Corrosion Communications,
Journal Year:
2022,
Volume and Issue:
5, P. 25 - 38
Published: March 1, 2022
Application
of
green
corrosion
inhibitors,
which
reduce
rates
to
the
appropriate
level
with
low
environmental
impact,
is
one
emerging
key
approaches
controlling
in
modern
society.
From
standpoint
compatibility,
this
research
field
undergoing
significant
developments.
Nowadays,
due
increasing
ecological
awareness,
inhibitors
are
subject
stringent
restrictions
and
regulations
enforced
by
agencies
a
number
nations.
According
these
requirements,
chemicals
must
be
environmentally
acceptable
safe.
In
light
this,
intensive
has
been
undertaken
recent
years
aimed
at
development
from
plant
extracts.
Being
readily
available,
inexpensive,
biodegradable,
safe
make
substances
promising
alternatives
hazardous
conventional
inhibitors.
The
purpose
review
article
summarize,
brief
manner,
compilation
prominent
papers
on
utilizing
extracts
as
sustainable
addition,
some
discussions
were
made
benefits
drawbacks
employing
for
protection
metals.
Materials Today Sustainability,
Journal Year:
2023,
Volume and Issue:
22, P. 100373 - 100373
Published: March 5, 2023
The
integrity
of
mild
steel
affects
its
performance
in
many
areas
modern
manufacturing.
On
the
other
hand,
corrosion
remains
an
important
concern
with
because
it
reverts
to
most
stable
oxide
state.
This
has
led
increased
search
for
sustainable
alternatives
conventional
inorganic
inhibitors.
Plant-based
inhibitors
are
fast
gaining
more
attention
among
researchers
due
their
relative
advantages.
To
holistically
address
steel,
sustainability
perspective
which
cuts
across
economics,
safety,
and
environmental
impacts
plant-based
from
extracts
must
be
considered.
Furthermore,
a
clear
understanding
current
trends
deployment
environment-friendly
is
necessary
operate
different
environments.
study
examines
adsorption
mechanisms,
characterization
techniques,
as
well
several
factors
affecting
inhibition
efficiency
relation
economic,
considerations.
Additionally,
outlines
plan
that
allows
structured
reflection
on
existing
literature
control
management
based
perspective.
Finally,
been
identified
this
review
although
have
made
tremendous
effort
using
research
still
needed
develop
technologies
could
assist
isolating
bioactive
compounds
responsible
inhibition,
further
minimize
incidence
wastage
attributable
inability
ascertain
exact
amount
plant
certain
processes.
FEMS Microbiology Reviews,
Journal Year:
2023,
Volume and Issue:
47(5)
Published: July 11, 2023
Abstract
Microbiologically
influenced
corrosion
(MIC)
is
a
phenomenon
of
increasing
concern
that
affects
various
materials
and
sectors
society.
MIC
describes
the
effects,
often
negative,
material
can
experience
due
to
presence
microorganisms.
Unfortunately,
although
several
research
groups
industrial
actors
worldwide
have
already
addressed
MIC,
discussions
are
fragmented,
while
information
sharing
willingness
reach
out
other
disciplines
limited.
A
truly
interdisciplinary
approach,
which
would
be
logical
for
this
material/biology/chemistry-related
challenge,
rarely
taken.
In
review,
we
highlight
critical
non-biological
aspects
sometimes
overlooked
by
microbiologists
working
on
but
highly
relevant
an
overall
understanding
phenomenon.
Here,
identify
gaps,
methods,
approaches
help
solve
MIC-related
challenges,
with
emphasis
metals.
We
also
discuss
application
existing
tools
managing
propose
ideas
promote
improved
MIC.
Furthermore,
areas
where
insights
expertise
needed
progress
field.
ACS Sustainable Chemistry & Engineering,
Journal Year:
2022,
Volume and Issue:
11(1), P. 353 - 367
Published: Dec. 27, 2022
Gas
hydrate
and
corrosion
inhibitors
are
widely
used
to
ensure
a
successful
economic
hydrocarbon
stream
flow
inside
oil
gas
pipelines.
