Eco-friendly biopolymer–iron hybrid nanocomposite for advanced HPAM–Cr(III) gel stabilization and water shut-off performance under high-salinity reservoir conditions
Key Points
Gel stabilization significantly improves when using a biopolymer-iron hybrid nanocomposite, enhancing water shut-off efficiency.
The hybrid nanocomposite showcases effectiveness even in high-salinity reservoir environments, crucial for oil recovery processes.
Assessment using materials science techniques identifies the specific interactions between the biopolymer and Cr(III) ions in the composite.
This research supports the development of eco-friendly solutions in petroleum engineering, fostering sustainable practices in extraction.
Eco-friendly biopolymer–iron hybrid nanocomposite for advanced HPAM–Cr(III) gel stabilization and water shut-off performance under high-salinity reservoir conditions | Synapse