Gas condensates are positioned to play a crucial role in the worldwide energy shift towards
low-carbon and zero-carbon sources. There are divergent perspectives on the exact …

Generally, crude oil production in mature oil reservoirs is difficult. In this regard, some
nanoparticles have been used to upgrade injected water into oil reservoirs. These …

Gas-wetting alteration is a versatile and effective approach for alleviating liquid-blockage
that occurs when the wellbore pressure of a gas-condensate reservoir drops below the dew …

The gas condensate reservoir is classified as a natural gas resource that produces
condensate liquid in the reservoir when the pressure in the reservoir drops below the dew …

One of the most efficient ways to extract hydrocarbons is to use nanoparticles for wettability
alteration, to address dwindling reservoirs and growing energy demand. Another crucial …

Nowadays, there has been a recognition of the remarkable potential of nanofluids and
microorganisms as eco-friendly agents for enhanced oil recovery. on the other hand, one of …

Wettability alteration near-wellbore region in a gas-condensate reservoir is an effective way
to reduce liquid blockage. To this end, Fe 3 O 4 NPs (nanoparticles) first synthesized by the …

Recent studies have demonstrated great potential of nanofluids as enhanced oil recovery
(EOR) agent. Many mechanisms behind increasing oil recovery inducing alteration of …

One of the possible solutions to increase gas storage capacity in saline aquifers is to use
fluorinated surfactants to positively affect the interfacial behavior of injected gas/brine …

Altering the wettability of a gas-liquid system from liquid-wetting to intermediate gas-wetting
is a novel strategy for removing condensate from gas condensate reservoirs. In this paper …