Green
solvents
like
DES
have
gained
tremendous
attention
and
been
employed
for
many
applications,
as
industries
are
now
geared
toward
adopting
green
materials
technologies
to
contain
the
effects
of
climate
change,
environmental
pollution,
global
warming.
They
found
application
use
in
enhanced
oil
recovery
petroleum
industry
surface
active
materials,
among
others.
However,
there
is
a
need
be
able
select,
screen,
rank
best
performance
DESs
large
combination
HBA
HBD
capable
forming
that
can
perform
(EOR),
viz–viz,
additional
recovery.
In
this
study,
choline
chloride
(CHCL)-based
DESs,
most
EOR,
screened
their
ability
reduce
interfacial
tension,
adsorption
capacities,
enhancement.
We
innovate
screening
criterion
using
molecular
descriptors
obtained
from
interaction
with
species
(rock,
water,
oil,
brine)
used
reservoir.
Our
findings
indicate
correlation
experimental
properties
calculated
predict
overall
EOR
performance.
study
contributes
valuable
insights
into
theoretically
EOR.
It
also
quick
check
trial
error
during
selection
energetically
stable
laboratory
potential
cost-effective
manner.
International Journal of Molecular Sciences,
Journal Year:
2024,
Volume and Issue:
25(23), P. 12912 - 12912
Published: Nov. 30, 2024
Molecularly
imprinted
polymers
(MIPs)
are
defined
as
artificial
receptors
due
to
their
selectivity
and
specificity.
Their
advantageous
properties
compared
biological
alternatives
have
sparked
interest
among
scientists,
detailed
in
numerous
review
papers.
Currently,
there
is
significant
attention
on
adhering
the
principles
of
green
chemistry
environmental
protection.
In
this
context,
MIP
research
groups
focused
developing
eco-friendly
procedures.
The
application
"greener"
monomers
reagents,
along
with
utilization
computational
methodologies
for
design
property
analysis,
two
activities
that
align
molecularly
technology.
This
discusses
preparation
MIPs
based
non-acrylic/vinylic
precursors,
such
alkoxysilanes,
ionic
liquids,
deep
eutectic
solvents,
bio-based
molecules-specifically
saccharides,
biomolecules
like
proteins.
It
provides
a
brief
introduction
materials,
aspects
production,
simulations.
Following
this,
descriptions
studied
monomers,
molecular
simulation
studies
monomer-based
MIPs,
strategies
presented.
Finally,
conclusions
an
outlook
future
directions
analysis
production
materials
pointed
out.
To
best
my
knowledge,
work
first
combine
these
principles.
Green
solvents
like
DES
have
gained
tremendous
attention
and
been
employed
for
many
applications,
as
industries
are
now
geared
toward
adopting
green
materials
technologies
to
contain
the
effects
of
climate
change,
environmental
pollution,
global
warming.
They
found
application
use
in
enhanced
oil
recovery
petroleum
industry
surface
active
materials,
among
others.
However,
there
is
a
need
be
able
select,
screen,
rank
best
performance
DESs
large
combination
HBA
HBD
capable
forming
that
can
perform
(EOR),
viz–viz,
additional
recovery.
In
this
study,
choline
chloride
(CHCL)-based
DESs,
most
EOR,
screened
their
ability
reduce
interfacial
tension,
adsorption
capacities,
enhancement.
We
innovate
screening
criterion
using
molecular
descriptors
obtained
from
interaction
with
species
(rock,
water,
oil,
brine)
used
reservoir.
Our
findings
indicate
correlation
experimental
properties
calculated
predict
overall
EOR
performance.
study
contributes
valuable
insights
into
theoretically
EOR.
It
also
quick
check
trial
error
during
selection
energetically
stable
laboratory
potential
cost-effective
manner.
