1.
Jing-Yi Li, David K. Wang,
Yu-Ting Lin, Ming-Yen Wey*
, Hui-Hsin Tseng* (2022) “
Homogeneous sub-nanophase
network tailoring of dual
organosilica membrane for
enhancing CO2 gas
separation” Journal of
Membrane science Vol 644,
p.120170(SCI) IF:10.53
2.
Jing-Yi Li, Yu-Ting
Lin, David K. Wang
Hui-Hsin Tseng*,
Ming-Yen Wey*
(2022)” Effect of heat
diffusivity for driving
chain stitching of dual-type
hybrid organosilica-derived
membranes “Separation and
purification technology,
Vol. 290, p.120848(SCI) IF:9.136
3.
Wen-Hsiung Lai; David K.
Wang; Hui-Hsin Tseng* and
Ming-Yen Wey* (2022)”
Photo-induced poly(styrene-[C1mim][Tf2N])-supported
hollow fiber ionic liquid
membranes to enhance CO2
separation ” Journal of CO2
Utilization, Vol. 53,
p.101871 (SCI) IF:8.321
4.
Chung-En Tan ,
En-Chin Su* , Ming-Yen
Wey*(2022) ” Development
of physicochemically stable
Z-scheme MIL-88A/g-C N
heterojunction photocatalyst
with excellent charge
transfer for improving acid
red 1 dye decomposition
efficiency”, Applied Surface
Science , Vol. 590,
p.152924(SCI)
IF:7.392
5.
Wei-Jing Li, Ting-Yu Li and Ming-Yen Wey*, (2021)“Preferred
enhancement of Fast-SCR by
Mn/CeSiOx catalyst: study on
Ce/Si promotion and shape
dependence” Chemical
Engineering Journal, Vol.
403, 126317 IF:16.744
6.
Lin, Yu-Ting; Li, Jing-Yi;
Tseng, Hui-Hsin*; Wey,
Ming-Yen*
(2021)” Insight into the
Role of Polymer Conformation
on the Cut-Off size of
Carbon Molecular Sieving
Membranes for Hydrogen
Separation and Its Novel
Pore Size Detection
Technology” ACS Applied
Materials & Interfaces Vol.
13, p.5165-5175
IF:9.441
7.
Wen-Hsiung Lai; Ming-Yen
Wey*; and Hui-Hsin
Tseng*(2021)
“High loading and
high-selectivity H2
purification using SBC@ZIF
based thin film composite
hollow fiber membranes”
Journal of Membrane science
Vol 626, p.119191
IF:10.53
8.
Jing-Yi Li, David K. Wang,
Hui-Hsin Tseng*, Ming-Yen
Wey* (2021) “
Solvent effects on diffusion
channel construction of
organosilica membrane with
excellent CO2 separation
properties” Journal of
Membrane science Vol 618,
p.118758 IF:10.53
9.
Wen-Hsiung Lai , David K.
Wang , Ming-Yen
Wey*, Hui-Hsin Tseng*
(2020) “ Recycling waste
plastics as hollow fiber
substrates to improve the
anti-wettability
of
supported ionic liquid
membranes for CO2
separation” Journal of
Cleaner Production Vol. 276
p.124194 IF:11.072
10.
W.-J. Li and M.-Y.
Wey*,
(2020)“Sintering-resistant,
highly thermally stable and
well-dispersed
Pd@CeO2/halloysite as an
advanced three-way
catalyst”, Science of the
Total Environment Vol.
707. P.136137 IF:10.753
11.
Ju-Ting Lee; Ming-Yen Wey* (2020)”
PVA/Pt/N-TiO2/SrTiO3 porous
films with adjustable pore
size for hydrogen production
under simulated sunlight”
Journal of Colloid and
Interface Science Vol. 573
p.158-164 IF:9.965
12.
Ren-Xuan Yang, Kui-Hao Chuang, Shan-Luo
Wu, Ming-Yen Wey* (2020) “Co-production of
carbon nanotubes and hydrogen from waste plastic gasification in a two-stage fluidized catalytic
bed" Renewable Energy Vol
45, P. 7290-7302(SCI)IF:8.634
13.
Hui-Hsin Tseng;
Zi-Yi Lin; Shih-Hsiung Chen;
Wen-Hsiung Lai; Ming-Yen
Wey* (2019)” Reuse of reclaimed tire rubber for gas-separation membranes prepared by hot-pressing” Journal of cleaner Production
Vol. 237, 117739 IF:11.072
14.
Ming-Yen Wey, Ching-Ting Wang, Yu-Ting Lin, Min-Der Lin, Petr Uchytil, Katka
Setnickova, Hui-Hsin
Tseng*(2019)” Interfacial
interaction between CMS
layer and substrate:
Critical factors affecting
membrane microstructure and
H2 and CO2 separation
performance from CH4”
Journal of Membrane Science Vol.580, P.49-61 IF:10.53
15.
Wei –Jing Li, Ming
Yen Wey*(2019)”Core-shell
design andwell-dispersed Pd
particles for three-way
catalysis:Effect of
halloysite nanotubes
functionalized with Schiff
base” Science of the Total
Environment Vol 675, P
397-407 IF:10.753
16.
