Desalination and Water Treatment,
Journal Year:
2024,
Volume and Issue:
320, P. 100748 - 100748
Published: Sept. 3, 2024
Switching
to
renewable
resources
for
hydrogen
production
is
essential.
Present
such
as
coal,
oil,
and
natural
gas
are
depleted
rapidly
moving
a
dead
state,
they
possess
high
carbon
footprint.
Wastewater
promising
avenue
in
searching
resource.
Profuse
techniques
preferred
production.
Among
them,
electrolysis
great
with
wastewater
against
biological
processes
by
purity.
obstacles
behind
the
process
conversion
efficiency,
intensive
energy,
cost.
This
review
starts
demand,
availability,
their
H2
potential,
then
illustrates
three
main
types
of
electrolysis.
The
section
highlights
energy-assisted
because
its
low
footprint
zero
emission
potential
various
water
High-temperature
steam
solid
oxide
viable
option
future
scaling
due
versatile
adoption
photo,
electric,
thermal
energy.
A
glance
at
some
effective
aspirations
large-scale
economics
co-generation,
biomass
utilization,
Microbial
electrolysis,
waste
low-cost
green
electrode,
Carbon
dioxide
hydrogenation,
minerals
recovery.
study
gives
broader
view
facing
challenges
via
perspectives
eliminate
above.
along
cost
forward
production,
addition
preserving
environment
from
fossil
fuel.
Geographical
seasonal
availability
constraints
unavoidable;
therefore,
energy
storage
coupling
power
sources
essential
attain
consistent
supply.
lack
regulations
policies
supporting
development
these
technologies
did
not
reduce
gap
between
research
implementation.
Life
cycle
assessment
this
rarely
available,
so
we
need
focus
on
effect
environment.
SPE Journal,
Journal Year:
2024,
Volume and Issue:
29(05), P. 2525 - 2544
Published: Jan. 9, 2024
Summary
Gas
permeability
in
hydrate
reservoirs
is
the
decisive
parameter
determining
gas
production
efficiency
and
of
hydrate.
In
South
China
Sea
(SCS),
flow
tight
natural
(NGH)
silty
clay
significantly
affected
by
slippage
effect
effective
stress
(ES)
overlying
rock.
To
improve
effectiveness
exploitation,
it
necessary
to
understand
influence
on
evolution
law.
For
this
paper,
characteristics
methane
montmorillonite
sediments
were
studied
at
different
pore
pressures
ESs.
Experimental
data
revealed
that
samples
before
(MH)
formation
seriously
Klinkenberg
effect.
The
generally
smaller
than
after
formation,
weaker
formation.
With
change
ES,
intrinsic
sediment
has
a
power
law
relationship
with
simple
ES.
ES
coefficient
n
was
determined
using
response
surface
method
eliminate
slip
permeability.
As
pressure
decreases
MH
decomposes,
swelling
affects
However,
good
compensation
decomposition
under
low
pressure.
multistage
depressurization-producing
process
mainly
3
MPa
stage
2
stage.
mechanism
reservoir
studied,
which
conducive
improving
prediction
accuracy
content
exploitation
exploring
best
reduction
increase
exploitation.
Nanomaterials,
Journal Year:
2023,
Volume and Issue:
13(21), P. 2830 - 2830
Published: Oct. 25, 2023
The
fast
rise
of
organic
pollution
has
posed
severe
health
risks
to
human
beings
and
toxic
issues
ecosystems.
Proper
disposal
toward
these
contaminants
is
significant
maintain
a
green
sustainable
development.
Among
various
techniques
for
environmental
remediation,
advanced
oxidation
processes
(AOPs)
can
non-selectively
oxidize
mineralize
into
CO2,
H2O,
inorganic
salts
using
free
radicals
that
are
generated
from
the
activation
oxidants,
such
as
persulfate,
H2O2,
O2,
peracetic
acid,
periodate,
percarbonate,
etc.,
while
oxidants
catalysts
via
Fenton-type
reactions
crucial
production
reactive
oxygen
species
(ROS),
i.e.,
•OH,
•SO4-,
•O2-,
•O3CCH3,
•O2CCH3,
•IO3,
•CO3-,
1O2.
Nanoscale
zero-valent
iron
(nZVI),
with
core
Fe0
performs
sustained
effect
in
AOPs
by
gradually
releasing
ferrous
ions,
been
demonstrated
cost-effective,
high
reactivity,
easy
recovery,
recycling,
environmentally
friendly
heterogeneous
catalyst
AOPs.
combination
nZVI
AOPs,
providing
an
appropriate
way
complete
degradation
pollutants
indiscriminate
ROS,
emerging
important
technique
remediation
received
considerable
attention
last
decade.
following
review
comprises
short
survey
most
recent
reports
applications
participating
their
mechanisms,
future
prospects.
