Author

M. Hashmet

3 papers indexed here

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Sep 2026

Engineering Hybrid Nano-Polymer Interfaces for Multi-Scale Low-Salinity Recovery in Carbonate Reservoirs

Enhanced oil recovery (EOR) in oil-wet carbonate reservoirs remains challenging due to unfavourable wettability, strong oil-rock interactions, and limited sweep efficiency. This study evaluates hybrid nano–polymer flooding using SAV10 polymer combined with silica (SiO₂) nanoparticles and single-walled carbon nanotube...

Aquib Azhar Hakeem, Yahia Baouchi, M. Hashmet et al. · GOTECH · 0 citations

#artificial intelligence Sep 2026

Predicting Fines Migration Threshold in Sandstone Reservoir: A Machine Learning Framework for Predicting Critical Salt Concentration

Fines migration is a well-documented phenomenon in sandstones, which impairs permeability and causes productivity and injectivity issues. Critical salt concentration (CSC) defines the lowest brine salinity below which fines detach from sand surface due to increased repulsive forces between fines and sand. While prior...

S. Belkhir, R. Muneer, Y. Alblooshi et al. · GOTECH · 0 citations

Open access Aug 2026

Physics-Guided Machine Learning for Predicting Critical Salt Concentration and pH in Sandstone Reservoirs

Fines migration is a critical formation-damage mechanism in sandstone reservoirs, causing permeability reduction and injectivity loss during water flooding and injection operations. The onset of fines mobilization is governed by various key physicochemical thresholds, including critical salt concentration (CSC) and cri...

S. Belkhir, R. Muneer, Mariam Shakeel et al. · ACS Omega · 0 citations