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INIS
waste water
100%
sludges
77%
recovery
58%
phosphorus
58%
production
56%
economics
48%
cost
36%
crystallization
34%
evaluation
34%
magnesium
34%
food
34%
applications
34%
methane
28%
magnesium hydroxides
26%
wastes
26%
water
21%
nitrogen
20%
denitrification
20%
chile
20%
sewage sludge
19%
accumulation
19%
water supply
19%
nitrification
17%
seawater
17%
bacteria
17%
ozone
17%
fermentation
17%
chains
17%
reviews
17%
tracks
17%
pellets
17%
chemical engineering
17%
drinking water
17%
economic impact
17%
waste management
17%
desalination
17%
environmental impacts
17%
fatty acids
17%
environmental engineering
17%
nitrites
15%
increasing
14%
ammonia
14%
management
14%
capacity
14%
concentration
13%
anaerobic digestion
13%
units
11%
removal
11%
resources
10%
biogas
10%
Keyphrases
Phosphorus Recovery
59%
Wastewater Treatment Plant
53%
Struvite Crystallization
34%
Magnesium
34%
Sludge
28%
Magnesium Hydroxide
27%
Industrial Grade
24%
Chile
23%
Polyhydroxyalkanoates
23%
Municipal Wastewater
23%
Sewage Sludge
21%
Sludge Production
21%
Denitrification
20%
Urban Wastewater Treatment Plant
20%
Methane
19%
Nitrogen Recovery
17%
Urban Wastewater Treatment
17%
Denitrification Process
17%
Biorefinery
17%
Methane Recovery
17%
Treatment Plant
17%
Food Waste Management
17%
Solid Residence Time
17%
Techno-economic Assessment
17%
Ozone Application
17%
Primary Sludge
17%
Small Urban
17%
Anammox-based Process
17%
Antofagasta
17%
Polyhydroxyalkanoate Production
17%
Municipal Wastewater Reuse
17%
Environmental Impact
17%
Chemical Approach
17%
Intermediate Compounds
17%
Autotrophic Denitrification
17%
Food Waste
17%
Environmental Engineering
17%
Full-scale Plant
17%
Drinking Water Supply
17%
Anammox Process
17%
Futures Past
17%
Past-present
17%
Short-chain Fatty Acids
17%
Chemical Engineering
17%
Economic Impact
17%
Seawater Desalination
17%
Drinking Water
14%
Partial Nitritation
14%
Nitritation Process
14%
Municipal Solid Waste
13%
Chemical Engineering
Wastewater Treatment Plant
58%
Magnesium
34%
Methane
29%
Sewage Sludge
23%
Sludge Production
23%
Municipal Wastewater
23%
Nitrogen
20%
Urban Wastewater Treatment Plant
20%
Anaerobic Digestion
17%
Propionic Acid
17%
Anammox Process
17%
Ozone
17%
Wastewater Reuse
17%
Desalinization
17%
Nitrification
17%
Solids Retention Time
17%
Chemical Engineering
17%
Wastewater Treatment
17%
Autotrophic Denitrification
17%
Fatty Acids
17%
Full Scale Plant
17%
Ozonation
14%
Biogas
14%
Partial Nitritation
14%
Municipal Wastewater Treatment Plant
13%
Ammonia
13%
Continuous Stirred Tank Reactor
13%
Chemical Oxygen Demand
11%
Fluidized Bed Reactor
8%
Oxide
8%
Chemical Element
8%
Gibbs Free Energy
8%
Anaerobic Sludge
8%
Copolymer
5%
Primary Sludge Fermentation
5%
Enhanced Biological Phosphorus Removal
5%
Treated Effluent
5%