Book Chapter
Clay–water interactions
Author(s)
Andrew Vietti
Andrew Vietti
Vietti Slurrytec, Johannesburg, South Africa
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Published:January 01, 2018
Slurry colloidal and particle interaction theory is described and applied to clay mineral suspensions. Mechanisms which affect the colloidal properties of the dewatering behaviour of clay mineral suspensions are described, after which the processes of coagulation and flocculation are discussed. Finally, sedimentation and self-weight consolidation are discussed as the mechanisms by which a low-density slurry transitions to a high-density slurry or soil.
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Clay Minerals Society
Introduction to Oil Sands Clays
Author(s)
Oladipo Omotoso
Oladipo Omotoso
Suncor Energy, Calgary, AB, Canada
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Clay Minerals Society

Volume
22
Copyright:
Clay Minerals Society
© Geological Society ISBN 9781881208495$30
ISBN electronic:
9781881208495
Publication date:
January 01, 2018
GeoRef
Index Terms/Descriptors
- adsorption
- Alberta
- alkali metals
- Athabasca Oil Sands
- behavior
- bitumens
- Canada
- cation exchange capacity
- cations
- chemical dispersion
- clay minerals
- coagulation
- colloidal materials
- consolidation
- electrical properties
- flocculation
- geochemistry
- hydrochemistry
- hydrophobic materials
- illite
- kaolinite
- mechanism
- metals
- mine waste
- mixed-layer minerals
- models
- oil sands
- particles
- petroleum
- pH
- properties
- sedimentary rocks
- sedimentation
- sheet silicates
- silicates
- slurries
- smectite
- sodium
- soils
- substitution
- tailings
- thickness
- valency
- water
- water quality
- Western Canada
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