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Riverbank filtration in highly turbid rivers
Juan Pablo Gutiérrez
Sanitary Engineering
Research output
:
Thesis
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Dissertation (TU Delft)
473
Downloads (Pure)
Overview
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Dive into the research topics of 'Riverbank filtration in highly turbid rivers'. Together they form a unique fingerprint.
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Weight
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Earth and Planetary Sciences
River
100%
Filtration
100%
Colombia
57%
Fluid Mechanics
28%
Potable Water
28%
Suspended Sediment
28%
Water
28%
Technology
28%
Surface Water
28%
Netherlands
28%
Station
28%
University
14%
United States of America
14%
Gaps (Geology)
14%
Contaminant
14%
Water Quality Improvement
14%
Flume Experiment
14%
Solid
14%
Micro-Organism
14%
Flow Resistance
14%
River Water
14%
Investigation
14%
Aquifer Recharge
14%
Laboratory
14%
Work
14%
Bed
14%
Europe
14%
Laboratory Research
14%
Extraction
14%
Water Treatment Plant
14%
Country
14%
Water Body
14%
Running
14%
Technology Transfer
14%
Infiltration
14%
Sediment
14%
Experiment
14%
South Korea
14%
Feasibility
14%
Research
14%
India
14%
Aquifer
14%
River Basin
14%
Revenue
14%
Deterioration
14%
China
14%
INIS
filtration
100%
rivers
100%
water
57%
colombia
57%
sediments
42%
laboratories
28%
aquifers
28%
netherlands
28%
fluid mechanics
28%
surface waters
28%
drinking water
28%
banks
14%
operation
14%
south korea
14%
technology transfer
14%
recharge
14%
universities
14%
travel
14%
transport
14%
usa
14%
europe
14%
china
14%
peaks
14%
water quality
14%
water treatment plants
14%
concentration
14%
solids
14%
engineering
14%
microorganisms
14%
india
14%
extraction
14%
Agricultural and Biological Sciences
River
100%
Technology
60%
Water
40%
Aquifer
40%
Drinking Water
40%
Laboratory
40%
Surface Water
40%
Suspended Sediment
40%
Research
40%
Cinara
20%
Pollutant
20%
Fields
20%
Americans
20%
Body Water
20%
Water Quality
20%
Microorganism
20%
Engineering
20%
Water Treatment
20%
Sediments
20%
Basins
20%
River Water
20%
Deterioration
20%
Asians
20%
Extraction
20%
Travel
20%
Keyphrases
Continuous Degradation
16%
Sustainable Operations
16%
Cinara
16%
Aquifer Recharge
16%
Resistance Reducing
16%
Filtration Method
16%
Filtration Technology
16%
Latin American
16%
Research Transfer
16%
Suspended Sediment Load
16%
Engineering
Main Water
14%