Wen-Hsiung Lai,
Guo-Liang Zhuang, Hui-Hsin
Tseng*, Ming-Yen Wey*(2019)”Creation
of tiny defects in ZIF-8 by
thermal annealing to improve
the CO2/N2 separation of
mixed matrix membranes”
Journal of Membrane Science
Vol.572, P.410-418 IF:10.53
17.
Guo-Liang Zhuang,
Hui-Hsin Tseng*, Petr Uchytil, Ming-Yen Wey*(2018)” Enhancing
the CO2 plasticization
resistance of PS
mixed-matrix membrane by
blunt zeolitic imidazolate
framework” Journal of CO2 Utilization Vol 25 P.79-88 IF:8.321
18.
Su, En-Chin; Huang,
Bing-Shun, Ming-Yen Wey* (2017)”
Green route for hydrogen evolution from real electroplating waste liquids induced by a
solar light responsive
photocatalyst ” ACS
Sustainable Chemistry &
Engineering,Vol
5, P. 2146-2153 IF:9.224
19.
Chuang Kuo-liang, Ming-Yen Wey*, Hui-Hsin Tseng*(2017)” Effect of
copolymer
microphase-separated
structures on the gas
separation performance and
aging properties of
SBC-derived membranes”
Journal of Membrane Science,
Vol. 529 P.63-71 IF:10.53
20.
Chuang Kuo-liang, Ming-Yen
Wey*, Hui-Hsin Tseng*
(2016)”A novel technique
using reclaimed tire rubber
for gas separation
membranes” Journal of
Membrane Science, Vol. 520
P.314-325 IF:10.53
21.
Tzu-Huan Peng,
Chiou-Liang Lin, and Wey,
Ming-Yen*(2015)
“Determination of the Pb,
Cr, and Cd distribution
patterns with various
chlorine additives in the
bottom ashes of a
low-temperaturetwo-stage
fluidized bed incinerator by
chemical sequential
extraction” Journal of
Hazardous Materials Vol.
295, pp. 86-96 IF:14.224
22.
Hui-HsinTseng, Kuo-Liang Chuang, Min-Der Lin,
Ssu-Hsun Chang, Ming-YenWey* (2015)”The
influence of matrix
structure and thermal
annealing-hydrophobic layer
on the performance and
durability of carbon
molecular sieving membrane
during physical aging”
Journal of Membrane
Science, Vol. 495 P. 294-304 IF:10.53
23.
Hui-HsinTseng,
Ssu-Hsun Chang, Ming-YenWey* (2014)
“A carbon gutter
layer-modified <alpha>-Al2O3
substrate for PPO membrane
fabrication and CO2
separation” Journal of
Membrane Science, Vol 454,
P.51-61 IF:10.53
24.
Bing-Shun Huang,
En-Chin Su and Ming-Yen
Wey* (2013) “Design of a
Pt/TiO2-xNx/SrTiO3
triplejunction for effective
photocatalytic H2 production
under solar light
irradiation”, Chemical
Engineering Journal, Vol.
223 P.854-859 IF:16.744
25.
Li Luen Hwang, Jyh
Cherng Chen, Ming-Yen
Wey* (2013)”The
properties and filtration
efficiency of activated
carbon polymer composite
membranes for the removal of
humic acid” Desalination,
Vol. 313 P.166–175 IF:11.211
26.
Bing-Shun
Huang,Hsin-Yi Chen, Jia-HongKuo, Kui-Hao Chuang and Ming-Yen
Wey* (2012)”Catalytic upgrading
of syngas from fluidized bed
air gasification of sawdust”
Bioresource Technology,
Vol.110, 670–675 IF:11.889
27.
Hui-Hsin Tseng; Kaimin Shih; Pei-Ting Shiu and Ming-Yen
Wey* (2012) “Influence of support structure on the permeation
behavior of
polyetherimide-derived
carbon molecular sieve
composite membrane” Journal
of Membrane Science, Vol.
405-406, p.250-260 IF:10.53
28.
Tsu Hsiang Weng,
Hui-Hsin Tseng and Ming-Yen
Wey*(2011)”Effect of
SBA-15 texture on the gas
separation characteristics
of SBA-15/polymer multilayer
mixed matrix membrane”
Journal of Membrane Science
Vol. 369, pp. 550-559 IF:10.53
29.
Rau, Jui-Yeh; Chen,
Jyh-Cherng; Shih-Teng Huang;
Wen-Tsung Hung and Wey,
Ming-Yen*(2011)
“Removals of Fly Ash and NO
in a Fluidized-Bed Reactor
with CuO/Activated Carbon
Catalysts” Journal of
Hazardous Materials Vol. 187, pp.
190-198 IF:14.224
30.
Itta Arun Kumar,
Hui-Hsin Tseng, Ming Yen
Wey* (2011)”Fabrication and characterization of PPO/PVP blend carbon
molecular sieve membranes
for H2/N2 and H2/CH4
separation” Journal of
Membrane Science Vol.372, pp. 387–395 IF:10.53
31.