It
contains
six
sections,
introduction
theme,
hydrogen
peroxide,
oxygen,
other
oxidants-based
catalyzed
nZVI,
conclusions
about
reported
research
perspectives
developments.
Elucidation
mechanisms
nZVI-based
may
not
only
pave
more
affordable
AOP
protocols,
but
also
promote
exploration
fabrication
effective
materials
applicable
practical
applications.
AIP Advances,
Journal Year:
2024,
Volume and Issue:
14(4)
Published: April 1, 2024
Proper
wastewater
disposal
is
crucial
in
various
manufacturing
and
ecological
systems.
This
study
aims
to
prevent
regulate
pollution
the
water
supply.
It
examines
how
pollutant
discharge
concentration
affects
flow
of
non-Newtonian
nanofluids
(NNNFs)
over
a
porous
Riga
surface.
Two
different
types
NNNFs,
namely,
Walter’s
B
second-grade
fluids,
have
been
examined.
The
fluid
conveyed
form
system
partial
differential
equations
(PDEs),
which
are
first
reduced
non-dimensional
set
ordinary
(ODEs)
then
first-order
equations.
numerical
approach
parametric
continuation
method
employed
solve
these
ODEs.
has
noticed
that
energy
curve
declines
with
increasing
numbers
TiO2-nanoparticles
(NPs).
effect
external
source
variation
factor
enriches
pollutants
both
cases.
Furthermore,
viscoelastic
parameter
K1
plays
notable
role
determining
behavior
fluids.
Particularly
enhances
flow,
whereas
rise
decreases
velocity
fluid.
Our
findings
indicate
substantial
impact
parameters
under
consideration
on
discharge.
Significantly,
it
was
observed
an
increase
amount
NPs
thermal
radiation
led
improvement
conductivity
nanofluid,
consequently
decreasing
nanofluid
greater
efficiency
boosting
transfer
rate
base
In
case
fluid,
propagation
increases
up
6.25%,
whereas,
B,
7.85%.
ACS Sustainable Chemistry & Engineering,
Journal Year:
2024,
Volume and Issue:
12(11), P. 4644 - 4654
Published: March 4, 2024
A
microscopic
insight
into
the
formation
and
growth
of
CH4
hydrate
in
glucose
solution
is
vital
to
understand
accumulation
natural
gas
resources
develop
hydrate-based
technologies.
Herein,
microsecond
MD
simulations
have
been
performed
investigate
inside
outside
montmorillonite
nanopore
examine
effects
concentration
salt
ions.
Simulation
results
indicate
that
molecules
inhibit
by
controlling
size
nanobubbles.
Specifically,
adsorb
H2O
Na+
repel
CH4,
thus
greatly
promoting
nanobubble
inhibiting
formation.
Glucose
adsorbed
on
surfaces
hinder
decomposition
growth.
The
higher
concentration,
more
unfavorable
Furthermore,
ions
can
construct
abnormal
cages
also
forming
hydrogen
bonds
with
water
solids.
These
will
pose
challenges
subsequent
solid–liquid
separation
applications.
molecular
insights
are
scientific
engineering
significance
sustainable
chemistry
related
exploitation
technologies,
e.g.,
seawater
desalination
juice
concentration.
Chemical Engineering Journal,
Journal Year:
2023,
Volume and Issue:
475, P. 146362 - 146362
Published: Oct. 2, 2023
Gas
hydrates
are
gas-carrying
water
structures
which
present
both
opportunities
and
threats
to
the
energy
industry
environment.
Chemical
additives
used
either
promote
gas
hydrate
formation
(GHF)
realize
or
inhibit
GHF
mitigate
threats.
Understanding
functionality
of
followed
by
tailoring
their
for
a
better
performance
is
crucial
requirement.
However,
recent
studies
showed
that
best-known
promoters
can
act
as
inhibitors,
vice
versa,
when
concentrations
changed.
These
puzzling
observations
demonstrate
anomalous
dual
nature
additives,
has
not
been
discussed
thoroughly
in
literature.
Here,
we
critically
discuss
popular
such
salts,
surfactants,
alcohols
polymers,
with
particular
focus
on
behaviors
at
low
concentrations.
We
underpinning
physics
using
concepts
ion-specificity,
hydrophobic
soft
ions,
effect
host–guest
interactions
provide
new
insights
into
relevant
environmental
applications.
