Foam-enhanced oil recovery (EOR) is poised to become one of the most promising tertiary
recovery techniques to keep up with the continuously increasing global energy demands …

There have been several foam field applications in recent years. Foam treatments targeting
gas mobility control in injectors as well as gas blocking in production wells have been …

Vast amounts of oil and gas remain uncovered despite conventional methods such as
primary and secondary flooding. Chemical enhanced oil recovery (chemical EOR) is …

More than half of all recoverable oil reserves are found in carbonate rocks. Most of these
fields are highly fractured and develop different zonations during primary and secondary …

Naturally fractured reservoirs are indescribable systems to characterize and difficult to
produce and forecast. For the development of such reservoirs, the role of naturally forming …

This work presents the design of a robust foam formulation that tolerates harsh reservoir
conditions (high salinity, high divalent ion concentration, high temperature, light oil, and …

The main objective of this work is to evaluate the effect of nanofluids formed by surface-
modified nanoparticles with a fluorosurfactant dispersed in a flue gas stream at low …

Foam generation and transport in porous media are a proven method to improve the sweep
efficiency of a flooding fluid in enhanced oil recovery process and increase the effectiveness …

This work presents the concept, progression, execution and results for a successful field
implementation for a new technique to create insitu blocking foams in a gas condensate …

This paper presents the development and successful implementation of the Foams
technology as an effective EOR mechanism to improve the sweep efficiency of the gas …