Hui-Hsin Tseng ,
Chi-Yuan Lu , Feng-Yim
Chang, Ming-Yen Wey*,
Han-Tsung Cheng(2011)
“Catalytic Removal of NO and
PAHs over AC-Supported
Catalysts from Incineration
Flue Gas: Bench-Scale and
Pilot-Plant Tests” Chemical
Engineering Journal Vol.169, pp.135–143 IF:16.744
32.
Jui-Yeh
Rau; Hui-Hsin Tseng;
Bo-Chin Chiang; Ming-Yen
Wey*;
Lin, Min-Der (2010), “Title:
Evaluation
of SO2 Oxidation and Fly Ash
Filtration by an Activated
Carbon Fluidized Bed
Reactor: The Effects of Acid
Modification, Copper
Addition and Operating
Condition”, Fuel, Vol 89, p.
732-742
IF:8.035
33.
Feng-Yim Chang;
Jyh-Cherng Chen; Ming-Yen
Wey*,(2010) “Activity
and characterization of
Rh/Al2O3 and Rh-Na/Al2O3
catalysts for the SCR of NO
with CO in the presence of
SO2 and HCl” Fuel, Vol 89,
p.1919-1927
IF:8.035
34.
Chi-Yuan Lu, Hui-Hsin
Tseng, Ming-Yen Wey*,
Ling-Yi Liu, Jia-Hong Kuo,
Kui-Hao Chuang(2009)
“Al2O3-supported Cu-Co
bimetallic catalysts
prepared with polyol process
for removal of BTEX and PAH
in the incineration flue
gas” Fuel 88, p.340-347
IF:8.035
35.
Chi-Yuan Lu, Hui-Hsin
Tseng, Ming-Yen Wey*
and Ting-Weu Hsueh(2009)
"The Comparison between the
Polyol Process and the
Impregnation Method for the
Preparation of CNT-supported
Nanoscale Cu Catalyst"
Chemical Engineering Journal
,Vol. 145, 461-467
IF:16.744
36.
Chou J.T., Wey M.
Y*., and Chang
S. H. (2009) "Evaluation of
the distribution patterns of
Pb, Cu and Cd from MSWI fly
ash during thermal treatment
by sequential extraction
procedure" Journal of
Hazardous Materials Vol 162,
p.1000-1006 IF:14.224
37.
Chi-Yuan Lu,
Ming-Yen Wey*, Kui-Hao
Chuang(2009) ”Catalytic
treating of gas pollutants
over cobalt catalyst
supported on porous carbons
derived from rice husk and
carbon nanotube”, Applied
Catalysis B: Environmental,
Vol 90, p.652-661 IF:21.41
38.
Feng-Yim Chang,
Jyh-Cherng Chen and
Ming-Yen Wey*,(2009) “
The activity of Rh/Al2O3 and
Rh-Na/Al2O3 catalysts for
PAHs removal in the waste
incineration processes:
effects of particulates,
heavy metals, and acid
gases” Fuel, Vol. 88, 9,
p.1563-1571
IF:8.035
39.
Kuang-Yu Liu, Jui-Yeh
Rau , Ming-Yen Wey*(2009)
“Collection of SiO2, Al2O3
and Fe2O3 particles using a
gas-solid fluidized bed ” J.
of Hazardous Materials, 171,
102-110
IF:14.224
40.
Ming-Yen Wey*,
Kuang-Yu Liu, Wu-Jung Yu,
Chiou-Liang Lin and Feng-Yim
Chang(2008) “Influences of
chlorine contents on
emission of HCl and organic
compounds in waste
incineration using a
Fluidized bed” Waste
Management, Vol. 28, issue
2, p. 406-415
IF:8.816
41.
Chou J.T., Wey M.
Y.*, and Shih-Hsien
Chang(2008) “Emission of Pb
and PAHs from thermally
co-treated MSWI fly ash and
bottom ash process” Journal
of Hazardous Materials, Vol
150/1 pp. 27-36
IF:14.224
42.
J.H. Kuo, H.H. Tseng,
P. Srinivasa Rao, and
M.Y. Wey*(2008) "The
prospect and development for
municipal solid waste
treatment and
characteristics of their
pollutants in Taiwan."
Applied Thermal Engineering,
vol 28, pp.2305-2314
IF:6.32
43.
Feng-yim Chang,
Ming-Yen Wey* and
Jyh-Cherng Chen(2008)
“Effects of sodium
modification, different
reductants and SO2 on NO
reduction by Rh/Al2O3
catalysts at excess O2
conditions” Journal of
Hazardous Materials, Vol
156/1-3 p. 348-355
IF:14.224
44.
Chi-Yuan Lu,
Ming-Yen Wey* ”(
2007) The performance of CNT
as support on CO oxidation
at low temperature” Fuel.
Vol. 86 issue7-8 pp.
1153-1161
IF:8.035
45.
Kuang-Yu Liu, M.Y.
Wey*,(2007)
“Filtration of fly
ash using fluidized bed at
300-500°C”
Fuel, Vol 86, issue 1-2, pp.
