INIS
abundance
25%
accumulation
16%
biomass
31%
capacity
30%
communities
53%
concentration
20%
configuration
25%
copper
100%
corrosion
50%
deformation
33%
denitrification
17%
detection
16%
disinfection
16%
dna
17%
dynamics
22%
fluid flow
19%
food
33%
fractals
16%
genes
25%
geometry
20%
granulation
22%
mechanical properties
16%
membranes
16%
microorganisms
20%
mining
20%
monitoring
16%
nitrates
17%
nitrification
17%
nitrogen
20%
nitrous oxide
25%
ph value
20%
phosphorus
16%
plumbing
50%
pseudomonas
16%
reactors
44%
recovery
16%
reduction
33%
residues
22%
reviews
21%
sediments
33%
sludges
50%
solids
19%
stability
33%
sulfates
33%
tanks
20%
values
21%
velocity
18%
voids
16%
waste water
46%
wastes
18%
Keyphrases
Activated Sludge
16%
Aerobic
16%
Aerobic Granular Biomass
16%
Aerobic Granular Sludge
22%
Agro-food Waste
16%
Autotrophic Denitrification
16%
Bacterial Community
16%
Biocorrosion
16%
Biofilm
47%
Chemical Approach
16%
Chilean
16%
Continuous Flow
33%
Copper Corrosion
25%
Copper Ion Release
13%
Copper pipe
21%
Corrosion
33%
Coupons
12%
Denitrification
16%
Denitrification Process
16%
Denitrifying Bacteria
16%
Dynamic Affect
16%
Environmental Biotechnology
16%
Environmental Engineering
16%
Food to Microorganism Ratio
16%
Granulation
16%
Intermediate Compounds
16%
Marine Sediments
16%
Membrane Aerated Biofilm
16%
Microbial Biofilm
16%
Microbial Community Dynamics
16%
Microbiologically Influenced Corrosion
17%
Moving Bed Biofilm Reactor
16%
N2O Formation
16%
N2O Reduction
16%
Nitrate
20%
Nitrogen Recovery
16%
Nitrous Oxide
27%
Operational Variables
16%
Paracoccus Pantotrophus
16%
Peracetic Acid Disinfection
16%
Phosphorus Recovery
16%
Predation
16%
Premise Plumbing
16%
Protozoa
13%
Reactor
16%
Settlers
16%
Sulfate-reducing Prokaryotes
16%
System Configuration
16%
Tightly Bound Extracellular Polymeric Substances (TB-EPS)
11%
Winery Wastewater Treatment
16%
