The effect of water treatment processes on the removal of hepatotoxins from Microcystis and Oscillatoria cyanobacteria: A laboratory study

Keyphrases

• Flocculation 100%
• Water Effect 100%
• Cyanobacteria 100%
• Water Treatment Process 100%
• Microcystis 100%
• Oscillatoria 100%
• Hepatotoxin 100%
• Chlorination 83%
• Sand Filtration 83%
• Aluminum Sulfate 50%
• Ozonation 33%
• Activated Carbon Filtration 33%
• Toxin Concentration 33%
• Activated Carbon Powder 33%
• Finland 16%
• Drinking Water 16%
• Turbidity 16%
• Treatment Process 16%
• Iron(III) Chloride 16%
• Flocculation Filtration 16%
• Potassium Permanganate 16%
• Potential Transfer 16%
• Chlorination Procedure 16%
• Chemical Residues 16%

INIS

• removal 100%
• filtration 100%
• laboratories 100%
• water treatment 100%
• cyanobacteria 100%
• flocculation 87%
• chlorination 75%
• sand 62%
• toxins 62%
• sulfates 50%
• activated carbon 50%
• concentration 37%
• powders 25%
• values 12%
• finland 12%
• data 12%
• residues 12%
• doses 12%
• turbidity 12%
• drinking water 12%
• hplc 12%
• lyophilization 12%

Chemical Engineering

• Water Treatment 100%
• Flocculation 100%
• Ozonation 28%
• Activated Carbon 28%
• Activated Carbon Filtration 28%
• Potable Water 14%
• High Performance Liquid Chromatography 14%