161-168 IF:8.035
46.
Kuang-Yu Liu, M.Y.
Wey*,(2007) “Filtration
of nano particle by a
gas-solid fluidized bed ” J.
of hazardous material,Vol
147, pp.618-624
IF:14.224
47.
F.Y. Chang, M.Y.
Wey*,(2006) “Comparison
of the characteristics of
bottom and fly ashes
generated from various
incineration processes” J.
of hazardous material, Vol.
138, PP. 594-603 IF:14.224
48.
M.Y. Wey*,
K.Y. Liu, T.H. Tsai, J.T.
Chou(2006)” Thermal
treatment of the fly ash
from municipal solid waste
incinerator with rotary
Kiln” J. of Hazardous
Material
,Vol 137/2 pp 981-989 IF:14.224
49.
Wey, M Y*,
Chen J. C, Wu H Y, YU W J,
Tsai T. H.(2006) “Formations
and Controls of HCl and PAHs
by Different Additives
during Waste Incineration"
Fuel, Vol 85/5-6, pp
755-763. IF:8.035
50.
H.H. Tseng, M.Y.
Wey*, (2006) “Effects of
acid treatments of activated
carbon on its physiochemical
structure as support for
copper oxide in DeSO2
reaction catalysts”
Chemosphere, Vol. 62, issue
5,
Pages 756-766.
IF:8.943
51.
M.Y. Wey*,
Chen K. H.Kuang-Yu Liu(2005)
'The effect of ash and
filter media characteristics
on particle filtration
efficiency in fluidized bed”
J. of hazardous material,
B121, p.175-181.
IF:14.224
52.
Kuang-Yu Liu, M.Y.
Wey*(2005) “Dynamic
purification of coal ash by
a gas solid fluidized bed”
Chemosphere, Vol.60
pp.1341-1348.
IF:8.943
53.
Chiou-Liang Lin,
Ming-Yen Wey*(2004) “
The effect of mineral
compositions of waste on
particle
agglomeration/defluidization
during incineration” Fuel,
Vol 83/17-18 pp.2335-2343.
IF:8.035
54.
H.H. Tseng, M.Y.
Wey*,(2004) 'Study of
SO2 adsorption and Thermal
regeneration over a spent
actived Carbon-supported
Copper Oxide Catalyst'
Carbon, Vol 42/11
pp.2269-2278.
IF:11.307
55.
C. L. Lin, M. Y.
Wey,*,H.T.Cheng(2004)
“Relationship between
pressure fluctuation and
organic pollutants with
different particle size
distributions in a fluidized
bed incinerator”
Chemosphere, Vol. 56/10 pp.
911-922.
IF:8.943
56.
J.C.Chen, M. Y.
Wey*, C, L.Yeh and
Y.S.Liang(2004)
”Simultaneous treatment of
organic compounds, CO and
NOx in the incineration flue
gas by three-way catalysts,
Applied catalysis B:
Environmental, Vol 48, Issue
1, pp.25-35.
IF:21.41
57.
C.L. Lin, M.Y. Wey*
and S. D. You ,(2004)The
effect of concentration of
bed materials on combustion
efficiency during
incineration, Energy Vol.29
issue1, pp.125-136
IF:8.857
58.
Tseng H.H., Wey
M.Y. *, Fu C.H.,(2003)
Carbon material as catalyst
supports for SO2 Oxidation:
Catalytic activity of
CuoO/AC” Carbon, Vol. 41
pp.39-149.
IF:11.307
59.
H.H.Tseng, M.Y. Wey*,
Cheng-Hao FU, Y.S.Liang,
K.Hao Chen (2003) ”Catalytic
treating of SO2, N,O HCl
from incineration flue gas
over activated carbon
supported metal oxides,
Carbon Vol. 41, 5, pp
1079-1085.
IF:11.307
60.
Chiang B. C., Wey
M. Y*., C.L. Yeh (2003)”Control
of acid gases using a
fluidized bed adsorber” J.
of Hazardous Material, B101
pp.259-272.
IF:14.224
61.
M.Y. Wey*,
C.H. Fu, H.H. Tseng, , K.H.
Chen(2003) “Catalytic
Oxidization of SO2 from
incineration flue gas over
bimetallic CU-Ce catalysts,
Fuel, Vol.82, pp.2285-2290,
IF:8.035
62.
H.H. Tseng, M.Y.
Wey* , C.Chen , C. Y.
LU,(2002)-“The adsorption of
PAHs, BTEX and Heavy Metals
on surfactant-modified
desulfurization sorbents in
a dry scrubber, Fuel,
81, pp.2407-2416. IF:8.035
63.
Zhen-shu Liu,
Ming-yen Wey*, C. L.
Lin,(2002): Reaction
characteric of ca(OH)2. HCl
and SO2 at low temperature
in a spray dryer integrated
with a fabric filter” J. of
hazardous material, Vol.95
Issue 3, pp.291-304.
IF:14.224
64.
Liu, Z. S.,Wey M.
Y.* and Lin, C.
