Abstract Nanoparticles improve traditional Enhanced Oil Recovery (EOR) methods but face
instability issues. Surface modification resolves these, making it vital to understand its impact …

Profile analysis tensiometry (PAT) with drops and bubbles is a successful methodology to
characterize liquid-fluid interfaces. Questions about the most suitable size of drops and …

Interfacial tension (IFT) is a key physical property that affects various processes in the oil and
gas industry, such as enhanced oil recovery, multiphase flow, and emulsion stability …

The twenty-first century's major problems are the demand for sustainable green energy and
the eco-friendly upcycling of plastic waste. The solutions to these problems should have an …

Injection of chemicals in the reservoir in order to displace the remaining oil from the pore
spaces is among the most widely accepted techniques. Combination of surfactant and …

Injection of surfactant and polymer slug is among the most effective chemical enhanced oil
recovery processes. The only problem encountered with the surfactant polymer (SP) …

The study of flow through porous media has been of cardinal gravity in oil and gas
applications like enhanced oil recovery (EOR), acidizing, fracturing, etc. One of the most …

Surfactant polymer (SP) flooding is among the most efficient and widely accepted chemical
enhanced oil recovery (EOR) processes which involves slug injection containing a polymer …

Foam flooding, an emerging tertiary oil recovery technique, demonstrates efficacy as a
conformance control method in enhanced oil recovery. Conformance control mitigates …

This study presents an eco-friendly solvothermal method for synthesizing potassium-doped
graphene oxide (K-GO) from agricultural waste, specifically oak fruit. Various spectrographic …