International Journal of Automotive Manufacturing and Materials,
Journal Year:
2023,
Volume and Issue:
unknown, P. 6 - 6
Published: Sept. 26, 2023
Review
Lignocellulosic
Biomass
to
Automotive
Manufacturing:
The
Adoption
of
Bio-Based
Materials
and
Bio-Fuels
Zhiping
Zhang,
Yinggang
Jiao,
Yameng
Li,
Huan
Quanguo
Bing
Hu
*
Henan
Agricultural
University,
International
Joint
Laboratory
Energy
Nanomaterials,
Zhengzhou
450002,
PR
China
Correspondence:
[email protected]
Received:
20
July
2023
Accepted:
21
September
Published:
26
Abstract:
In
order
meet
the
demand
automobile
lightweight
reduce
automotive
industry's
dependence
on
non-renewable
energy
sources
such
as
petroleum,
utilization
bio-based
materials
bio-fuels
has
become
a
key
link
realize
sustainable
development
manufacturing
industry.
Moreover,
along
with
coming
era
Carbon
Neutral,
evolution
begun.
Hence,
in
paper,
alternative
solutions
body
materials,
related
component,
vehicle
fuel
which
bio-products
can
be
introduced
into
were
reviewed.
types
preparation
methods
for
mentioned,
especially
discussion
bio-hydrogen
production
its
application
summary
correlation
between
biomass
industry
this
article
certain
guiding
significance
industry,
field.
Biotechnology and Bioengineering,
Journal Year:
2024,
Volume and Issue:
121(6), P. 1937 - 1949
Published: March 28, 2024
Abstract
This
study
aimed
to
investigate
the
effect
of
hyphal
formation
in
Yarrowia
lipolytica
and
biochar
addition
on
erythritol
production
by
submerged
fermentation.
Hyphal
significantly
inhibited
Y.
.
Transcriptome
analysis
suggested
that
impaired
synthesis
cells
was
associated
with
differential
expression
genes
involved
amino
acid
metabolism,
lipid
cell
wall
stability.
Deletion
RAS2
responsible
for
yeast‐to‐hypha
transition
EYD1
included
degradation
blocked
improved
production.
Biochar
prepared
from
corncob,
sugarcane
bagasse
(SB),
corn
straw,
peanut
shell,
coconut
walnut
shell
(WS)
had
a
positive
production,
which
WS
pyrolyzed
at
500°C
(WSc)
performed
best
flask
In
3.7
L
bioreactor,
220.20
±
10
g/L
productivity
2.30
0.10
g/L/h
obtained
presence
1.4%
(w/v)
WSc
0.7%
SBc
(SB
500°C)
within
96
h.
These
results
suggest
inhibition
together
is
an
efficient
way
promote
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(15), P. 11994 - 11994
Published: Aug. 4, 2023
Greenhouse
gas
emission
is
a
key
issue
in
the
sustainable
development
of
agriculture.
To
effectively
predict
greenhouse
emissions
beef
cattle,
model
proposed
based
on
system
dynamics
and
calculation
methods,
scenario
set
as
‘Straw
to
Beef’
project
Jilin
Province.
The
was
built
baseline
(feed
precision:
60%,
breeding
environment:
dry
fattening
farm,
corn
straw
utilization:
burning
straw),
with
single-
comprehensive
reduction
scenarios
considered,
predicting
trends
potentials
from
cattle
Province
2013
2028,
measured
CO2-eq
(CO2
equivalent).
also
explored
impact
11
controllable
variables
emissions.
Results
showed
that
(1)
From
2022,
increased
significantly
had
an
annual
growth
rate
6.51%
2020.
(2)
Single
increasing
trend
emissions,
while
decreasing
trend.
Among
them,
S2.2.1
80%,
livestock
barn
manure
pit,
straw)
strongest
ability
single
scenario,
S3.2.2
Feed-processing
reducing
by
5.10%
69.24%,
respectively,
compared
scenario.
This
suggests
which
utilized
resources
reasonably
can
greatly
reduce
agricultural
(3)
optimal
indicated
higher
proportion
digestible
energy
cattle’s
total
intake,
more
perfect
fecal
treatment
process,
utilization
feed,
lower
Therefore,
Province,
it
important
implement
prioritizing
efficient
improving
management
practices.
ACS Applied Nano Materials,
Journal Year:
2024,
Volume and Issue:
7(17), P. 20714 - 20722
Published: Aug. 21, 2024
Cd0.8Mn0.2S
is
a
ternary
particulate
chemical
substance
that
faces
significant
challenges
with
carrier
recombination
in
the
field
of
photocatalysis.
To
address
this
issue,
we
formed
an
internal
electric
and
constructed
S-scheme
heterojunctions
using
Cu2O
nanoparticles,
thereby
reducing
rate
photogenerated
carriers.
We
synthesized
hydrothermal
method,
followed
by
employing
ultrasonic
self-assembly
to
closely
couple
Cu2O.
In
configuration,
acts
as
electron
acceptor
donor.
The
Cd0.8Mn0.2S/Cu2O
structure
forms
tight
interface,
providing
shortest
transfer
distance
for
migration.
heterojunction
strategy
effectively
lowers
reaction
barriers
facilitates
vectorial
separation
Under
10
W
white
light
illumination,
composite
photocatalyst
demonstrates
remarkable
hydrogen
evolution
activity,
achieving
production
40.06
mmol·g–1·h–1.
This
interface
paves
way
structural
design
large-scale
application
highly
active
visible
photocatalysts.
