Novel approaches of flocculant application in sewage treatment

INIS

• applications 100%
• sludges 100%
• sewage treatment 100%
• pharmaceuticals 63%
• membranes 54%
• removal 50%
• solids 36%
• colloids 31%
• flocculation 31%
• retention 27%
• production 22%
• reduction 22%
• bioreactors 22%
• refractories 22%
• anaerobic digestion 22%
• solutions 22%
• ultrafiltration 18%
• layers 18%
• wastes 18%
• liquids 18%
• nutrients 13%
• energy balance 13%
• particles 13%
• toxicity 13%
• sorption 13%
• viscosity 13%
• cost 13%
• concentration 13%
• increasing 9%
• dynamics 9%
• filtration 9%
• sewage 9%
• reactors 9%
• biogas 9%
• mortality 9%
• operating cost 9%
• energy recovery 9%
• barriers 9%
• ammonia 9%
• configuration 9%
• waste water 9%
• aeration 9%
• laboratories 4%
• hydraulics 4%
• tanks 4%
• surfaces 4%
• pollutants 4%
• emulsions 4%
• polysaccharides 4%
• tolerance 4%
• fouling 4%
• cellulose 4%
• energy 4%
• accumulation 4%
• organic wastes 4%
• demand 4%
• matrices 4%
• oxidation 4%
• cities 4%
• values 4%
• amides 4%
• economics 4%
• digestion 4%
• polymers 4%
• hydrolysis 4%
• optimization 4%
• investment 4%
• particle size 4%
• resources 4%
• starch 4%
• energy costs 4%
• compacts 4%
• alginates 4%
• space 4%
• streams 4%
• volume 4%
• viability 4%
• yields 4%
• potentials 4%
• nitrites 4%
• water 4%
• performance 4%
• organic matter 4%
• filters 4%
• environment 4%

Chemical Engineering

• Flocculation 100%
• Colloid 100%
• Biochemical Reactor 71%
• Anaerobic Digestion 71%
• Ultrafiltration 57%
• Energy Balance 42%
• Sorption 42%
• Wastewater Treatment 28%
• Biological Nutrient Removal 28%
• Biogas 28%
• Ammonia 28%
• Cellulose 14%
• Chitosan 14%
• Polymer 14%
• Polysaccharide 14%
• Water 14%
• Amide 14%
• Alginate 14%
• Fouling 14%
• Emulsion 14%