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Enhanced microplastic removal using a mini-hydrocyclone with microbubbles
Jeongmin Seo
,
Hyejeong Kim
*
*
Corresponding author for this work
School of Mechanical Engineering
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Contribution to journal
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Article
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peer-review
2
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Keyphrases
Microbubbles
100%
Microplastics Removal
100%
Mini-hydrocyclone
100%
Microplastics
55%
Microplastics Separation
33%
Air Core
22%
Separation Efficiency
22%
Surface Charge
11%
Operating Conditions
11%
Adsorption
11%
High-throughput
11%
Separation Performance
11%
Overflow
11%
High Density
11%
Water Treatment
11%
Internal Flow
11%
Low Density
11%
Short Residence Time
11%
Low Flow Rate
11%
Varying Flow Rate
11%
Aquatic Environment
11%
Separation Dynamics
11%
Low Maintenance
11%
Complex Flow
11%
Human Health Risk
11%
Apparent Density
11%
Food Chain
11%
Water Treatment Process
11%
Toxic Substances
11%
Density Separation
11%
Underflow
11%
Rapid Processing
11%
High-speed Visualization
11%
Removal Strategies
11%
Separation Mechanism
11%
Decentralized Water Treatment
11%
Dryer
11%
Treatment Scenarios
11%
Scalable Solutions
11%
Promising Solution
11%
Compact Solutions
11%
Effective Removal
11%
Efficiency Improving
11%
Chemical Engineering
Hydrocyclone
100%
Microplastics
100%
Water Treatment
22%