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Ultrasound to decontaminate heavy metals in dredged sediments
Jay N. Meegoda
, Ruvini Perera
Civil and Environmental Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
59
Scopus citations
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Dive into the research topics of 'Ultrasound to decontaminate heavy metals in dredged sediments'. Together they form a unique fingerprint.
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Engineering & Materials Science
Heavy metals
92%
Sediments
87%
Clay
61%
Ultrasonics
60%
Silt
35%
Vacuum
31%
Soils
27%
Toxicity
21%
Water
19%
Chromium
18%
Bioaccumulation
16%
Metals
11%
Remediation
11%
Leaching
10%
Ports and harbors
10%
Cavitation
9%
Impurities
8%
Design of experiments
8%
Acoustics
7%
Experiments
6%
Medicine & Life Sciences
Clay
100%
Heavy Metals
85%
Vacuum
46%
Soil
44%
Water
27%
Pressure
26%
Chromium
24%
Metals
17%
Bioaccumulation
15%
United States Environmental Protection Agency
14%
Acoustics
10%
Research Design
8%
Technology
6%
Earth & Environmental Sciences
ultrasound
74%
heavy metal
51%
clay
41%
sediment
34%
silt
23%
removal
18%
chromium
16%
soil
15%
toxicity
13%
water
10%
metal
10%
cavitation
10%
laboratory
9%
experimental design
9%
bioaccumulation
8%
harbor
7%
acoustics
7%
remediation
7%
experiment
7%
leaching
6%
parameter
6%
pollutant
5%
energy
4%
evaluation
4%
material
3%
test
3%
analysis
2%
Chemical Compounds
Heavy Metal
59%
Vacuum
56%
Pressure
41%
Time
25%
Bioaccumulation
23%
Cavitation
22%
Remediation
18%
Leaching
16%
Metal
16%
Environment
10%
Energy
8%
Application
5%