L.(2002),"Simultaneous
Control of Acid Gases and
PAHsUsing a Spray Dryer
Integrated with a Fabric
Filter Using Different
Additives", J. Hazardous
Material, B91,pp.129-141.
IF:14.224
65.
Chiang, B. C. ,
Wey, Ming-Yen*and Fan ,
Liu Mei(2001)," Heat
treatment of incinerator
retired sorbents containing
heavy metals", The Science
of total Environment, Vol.
273, No. 1-3, pp.83-92.
IF:10.753
66.
Wey, Ming-Yen*
, Ou, W Y, Liu, Z. S., Tseng
H. H., Yan W. Y. and Chiang,
B. C. , (2001)" Pollutants
in incineration flue gas" J.
of Hazardous materials, B.
82, pp.247-262.
IF:14.224
67.
Wey, M. Y*.,
Chao, C. Y., Wei, M. C., Yu,
L. J., and Liu Z. S.,(2000)
"The Influence of Heavy
Metals on Partitioning of
PAHs during Incineration",
J. of Hazardous Material,
Vol. 77(1-3),
October,2,p.77-87
IF:14.224
68.
Wey, M. Y.*,
Yan, M. H. and Chen, J. C.
(2000) Treatment of
hazardous sorbents generated
from the adsorption of heavy
metals during incineration,
Journal of Hazardous
Materials, B 73, PP.19-37.
IF:14.224
|
 PHD
Thesis
1.
Development of
Free-Standing Carbon
Hollow Fiber
Membrane for
Hydrogen
Purification and
Carbon Capture (林鈺婷,2022)
2.
Application of the
metal/halloysite
three-way catalyst
for elimination of
automotive exhaust
(李維瀞,
2022)
3.
Recycling of waste
plastics to
synthesize ionic
liquid hollow fiber
membranes for gas
separation
(賴文雄,2022)
4.
Development and
application of
subnano porous
organosilica
membrane for
molecular separation
(李靜怡,
2022)
5.
EMF analysis and
reduction of eddy
current loss of a
double-circuit
junction tower
through cable
sequencing and
reconfiguration
(江奕旋,
2021)
6.
The synthesis of
solar
light-responsive
photocatalyst blend
polyvinyl alcohol
film for
photocatalytic
hydrogen production
(李如婷,
2020)
7.
Application of
core-shell catalyst
on hydrogen
generation from
waste polyethylene
using a two stage
fluidized bed /(吳杉洛,
2020)
8.
Feasibility of
preparing gas
separation membrane
from polymeric waste
(莊國良,
2017)
9.
The conversion of
waste plastics into
carbon nanotubes and
hydrogen using
fluidized catalyst
reactors (楊任軒,
2016)
10.
The conversion of
organics in
wastewater to
hydrogen using solar
light responsive
triple-junction
photocatalyst (蘇恩沁,
2016)
11.
Thermal treatment of
soil co-contaminated
with lube oil and
heavy metals in a
two-stage fluidized
bed incinerator (Ukrit
Samaksaman,
Thailand, 2016)
12.
Characterization of
lightweight
aggregates made from
the bottom ash and
fly ash of a
fluidized-bed
incinerator
(呂建興,
2016)
13.
Development of the
low-temperature
two-stage fluidized
bed reactor for the
waste incineration
(彭子桓,
2015)
14.
The preparation,
structural
properties and
operation
characteristics of
activated carbon
polymer composite
membranes for water
treatment
(黃立倫,
2013)
15.
Pt/TiO2-xNx/SrTiO3
光觸媒以提升太陽能光解水產氫速率/
Enhancement of solar
light induced water
splitting for
hydrogen production
over
Pt/TiO2-xNx/SrTiO3
photocatalysts
(黃柄舜,
2012)
16.
Preparation and
characterization of
nano-carbon
molecular sieving
composite membrane
for carbon capture
and hydrogen
separationArun
(Kumar Itta, India,
2011)
17.
Studies on the
preparation of
supported copper
catalysts through
microwave polyol
process for clean
power-generation
technology
(莊桂鶴,
2011)
18.
Energy utilization
and pollutant
generation through
fluidized bed
operation: Effect of
defluidization
(郭家宏,
2010)
19.
Dynamic variation
and influence
factors on the
simultaneous removal
of NO, SO2
and fly
ash using a
fluidized-bed
catalytic reactor (饒瑞曄,
2010)
20.
Preparation and
characterization of
polymer &
multi-layer
composite membranes
for gas separation
(翁子翔,
2010)
21.
Application of the
catalyst for the
treatment of waste
incineration
pollutants
(張鳳儀,
2009 )
22.
A study on
evaluation of
pollutant emission
and heavy metals
species properties
of MSWI fly ash
during thermal
treatment process
(周經棟,2009)
23.
Mesoporous materials
as catalyst support
for air pollution
control
(盧啟元,
2007)
24.
Dynamic variation
and influence
factors of the
particle filtration
by a gas-solid
fluidized bed
(劉光宇,
2006)
25.
