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Gels for Oil and Gas Industry Applications (2nd Edition)

This Special Issue is focused on the application of gels in oil and gas fields in order to improve hydrocarbon recovery. A broad range of topics will be discussed, including, but not limited to, field application cases, novel gel developments, experimental evaluations of gel performance for conforma...

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Format: Online
Sprog:engelsk
Udgivet: MDPI - Multidisciplinary Digital Publishing Institute 2025
Fag:
reservoir stimulation
gelled acidizing
wormhole propagation
carbonate rocks
simulation
shale gas reservoir
CO2 foam fracturing
gel fracturing fluid
foam quality
rheological property
gelling agents
incremental oil production
mass conservation law
flow characteristics
conformance control coefficient
injectivity drop
temperature and salt resistant type
expanded granule
nanoparticle SiO2
coupling
performance evaluation
low-cost gel
AM-AMPS copolymer
high-temperature and high-salinity resistant gel
oil displacement experiment
reservoir drill-in fluid
FLOPRO
non-damaging fluid
salt polymer mud
fluid loss
rate of penetration
drilling cost
CCUS
gas channeling
CO2 leakage
CO2 responsive gel
comprehensive review
waste acrylic fiber
hydroplastization
micro-water method
alkaline hydrolysis
filtrate reducer
supramolecular reinforced gel
deep reservoir
gel-breaking solution
low permeability damage
strong heterogeneous reservoir
channeling path
gel particle
physical simulation
enhanced oil recovery (EOR)
PFR hydrogel
dynamic gelation
gelation time
partially hydrolyzed polyacrylamide
plugging ability
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
thema EDItEUR::M Medicine and Nursing::MJ Clinical and internal medicine::MJC Diseases and disorders::MJCL Oncology
Online adgang:ONIX_20250220_9783725828845_477
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Summary:This Special Issue is focused on the application of gels in oil and gas fields in order to improve hydrocarbon recovery. A broad range of topics will be discussed, including, but not limited to, field application cases, novel gel developments, experimental evaluations of gel performance for conformance control, fracturing, lab- and field-scale numerical simulations, etc.Gels, such as in situ gels and preformed particle gels, have been used widely in the oil and gas industries for controlling excess water production and gas channeling, which significantly contributes to improving hydrocarbon recovery. Based on different application conditions, many novel gels have been developed. The evaluation of novel gels is crucial since the properties of some polymers can be altered under high temperatures, high salinity, or high CO2 conditions. Furthermore, due to the complexity of the reservoirs, some gels may perform differently in the field than in the lab. In this case, the experiences gained from field application studies are very valuable for future gel developments, evaluations, and applications. As a cost-effective method, numerical simulation is used widely in the oil and gas industry to simulate gel treatment, analyze production data, and predict future production. Studies related to gels for oil and gas field applications can advance the understanding of the gel performance in porous media and large channels.

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