Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
603626 | Current Opinion in Colloid & Interface Science | 2006 | 21 Pages |
Abstract
This review highlights the current understanding of the aggregation phenomena of importance in Industrial Environmental Protection Technology; namely of particle aggregation in wastewater and gas emission treatment. The wastewaters and gaseous emissions from Forest Industry are our main focus. The complexity and variety of interfaces employed in chemical and biological methods of wastewater treatment and in purification of emission gases from aerosol particles is a challenge for a comparison analysis. The goals of this literature research are to delineate the most important similarities and key differences between aggregation phenomena on such different interfaces and to provide a coherent conception of environmental technology methods from the colloidal and surface science perspectives.
Keywords
AFMCLSMFlocculation mechanismsAerosolsTurbulenceFractal dimensionsElectrocoagulationBrownian diffusionGaseous emissionParticle sizeCoagulationTemShearFractalBioflocsBioflocculationAggregationAgglomerationFly ash particlesParticlesParticle growthChain structureSonicationParticle chargeBipolar chargingExopolymersWastewatersActivated sludgeFlocculationSEMMorphologyAcoustic fieldElectric fieldDLVO theorySurface forcesAggregation kernelPurificationSynthetic polymersCondensationAnaerobic granulesAerobic granules
Related Topics
Physical Sciences and Engineering
Chemical Engineering
Colloid and Surface Chemistry
Authors
Natalia Maximova, Olli Dahl,