The study of the
effects of
hydrodynamic
behaviors on waste
incineration
(林秋良,
2004 )
26.
Studies on the
adsorption
characteristics of
sulfur dioxide by
activated
carbon-supported
copper catalyst(曾惠馨,
2003)
27.
Studies on the
control of
pollutants in
incineration waste
gas（劉禎淑,
2002）
28.
Control of
Incinerator
Pollutants by a
Fluidized Bed
Reactor（蔣博欽,
2002）
29.
The Control of Heavy
Metals in the
Incineration Process（陳志成,
1998）
|
|
|
|
|
|
|
|
Master
Thesis |
|
|
|
1.
The effect of
photocatalyst films
with different
synthesis processes
for azo dye
decolonization under
simulated sunlight (陸庭毅,
2022)
2.
The
carbonization of
halloysite nanotube
loaded with
core@shell catalysts
for three-way
catalysis (王韻婷,
2022)
3.
Synthesis of
conducting polymer
polyaniline
composite
photocatalyst films
PS/PANI/Pt/N-TiO2
for photocatalytic
hydrogen production
(徐瑄鍹,
2022)
4.
Post-combustion CO2
capture by IL/ZIF-8
mixed matrix hollow
fiber membrane: the
influence of SO2,
HCl and particulate
matter(郭泓鑫,
2021)
5.
Synthesis of
g-C3N4/ZnO
photocatalyst by
using ZIF-8 as a
template for
enhancing specific
surface area and dye
decolorization rate
by two-step
calcination process(李淑雯,
2021)
6.
Synthesis of
Mn/CeSiOx catalyst
with different
morphology for
low-temperature
selective catalytic
reduction of NO with
NH3
(李庭瑜,
2020)
7.
Preparation
of CuCo/Halloysite
catalysts by
ammonia-driven
precipitation method
for acid gas
treatment (蔡樹,
2020)
8.
Comparison of
polymer-Pt/N-TiO2/SrTiO3
blend photocatalyst
films with different
polymer type for
photocatalytic
hydrogen production
under simulated
sunlight (張育甄,
2020)
9.
A feasible way to
synthesis hollow
fiber membrane from
reclaimed tire
rubber for dye
wastewater treatment
(高凡雅,
2020)
10.
Synthesis of
Pt/g-C3N4/SrTiO3
Photocatalyst for
Simultaneous Dye
Decolorization and
Hydrogen Production
in Simulation Dye
Wastewater
(譚仲恩,
2019)
11.
Synthesis of
yolk-shell catalyst
for hydrogen
production from
waste plastic
gasification (梁紹嵐,
2019)
12.
Bimetallic Co/Cu
core-shell catalyst
for hydrogen
production from
simulated waste
plastics
gasification syngas(吳佳龍,
2019)
13.
The study of
Ni/SiO2@Al2O3
core-shell catalyst
for hydrogen
production from
simulated waste
plastics
gasification syngas(陳佳瑩,
2019)
14.
Synthesis of
CuInS2
photocatalyst for
photocatalytic
decolorization of
Acid red 1 under
simulated sunlight
irradiation (黃宥恩,
2019)
15.
Fabrication of
carbon molecular
sieve hollow fiber
membranes for H2/CO2
separation: Effect
of hollow fiber
module
(陳偲涵,
2018)
16.
Production of carbon
nanotubes with
controllable
diameter by
catalytic cracking
of methane using
Fe@Al2O3 core-shell
catalyst
(陳均銘,
2018)
17.
Effect of
modification method
for Ni/MgAl2O4
catalysts in dry
reforming of methane
(呂彥霖,
2018)
18.
Synthesis of
Pt/g-C3N4/SrTiO3
photocatalyst for
photocatalytic
hydrogen production
through water
splitting under
sunlight irradiation
(陳雅如,
2018)
19.
The study of
the preparation of
gas separation
membrane by reusing
waste tires by hot
pressing technology
(林姿宜,
2018)
20.
Hydrogen production
from dry reforming
of methane using
Ni/MgAl2O4 spinel
catalyst via
solution combustion
method
(賴沛晨,
2017)
21.
Construction of a
hydrophobic
Si/carbon molecular
sieve membrane
reactor for water
gas shift reaction
(李靜怡,2017)
22.
Reforming of
simulated syngas
derived from biomass
gasification using
catalysts supported
on spinels for
hydrogen promotion(陳秉男,
2016)
23.
Mixed matrix
membrane consisting
HIPS copolymer and
porous ZIF-8
crystals for gas
separation:
Ammonia-assisted
synthesis of ZIF-8
crystals in
micro-aqueous
solution (黃珮芳,
2016)
24.
Catalytic carbon
molecular sieve
membrane reactor for
H2 purification and
CO2 capture in IGCC
system
(涂逸寧,2016)
25.
The study of
metal/OMMT catalyst
for hydrogen
production from
simulated waste
plastics
gasification syngas
(賴羿宏,
2016)
26.
Evaluation of
Ni/SiO2 core-shell
catalysts for
hydrogen and carbon
material production
from plastic wastes
gasification
(李維瀞,
2016)
27.
