Comparing natural and synthetic polymeric nanofluids in a mid-permeability sandstone reservoir condition
Biopolymeric nanofluids have been proposed as an eco-friendly substitute to synthetic
polymeric nanofluids to cut cost and environmental effect. However, previous studies on the
use of biopolymeric nanofluids to enhance oil recovery focused only on adsorption and fluid
injectivity at ambient condition. In this study, the thermal degradation of crystalline starch
nanofluid (CSNF) at reservoir condition was investigated and compared with silica and
aluminium oxide polymeric nanofluids, SiO 2 PNF and Al 2 O 3 PNF respectively. The …
polymeric nanofluids to cut cost and environmental effect. However, previous studies on the
use of biopolymeric nanofluids to enhance oil recovery focused only on adsorption and fluid
injectivity at ambient condition. In this study, the thermal degradation of crystalline starch
nanofluid (CSNF) at reservoir condition was investigated and compared with silica and
aluminium oxide polymeric nanofluids, SiO 2 PNF and Al 2 O 3 PNF respectively. The …
Comparing natural and synthetic polymeric nanofluids in a mid-permeability sandstone reservoir condition
M Abdurrahman - Journal of Molecular Liquids - repository.uir.ac.id
Biopolymeric nanofluids have been proposed as an eco-friendly substitute to synthetic
polymeric nanofluids to cut cost and environmental effect. However, previous studies on the
use of biopolymeric nanofluids to enhance oil recovery focused only on adsorption and fluid
injectivity at ambient condition. In this study, the thermal degradation of crystalline starch
nanofluid (CSNF) at reservoir condition was investigated and compared with silica and
aluminium oxide polymeric nanofluids, SiO2 PNF and Al2 O PNF respectively. The thermal …
polymeric nanofluids to cut cost and environmental effect. However, previous studies on the
use of biopolymeric nanofluids to enhance oil recovery focused only on adsorption and fluid
injectivity at ambient condition. In this study, the thermal degradation of crystalline starch
nanofluid (CSNF) at reservoir condition was investigated and compared with silica and
aluminium oxide polymeric nanofluids, SiO2 PNF and Al2 O PNF respectively. The thermal …
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