Deleted Journal,
Journal Year:
2024,
Volume and Issue:
4(1), P. 76 - 96
Published: April 1, 2024
Oil
production
poses
significant
challenges
for
the
oil
industry.
During
primary
and
secondary
stages
of
production,
only
a
small
fraction
can
be
extracted,
leaving
large
amounts
trapped
within
reservoirs.
To
address
this
problem,
enhanced
recovery
techniques
are
applied.
These
aimed
at
increasing
efficiency
removing
remaining
from
One
promising
technology
that
researchers
currently
studying
is
ultrasonic-based
recovery.
This
involves
using
ultrasonic
waves
to
break
down
high
viscosity
facilitate
its
removal.
The
improved
method
cheap
environmentally
friendly
approach
used
in
any
type
reservoir.
It
protects
well
damage,
prevents
heat
loss,
allows
stimulation.
study
provides
an
overview
both
traditional
unconventional
methods.
methods
include
chemical,
gas,
thermal
procedures,
while
electromagnetic,
microwave
heating,
gives
comprehensive
assessment
literature
on
wave
application
advancements
highlights
potential
benefits
role
addressing
facing
Brazilian Journal of Production Engineering,
Journal Year:
2023,
Volume and Issue:
9(3), P. 01 - 22
Published: July 4, 2023
A
presença
de
cloretos
inorgânicos,
mesmo
em
baixas
concentrações
no
petróleo,
está
associada
a
uma
série
problemas
operacionais.
determinação
inorgânicos
tem
importante
papel
na
indústria
do
petróleo.
Neste
estudo,
análise
bibliométrica
usando
o
aplicativo
gratuito
VOSviewer
e
base
dados
da
Web
of
Science
foi
realizada
para
fornecer
visão
geral
aplicação
Um
total
3117
artigos
analisado
vários
aspectos
das
características
publicação,
como
produção
publicações,
países,
instituições,
periódicos,
altamente
citados
palavras-chave.
O
número
publicações
nessa
aumentou
forma
constante
nos
últimos
23
anos.
China
EUA
foram
os
países
com
maior
índice
link
strength.
teve
um
central
rede
colaboração
entre
mais
produtivos.
Universidade
Federal
Santa
Maria
(UFSM)
instituição
strength
(88).
Energy
&
Fuels
jornal
produtivo
(173).
As
palavras-chave
tensão
superficial,
líquidos
iônicos,
emulsão,
desemulsificação,
adsorção,
potencial
zeta
molhabilidade
são
considerados
futuros
pontos
críticos
pesquisa.
Journal of Chemical Society of Nigeria,
Journal Year:
2024,
Volume and Issue:
48(6)
Published: Jan. 3, 2024
This
study
investigates
the
reprecipitation
of
crude
oil
maltene
using
lower
carbon
number
solvents
and
reduced
solvent
volume.
Single
binary
n-alkane
mixtures
were
used
to
induce
composition
changes
in
oil.
The
resulting
precipitates
are
fractionated
analyzed
UV-visible
spectroscopy.
resin
absorbance
content
increases
with
higher
numbers;
heptane(C7)
>
hexane
(C6)
pentane
(C5)
single
phased
precipitation.
In
mixtures,
total
relative
follows
order
C6:C7
C5:C7
C5:C6.
Higher
volumes
yielded
content.
(C5),
mixture
(C5:C6)
highest
ratios
better
precipitate
Moreso,
equal
volume
favourable
for
Recent Innovations in Chemical Engineering (Formerly Recent Patents on Chemical Engineering),
Journal Year:
2024,
Volume and Issue:
17(2), P. 108 - 118
Published: March 14, 2024
Background::
Organosulfur
compounds
within
petroleum
have
far-reaching
consequences
for
the
refining
industry,
combustion
of
products,
and
environmental
quality.
They
induce
corrosion
in
equipment,
hamper
efficient
burning
contribute
to
degradation.
In
high-density
asphalt
crudes,
these
are
predominantly
concentrated
asphaltenes.
However,
crude
oils
with
extremely
high
sulfur
content,
may
be
distributed
across
four
constituent
families
defined
by
SARA
analysis
oil
composition.
These
compounds,
characterized
differing
polarities,
can
trigger
formation
a
dispersed
phase,
whose
destabilization
results
tube
clogging
issues.
Methods::
The
research
problem
focuses
on
understanding
how
composition
affects
phase
low-polarity
organic
dispersion
media
sulfur-containing
hydrocarbons.
It
is
investigated
because
presence
significantly
behavior
phases,
which
result
operational
quality
issues
comprehensively
assess
impact
dynamics
stability
this
we
introduce
mesoscopic
model
based
master
equation.
This
considers
molecular
structure
system
components
their
properties,
established
through
computational
quantum
chemistry
statistical
thermodynamics
tools
Results::
While
our
two-phase
system,
theoretical
insights
suggest
that
increased
content
escalates
likelihood
destabilizing
phase.
adverse
effect
mitigated
incorporating
additives
capable
reducing
polarizability
medium.
novelty
lies
development
stochastic
predict
interactions
processes,
offering
into
influence
behavior.
Conclusion::
A
model,
structure,
predicts
accelerated
concentration,
reaching
non-equilibrium
steady
states.
Limitations
include
ad
hoc
transition
probabilities
exclusion
factors
like
density
viscosity.
Real
complex
compositions,
exhibit
different
medium
enhances
system.
Our
work
sheds
light
intricate
interplay
between
performance
systems,
potential
solutions
mitigate
Quantitative
concentration.
Qualitatively,
processes
were
explored,
highlighting
sulfur's
dynamics.
Deleted Journal,
Journal Year:
2024,
Volume and Issue:
4(1), P. 76 - 96
Published: April 1, 2024
Oil
production
poses
significant
challenges
for
the
oil
industry.
During
primary
and
secondary
stages
of
production,
only
a
small
fraction
can
be
extracted,
leaving
large
amounts
trapped
within
reservoirs.
To
address
this
problem,
enhanced
recovery
techniques
are
applied.
These
aimed
at
increasing
efficiency
removing
remaining
from
One
promising
technology
that
researchers
currently
studying
is
ultrasonic-based
recovery.
This
involves
using
ultrasonic
waves
to
break
down
high
viscosity
facilitate
its
removal.
The
improved
method
cheap
environmentally
friendly
approach
used
in
any
type
reservoir.
It
protects
well
damage,
prevents
heat
loss,
allows
stimulation.
study
provides
an
overview
both
traditional
unconventional
methods.
methods
include
chemical,
gas,
thermal
procedures,
while
electromagnetic,
microwave
heating,
gives
comprehensive
assessment
literature
on
wave
application
advancements
highlights
potential
benefits
role
addressing
facing