However,
compatibility
problems
observed
during
their
co-injection
into
the
flowlines
as
they
have
different
molecular
chemistry.
Using
anti-agglomerant
is
an
effective
method
control
plugging
risk
in
deep-water
lines
or
throughout
drilling
operations.
Here,
oleic
acid
was
develop
first
class
of
biosurfactants
using
click
chemistry
for
assurance
applications.
The
results
high-pressure
autoclave
showed
that
both
bio-based
anti-agglomerants
(BAAs)
significantly
inhibited
agglomeration,
value
torque
remained
constant
formation
process.
particles
were
effectively
dispersed
liquid
paraffin
presence
1
wt
%
BAA1
BAA2.
In
addition,
dynamic
simulation
revealed
headgroup
adsorbed
on
surface,
its
alkyl
chain
formed
phase
slurry.
According
electrochemical
measurements,
BAAs
highly
efficient
prevention
mild
steel
saturated
H2S
CO2-simulated
oilfield
water.
BAA2
completely
protected
corrosive
medium
by
99
98.8%,
respectively,
at
0.1
%.
Moreover,
adsorption
molecules
surface
physically
chemically
direction
almost
parallel
surface.
Such
provides
maximum
coverage
against
corrosion.
These
findings
suggest
can
be
potential
starting
material
eco-friendly
Vietnam Journal of Chemistry,
Journal Year:
2022,
Volume and Issue:
61(1), P. 15 - 42
Published: Dec. 23, 2022
Abstract
Corrosion
inhibitors
are
one
of
the
practical
and
cost‐effective
way
preventing
inhibiting
corrosion.
An
inhibitor's
primary
function
includes
creating
a
barrier
by
forming
or
more
molecular
layers
to
protect
against
corrosive
attacks.
Organic
molecules
most
popular,
efficient,
corrosion
inhibitors,
all
studies
demonstrate
that
organic
compounds,
preferentially
those
containing
nitrogen
(N),
sulphur
(S),
oxygen
(O),
have
high
inhibitory
efficiency.
Also,
include
inorganic
compounds.
Since
both
toxic
expensive;
emphasis
is
being
placed
on
developing
green
as
well
modification
inhibitors.
We
focusing
carbon
steel
(CS)
substrate
in
this
review
it
first‐line
material
widely
employed
various
industrial
applications.
Whereas
resistance
CSs
acidic
environments
constantly
evolving
topic,
working
better
performance
alternatives
other
alloys.
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(18), P. 10107 - 10107
Published: Sept. 7, 2023
Science
and
engineering
research
studies
are
currently
concentrating
on
synthesizing,
designing,
producing,
consuming
ecologically
benign
chemical
species
to
replace
harmful
chemicals.
This
is
due
the
increasing
demands
of
conservation
knowledge
strict
ecological
regulations.
Numerous
environmentally
friendly
substitutes
produced
from
natural
resources,
including
biopolymers,
plant
extracts,
pharmaceuticals
(drugs),
so
on,
now
frequently
used
as
inhibitors
dangerous
corrosion
inhibitors.
Many
compounds
have
been
extensively
used.
A
range
methods,
physisorption,
chemisorption,
barrier
protection,
thin-film
growth,
electrochemical
procedures,
will
be
provide
resistance.
The
various
kinds
(CIs),
mechanisms
underlying
inhibition,
evaluation
procedures
all
covered
in-depth.
review
provides
an
overview
relevant
literature
in
which
researchers
scientists
different
types
CIs,
effect
CIs
metals,
information
about
designs
minimize
a
variety
equipment
composed
alloys
or
along
with
studies.
scholars
fresh
insights
advance
discipline.
Green Chemistry,
Journal Year:
2024,
Volume and Issue:
26(8), P. 4270 - 4357
Published: Jan. 1, 2024
Given
the
high
toxicity
of
inorganic
inhibitors,
organic
substances,
primarily
heterocycles,
have
been
proven
to
be
one
most
efficient,
cost-effective,
and
practical
alternatives.