Ni/SiO2 core-shell
catalysts for
catalytic hydrogen
production from
simulated mixed gas
derived from the
plastic waste
gasification
(徐麗茹,
2015)
28.
Preparation and
characterization of
tubular carbon
molecular sieving
membrane by
vacuum-assisted
dip-coating method
and their gas
separation
properties
(鄭博育,
2015)
29.
Photocatalytic
degradation of AR1
dye using TiO2
photocatalyst
prepared by polyol
method(李文英,
2015)
30.
Preparation and
characterization of
PDMS membrane by
non-toxic solvent
method for gas
separation
(吳肇峰,
2014 )
31.
Study on
SBA-15/PPO mixed
substrate film for
hydrogen
purification and
carbon dioxide
capture: SBA-15
additive and carbon
substrate effect (莊皓惟,
2014)
32.
Improving the
photocatalytic
activity of
CdS/SrTiO3 by
surface modification
with metal oxide for
hydrogen evolution
(葉佳敏,
2014)
33.
Enhancing carbon
production by Ni-Fe
catalyst during
waste plastic
gasification
(鄭
雋威,
2014)
34.
Simultaneous
hydrogen evolution
and degradation of
EDTA dissolved in
the real wastewater
over
Pt/N-TiO2/SrTiO3
photocatalyst
(龔怡禎,
2014)
35.
Preparation of
PPO/Silica mixed
matrix membrane
through in-situ
sol-gel method for
H2 purification and
CO2 capture
(莊國良,
2013)
36.
Photocatalytic
degradation of acid
red 1 dye by using
UV/TiO2
photocatalysts
(黃筠雅,
2013)
37.
Enhancement of
hydrogen production
by using
bed-additives during
biomass gasification
process
(林呈彥,2013)
38.
Photocatalytic
degradation of EDTA
in waste water on
hydrogen production
via Pt/TiO2-AC and
Pt/ TiO2-MWCNT
photocatalysts
(劉
昭彰,2013)
39.
A study of
NiO/NiAl2O4 oxygen
carrier application
for chemical looping
combustion
(林婉慈,
2013)
40.
The study of
manufacture of
multilayer composite
membrane and its
application on CO2
separation (張斯巽,2012)
41.
Adding metal oxides
in Pt anode
electrocatalysts for
enhancing CO
tolerance in proton
exchange membrane
fuel cells
(郭蔓嬋,
2012)
42.
Application of CMS
membrane for gas
separation and
purification during
hydrogen production
from biomass
(張筑暄,
2012)
43.
Biomass catalytic
gasification for
hydrogen production
(陳欣宜,
2011)
44.
Effect the structure
of supported layer
of carbon molecular
sieve membranes for
gas separation
(徐珮庭,
2011)
45.
The effect of the
ammonium salts on
the removal
efficiency of NO,
SO2 and fly ash in
simulated flue gas
(洪文宗,
2011)
46.
Effect of
bed-additives on
hydrogen production
during fluidized bed
biomass gasification
process(陳緯政,
2011)
47.
Modification of
catalysts for
simultaneous control
of NO and fly ash in
a fluidized-bed
catalyst reactor
(黃世騰,
2010)
48.
Study on
surface morphology
and gas permeability
of MFI films
synthesized by
secondary growth
method (張馨方,
2010)
49.
Enhancing the H2S
Tolerance in Proton
Membrane Fuel Cells
(PMFC) by Modified
Pt Electrocatalysts
(林松茂,
2010)
50.
A study of Cu/CeO2
catalysts prepared
by polyol process
for CO oxidation at
low temperature: the
effects of cerium
support
(張文棋,
2010)
51.
Effects of operating
conditions on
gaseous products and
organic pollutants
during fluidized bed
partial oxidative
gasification of
modified MSW
(連益輝,
2010)
52.
Modification of Pt
electrocatalysts to
improve the
tolerance of CO in
proton membrane fuel
cells
(林依杏,
2009)
53.
Effect of
preparation
processes of carbon
molecular sieve
membranes (CMSMs)
for gas separation
(陳學裕,
2009)月
54.
Study on
Separation
Efficiency of
Organic Wastewater
by Pore Size of
PEG-modified
PEI/PPSU Membrane (黃立綸,
2009)
55.
Study on the
Application of Solid
Catalyst in
Biodiesel
Transesterification
(吳思佩,
2009)
56.
Comparative
analysis of power
generation
efficiency and CO2
emissions between
waste incineration
plants and thermal
power plants (盧英名,
2009)
57.
Study the Effect of
Calcination
Temperatures and
Calcination Gases on
Cobalt Catalyst for
Toluene Conversion
(陳俊寬,
2008)
58.
Photocatalysis of
volatile organic
pollutants by
visible light
photocatalyst (黃柄橓,
2008)/月
59.
Preparation of
SBA-15 as catalyst
support for VOC
oxidation
(章育豪,
2008)
60.
Study on the
awareness of
environmental
protection
provisions and
influencing factors
of semiconductor
packaging factory
staff (余正宗,
2008)
61.
