IAFSE-SEBE: Water and Environmental Technology Center (WET)

Fingerprint Dive into the research topics where IAFSE-SEBE: Water and Environmental Technology Center (WET) is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

Chemical Compounds

Nanostructured materials
Nanoparticles
Water
Drinking Water
Wastewater treatment
Water treatment
Metals
Byproducts
Activated carbon
Disinfection
Fullerenes
Wastewater
Dimethylnitrosamine
Nitrates
Impurities
Arsenic
Oxides
Sorbents
Ozonization
Silver
Adsorption
Carbon Nanotubes
Sorption
Oxidation
Carbon
Inductively coupled plasma mass spectrometry
Biological materials
Lipid bilayers
Nitrogen
Silicon Dioxide
Biosolids
Ion exchange
Colloids
Recovery
Surface waters
Effluents
Phosphorus
Photocatalysts
Titanium
Escherichia coli
Sewage sludge
Water treatment plants
Consumer products
Photocatalysis
Soils
Ozone
Fractionation
Ions
Rivers
Nanotechnology
Groundwater
Water resources
Cell membranes
Kinetics
Health
Water supply
Organic carbon
Light emitting diodes
Hazardous Waste
Polymers
Sewage
Bromides
Chemical mechanical polishing
Flow fields
Environmental impact
Organic pollutants
Optical fibers
Assays
Gold
Watersheds
Electrodialysis
trichlorosucrose
Dissolution
Hydrolysis
Acids
Developing countries
Activated carbon treatment
Experiments
Petroleum
Chlorine
Wetlands
Life cycle
Viruses
Chromium
Testing
Hydrocarbons
Methylene Blue
Aluminum Oxide
Ashes
Nitrites
Boron
Pathogens
Zinc Oxide
Biosensors
Nitrosamines
titanium dioxide
Ion Exchange Resins
Photons
Anion Exchange Resins
Gases

Engineering & Materials Science

Nanostructured materials
Potable water
Water
Nanoparticles
Water treatment
Byproducts
Nitrates
Wastewater
Ion exchange
Disinfection
Activated carbon
Titanium dioxide
Wastewater treatment
Arsenic
Impurities
Sorbents
Biological materials
Metals
Sorption
Recovery
Oxidation
Oxides
Adsorption
Assays
Biosolids
Viruses
Fullerenes
Photocatalysis
Surface waters
Ozonization
Health
Photocatalysts
Escherichia coli
Kinetics
Reverse osmosis
Acids
Cell culture
Pathogens
Effluents
Ions
Nitrosamines
Lipid bilayers
Groundwater
Silver
Nitrogen
Soils
Negative ions
Carbon
Life cycle
Mass spectrometry
Surface diffusion
Nucleic acids
Biomass
Chemical mechanical polishing
Ozone
Silica
Toxicity
Resins
Organic pollutants
Bacteria
Iron oxides
Chlorine
Drug products
Hematite
Developing countries
Chromium
Screening
Water supply
Water quality
Consumer products
Cell membranes
Phosphorus
Ashes
Thermodynamics
Colloids
Water resources
Iron
Nanotechnology
Hydraulics
Biosensors
Carbon nanotubes
Automobile windshields
Experiments
Health risks
Slurries
Sewage sludge
Surface active agents
Lime
Batch reactors
Ion exchange resins
Aquifers
Minerals
Nanocomposites
Chlorination
Animals
Photons
Coagulation
Contamination
Physisorption
Biodegradation

Earth & Environmental Sciences

water
disinfection
drinking water
water treatment
activated carbon
wastewater
ion exchange
pollutant
nitrate
matrix
oxidation
surface water
arsenic
biosolid
sorption
effluent
assay
virus
removal
silver
acid
adsorption
mass spectrometry
resin
membrane
bromide
chlorine
coagulation
kinetics
ion
organic matter
metal
life cycle
carbon
fullerene
regeneration
titanium
phosphorus
chloride
energy
arsenate
dissolved organic nitrogen
ozone
brine
colloid
nanoparticle
nucleic acid
dissolved organic carbon
catalyst
activated sludge
semiconductor industry
experiment
oxide
sulfate
pathogen
dissolved organic matter
nitrite
biomass
polymer
food
drug
chromium
groundwater
method
fouling
watershed
nanotechnology
nitrogen
transmission electron microscopy
iron oxide
soil
silica
water quality
biofilm
petroleum hydrocarbon
sludge
hydrolysis
persistence
organic nitrogen
digestion
surfactant
scavenger
gene
hazardous waste
streamflow
environmental impact
fish
coating
microcosm
river
organic compound
Fourier transform
chromatography
ranking
organic pollutant
dissolution
animal
toxicity
health risk
landfill