International Journal of Scientific Research and Management (IJSRM),
Journal Year:
2024,
Volume and Issue:
12(06), P. 144 - 160
Published: June 23, 2024
In
recent
years,eutrophication
of
water
bodies
has
become
increasingly
severe
due
to
the
rising
content
phosphorus
in
these
bodies.This
escalation
adversely
affects
normal
growth
aquatic
organisms,leading
deterioration
quality,and
ultimately
impacting
human
life.Phosphorus
removal
is
a
crucial
direction
for
addressing
body
pollution.Therefore,it
utmost
importance
identify
efficient,affordable,and
feasible
methods
removing
from
wastewater.Adsorption,owing
its
simplicity,efficiency,and
low
cost,is
widely
employed
treatment.Biochar,in
particular,is
extensively
used
high
efficiency,renewability,low
cost,and
ready
availability
raw
materials.This
paper
reviews
preparation
biochar
and
modified
biochar,analyses
effects
pyrolysis
temperature,solution
pH,reaction
temperature,adsorbent
dosage,adsorption
time
co-existing
ions
on
materials.It
also
explores
necessity
desorption
regeneration
biochar,along
with
prospects
future
removal.
Nanomaterials,
Journal Year:
2023,
Volume and Issue:
13(6), P. 1049 - 1049
Published: March 14, 2023
Supercapacitors
have
become
a
popular
form
of
energy-storage
device
in
the
current
energy
and
environmental
landscape,
their
performance
is
heavily
reliant
on
electrode
materials
used.
Carbon-based
electrodes
are
highly
desirable
due
to
low
cost
abundance
various
forms,
as
well
ability
easily
alter
conductivity
surface
area.
Many
studies
been
conducted
enhance
carbon-based
supercapacitors
by
utilizing
carbon
compounds,
including
pure
nanotubes
multistage
nanostructures
electrodes.
These
examined
characteristics
potential
applications
numerous
scrutinized
use
wide
variety
nanomaterials,
such
AC,
CNTs,
GR,
CNCs,
others,
improve
capacitance.
Ultimately,
this
study
provides
roadmap
for
producing
high-quality
using
