Keyphrases
Mineral Processing
100%
Processing Residue
100%
Wastewater Treatment
100%
Wetland System
100%
Engineered Wetlands
100%
Residue Use
100%
Poyang Lake
66%
Mixed Wastewater
33%
Locally Available
33%
Reactive Substrate
33%
Water Quality
16%
Modeling Experiment
16%
Pollutants
16%
Titania Minerals
16%
Modular Units
16%
Wetland Design
16%
Treatment Alternatives
16%
Dissolved Metals
16%
Removal Capacity
16%
Si Limitation
16%
Domestic Wastewater
16%
Unit Process
16%
China
16%
Nutrient Removal
16%
Nutrient Removal Efficiency
16%
Attenuation
16%
N Limitation
16%
Inorganic N
16%
Steel Slag
16%
Freshwater Lake
16%
Ironmaking
16%
Free Water Surface
16%
Effluent
16%
Horizontal Subsurface Flow
16%
Jiangxi Province
16%
Influent Wastewater
16%
Pollutant Removal
16%
Agricultural Wastewater
16%
Regional Water Resources
16%
Removal Methods
16%
Lake Model
16%
Flow Unit
16%
Vertical Subsurface Flow
16%
Cost-effective Treatment
16%
Environmentally Acceptable
16%
Effluent Water Quality
16%
Model Research
16%
Sustainable Water Management
16%
INIS
substrates
100%
processing
100%
residues
100%
waste water
100%
minerals
100%
wetlands
100%
lakes
55%
removal
33%
units
22%
water quality
22%
nutrients
22%
pollutants
22%
china
22%
sustainability
11%
efficiency
11%
assessments
11%
design
11%
cost
11%
optimization
11%
concentration
11%
titanium
11%
iron
11%
modeling
11%
fresh water
11%
metals
11%
attenuation
11%
capacity
11%
laboratories
11%
steels
11%
ph value
11%
surface waters
11%
vegetation
11%
slags
11%
water resources
11%
Earth and Planetary Sciences
Mineral Processing
100%
Waste Water Treatment
100%
Nutrient Removal
50%
Environmental Impact Assessment
25%
Laboratory Experiment
25%
Titanium Mineral
25%
Effluent
25%
Pollutant Removal
25%
Surface Water
25%
Upscaling
25%
Subsurface Flow
25%
Vegetation
25%
China
25%
Iron
25%