The Study on
emission of copper
metal during thermal
treatment of copper
sludge
(謝易霖,
2008)
62.
Preparation of
titanium dioxide
photocatalyst to
remove VOC by
impregnation method
(陳佩君,
2007)
63.
Preparation of
alumina-supported
CuCo catalysts by
the polyol process
for VOC oxidation
(呂玲儀,
2007)
64.
A Study on How
Various Communities
And Different
Recycling
Environment And
Facilities Affect
Sixth-grade
Students'' Recycling
Behaviors
(廖文盛,
2007)
65.
The study of the
filtration of
particle and VOC by
a gas-solid
fluidized bed
(陳駿樑,
2007)
66.
Removal of
gaseous pollutants
by carbon nanotube
catalysts (薛丁維,2007)
67.
The effect of
precursors on copper
nanocatalyst
prepared with polyol
process for VOC
oxidation
(傅瑛惠,
2007)
68.
Supported metal
oxide nanocatalysts
prepared with polyol
process for VOCs
oxidation at low
temperature
(陳俐穎,
2006)
69.
The Study of
Environmental Impact
Assessment for
Municipal Waste
Incineration Plant
(潘志明,
2006)
70.
A comparison study
of the building and
operation of public
and private
municipal waste
incineration plants
(許俊清,
2006)
71.
Catalytic NO
reduction by
activated carbon
supporting
transition
(鄭翰聰,
2005)
72.
Study on the
effect of chlorine
content and
additives on
incineration
pollutants (余武融,
2005)
73.
Study on the
sintering of fly ash
from municipal waste
incineration f (蔡宗勳,
2005)
74.
Study on
hydrogen chloride
and
chlorine-containing
organic pollutants
in the incineration
process (巫慧瑜,
2004)
75.
Study on the
kinetics of CO and
NO removal in
incineration flue
gas（梁煜申,
2003）
76.
A Study on
Filtration of
Particulate Matter
in Flue Gas by
Fluidized Bed (陳科豪)/中華民國92年6月
77.
Study on
Simultaneous
Treatment of Organic
Pollutants, CO and
NOx in Waste
Incineration with
Three-Way Catalyst
（葉家伶,
2002）
78.
Carbon-Support
Catalyst/Sorbents
Utilized in SO2
Adsorption in Flue
Gas from Combustion
（傅政豪,
2002）
79.
The study of heat
transfer
characteristics in
bubbling fluidized
bed incinerator
（游世達,
2002）
80.
Catalytic oxidation
of the organic
pollutants present
in the incineration
flue gas by the
fluidized palladium
catallyst
（黃新中,
2001）
81.
Study on the
application of
adsorbent/catalyst
in dry scrubbing
method to treat SO2
in incineration
waste gas（盧啟元,
2001）
82.
Study on the
application of
surfactant additives
in the treatment of
acid gas with dry
scrubbers in series
with filter dust
collectors（曾惠馨,
2000）
83.
Catalytic Oxidation
of Organic Compounds
from Incineration
flue gas over
Palladium Catalyst（楊文毅,2000）
84.
The Effects of the
Operating Conditions
of Spray Dryer
System on the
Removal Efficiency
of Incineration
Pollutants(吳欣益,
1999）
85.
The study of
incineration
pollutants in flue
gas
（歐文毓,
1999）
86.
The capture
characteristics of
organics heavy
metals by the
activated carbon
adsorption bed
during incineration
（周孫有,
1998 ）
87.
The Effect of
Different Additives
on the performance
of Semi- dryer
during Incineration
Process
（彭成義,
1998 ）
88.
The Treatment of
Hazardous Sorbent
Generated from the
Adsorption of Heavy
Metals During
Incineration（顏名宏,
1998）
89.
The effect of
incineration
operating conditions
on the formation of
heavy metal
compounds（蘇政隆,
1997）
90.
The study of the
adsorption of
organics and heavy
metals in flue gas
during incineration
processes（余利智,
1997）
91.
Determination of the
Major Species of
Heavy Metal in Water
Cooling System and
Spray Dryer System（楊家澤,
1997）
92.
Effects of
heavy metals on PAH
formation during
incineration（趙嘉雍,
1996）
93.
Effects of
pressure
fluctuations on
combustion
efficiency and PAH
during incineration（許見利,
1996）
94.
Study on the
behavior of heavy
metals chromium,
lead and cadmium
during incineration（黃建沆,
1995）
95.
The effect of
organic and
inorganic chloride
on the formation of
CO, HCI and organic
compounds during
incineration process
(方天志,
1995)
96.
The effect of
secondary reactions
on the product
yields of the
autothermal
pyrolysis of mixed
waste（黃獻欽,
1995）
97.
Autothermal
pyrolysis of waste
rubber（劉邦宏,
1994）
98.
Operating parameters
of autothermal
pyrolysis of plastic
waste in a fluidized
bed（駱呈欣,
1994）
99.
Kinetic Study of
Polymeric Materials
inncineration（張宗良,
1993）
100.Applying
isotope technology
for investigating
migration of heavy
metal in rock（吳俊宇,
1993） |
Education and Experiences
