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Fingerprint Dive into the research topics where Huub Rijnaarts is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Drug products
Water
Biological materials
Biodegradation
Wastewater
Wastewater treatment
Electrodialysis
Activated carbon
Effluents
Membranes
Desalination
Degradation
Recovery
Sediments
Wetlands
Nutrients
Bioremediation
Sewage
Bacteria
Seawater
Disinfection
Soils
Ions
Chemical oxygen demand
Thermal energy
Sewage treatment plants
Aquifers
Light emitting diodes
Bioreactors
Sanitation
Fluidized beds
Energy storage
Volatile fatty acids
Nanotubes
Manganese
Ion exchange
Salts
Nanofiltration
Water treatment
Groundwater
Oxidation
Manganese oxide
Genes
Iron
Electrodes
Sorption
Current density
Antibiotics
Polymers
Organic carbon

Chemical Compounds

Biodegradation
Water
Biological materials
Wastewater
Effluents
Electrodialysis
Diclofenac
Wastewater treatment
Pharmaceutical Preparations
Bioremediation
Degradation
Metoprolol
Soils
Ibuprofen
Ions
Membranes
Water treatment
Sediments
Wetlands
Activated carbon
Seawater
Aquifers
Nutrients
Desalination
Chemical oxygen demand
Oxidation
Genes
Thermal energy
Light emitting diodes
Groundwater
Sewage treatment plants
Sanitation
Energy storage
Nanotubes
Ion exchange
Nanofiltration
Polymers
Methylene Blue
Bioreactors
Volatile Fatty Acids
Disinfection
Carbamazepine
Recovery
Current density
Sewage
Manganese
Oxides
Propranolol
Fluidized beds
Sorption

Earth & Environmental Sciences

biodegradation
drug
water
wastewater
effluent
activated carbon
sludge
aquifer
bioremediation
constructed wetland
resource
degradation
sediment
organic matter
metabolism
diesel
dissolved organic matter
redox conditions
sanitation
energy
nutrient
microbial community
oxidation
PAH
sewage
manganese
anoxic conditions
gene
membrane
pollutant
groundwater
removal
antibiotic resistance
desalination
manganese oxide
ripening
soil
sorption
bacterium
iron
urban planning
water treatment
fermentation
kinetics
chemical oxygen demand
bioreactor
fatty acid
organic compound
mitigation
sensitivity analysis