & Materials Science

• Algae 100%
• Coagulation 97%
• Peroxides 96%
• Calcium 79%
• Biological materials 77%
• Oxidation 51%
• Water 39%
• Cells 28%
• Humic Substances 25%
• Organic carbon 22%
• Metabolites 19%
• Water treatment 18%
• Sulfates 16%
• Agglomeration 12%
• Polymers 10%

Earth & Environmental Sciences

• coagulation 69%
• alga 60%
• calcium 56%
• cell 45%
• oxidation 38%
• dissolved organic matter 29%
• removal 23%
• water 22%
• organic matter 19%
• lysis 17%
• humic acid 14%
• chemical 14%
• dissolved organic carbon 14%
• hydroxide 13%
• metabolite 13%
• water treatment 13%
• algal bloom 12%
• polymer 11%
• dose 10%
• sulfate 10%
• damage 9%
• in situ 8%
• product 7%
• material 5%
• rate 4%
• effect 3%

Chemical Compounds

• Organic Matter 78%
• Coagulation 75%
• Calcium(0) 56%
• Microcystin 51%
• Algal Metabolite 36%
• Calcium Peroxide 31%
• Algal Bloom 29%
• Oxidation Reaction 16%
• Dose 14%
• Sulfate 13%
• Reaction Yield 7%