[HTML][HTML] Viscoelastic effects of immiscible liquid–liquid displacement in microchannels with bends
The displacement flow of an organic Newtonian fluid by a pure viscoelastic aqueous
solution is experimentally investigated inside a circular microchannel of 200 μm.
Displacement is commonly encountered in many industrial applications, from cleaning and
decontamination to enhanced oil recovery. In this study, a pure viscoelastic fluid with no
shear-thinning properties (known as Boger fluid) made up of polyethylene oxide,
polyethylene glycol, and zinc chloride is used to displace an immiscible organic liquid …
solution is experimentally investigated inside a circular microchannel of 200 μm.
Displacement is commonly encountered in many industrial applications, from cleaning and
decontamination to enhanced oil recovery. In this study, a pure viscoelastic fluid with no
shear-thinning properties (known as Boger fluid) made up of polyethylene oxide,
polyethylene glycol, and zinc chloride is used to displace an immiscible organic liquid …
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