Nanomaterials,
Journal Year:
2024,
Volume and Issue:
14(11), P. 944 - 944
Published: May 27, 2024
Aluminosilicates,
abundant
and
crucial
in
both
natural
environments
industry,
often
involve
uncontrollable
chemical
components
when
derived
from
minerals,
making
further
purification
reaction
more
complicated.
This
study
utilizes
pure
alumina
fumed
silica
powders
as
controllable
sources,
enhancing
aluminosilicate
reactivity
through
room
temperature
(non-firing)
processing
providing
a
robust
framework
that
resists
mechanical
stress
high
temperature.
By
embedding
iron-based
metal–organic
frameworks
(Fe-MOF/non-firing
membranes)
within
the
above
matrix,
these
ceramic
membranes
not
only
preserve
their
robustness
but
also
gain
significant
functionality,
capacity
to
removing
phytochromes
vegetables.
Sodium
hydroxide
sodium
silicate
were
selected
activators
successfully
prepare
high-strength,
non-firing
membranes.
These
demonstrated
flexural
strength
of
8.7
MPa
under
wet-culture
conditions
with
molar
ratio
Al2O3:SiO2:NaOH:Na2SiO3
at
1:1:0.49:0.16.
The
chlorophyll
adsorption
spinach
conducted
on
showed
removal
rate
exceeding
90%
pH
=
9,
highlighting
its
potential
for
selective
chlorophyll.
underscores
MOF-enhanced
environmental
applications,
particularly
agricultural
pollution
control.
