搜尋結果
2024
Zhu, H. ,
Liou, S. R. ,
Chen, P. C. ,
He, X. Y. &
Sui, M. L. ,
2024 3月 ,
於: Sustainability (Switzerland). 16 ,
5 , 1729.
研究成果: Article › 同行評審
recycled material
100%
carbon emission
76%
emission reduction
75%
Carbon
58%
demolition
47%
Cost accounting
100%
material flow
76%
accounting
70%
Printed circuit boards
64%
Recycling
63%
2023
Supply chains
100%
plastic
78%
Carbon
76%
Plastics
74%
Greenhouse Gas
66%
2022
Carbon capture
100%
mineralization
60%
Cement plants
56%
waste reduction
53%
Molecular Cluster
53%
Exposure Assessment
100%
Microsensors
91%
Spatial Analysis
86%
Air quality
72%
monitoring station
70%
construction waste
100%
architectural design
97%
dismantling
92%
Architectural design
88%
Taiwan
65%
2021
Industrial Symbiosis
100%
Industrial wastes
91%
symbiosis
86%
Query
80%
Byproducts
75%
2019
Cheng, K. L. ,
Hsu, S. C. ,
Hung, C. C. W. ,
Chen, P. C. &
Ma, H. W. ,
2019 12月 1 ,
於: Journal of Industrial Ecology. 23 ,
6 ,
p. 1456-1469 14 p. 研究成果: Article › 同行評審
material flow analysis
100%
top-down approach
64%
bottom-up approach
46%
resource
40%
resources
31%
Mak, T. M. W. ,
Chen, P. C. ,
Wang, L. ,
Tsang, D. C. W. ,
Hsu, S. C. &
Poon, C. S. ,
2019 12月 20 ,
於: Journal of Cleaner Production. 241 , 118309.
研究成果: Article › 同行評審
waste disposal charge
100%
Waste Disposal
61%
construction waste
61%
fee
55%
Waste disposal
55%
Hung, C. C. W. ,
Hsu, S. C. ,
Pratt, S. ,
Chen, P. C. ,
Lee, C. J. &
Chan, A. P. C. ,
2019 1月 1 ,
於: Journal of Management in Engineering. 35 ,
1 , 04018054.
研究成果: Article › 同行評審
Input-output Analysis
100%
Leakage
98%
Open Economy
87%
Linkage
83%
Hong Kong
77%
2018
Lin, C. K. ,
Lin, R. T. ,
Chen, P. C. ,
Wang, P. ,
De Marcellis-Warin, N. ,
Zigler, C. &
Christiani, D. C. ,
2018 12月 1 ,
於: Scientific reports. 8 ,
1 , 2611.
研究成果: Article › 同行評審
sulfur monoxide
100%
Sulfur Oxides
96%
Plant Diseases
80%
Power Plants
79%
Coal
65%
transportation system
100%
Agent-based
83%
Sustainability
81%
Sustainable development
69%
Multimodal transportation
59%
Wang, Y. ,
Chen, P. C. ,
Ma, H. W. ,
Cheng, K. L. &
Chang, C. Y. ,
2018 1月 1 ,
於: Resources, Conservation and Recycling. 128 ,
p. 563-571 9 p. 研究成果: Article › 同行評審
Metabolism
100%
Metropolitan Areas
96%
metropolitan area
95%
metabolism
82%
Socioeconomic
76%
input-output analysis
100%
city
41%
Water
39%
energy
35%
water
22%
2017
Chen, P. C. ,
Liu, K. H. ,
Reu, R. ,
Yang, B. C. ,
Cheng, K. L. ,
Wu, S. C. ,
Lee, Y. H. ,
Ho, C. L. ,
Houng, H. J. &
Ma, H. W. ,
2017 5月 ,
於: Sustainable Environment Research. 27 ,
3 ,
p. 135-145 11 p. 研究成果: Article › 同行評審
waste analysis
100%
material flow
70%
accounting
63%
information system
56%
Waste Management
55%
Lam, C. M. ,
Leng, L. ,
Chen, P. C. ,
Lee, P. H. &
Hsu, S. C. ,
2017 ,
於: Applied Energy. 202 ,
p. 293-307 15 p. 研究成果: Article › 同行評審
Bioreactors
100%
flushing
86%
Water management
81%
Membranes
69%
Fluidized beds
63%
Materials Management
100%
Decision Support Tools
91%
Visualization
83%
visualization
64%
decision
49%
2016
Recycling
100%
recycling
79%
measuring
68%
material
41%
Life Cycle
36%
2015
Waste Generation
100%
Input-output Table
79%
Driving Force
65%
Industrial wastes
26%
industrial waste
23%
waste exchange
100%
Industrial waste
89%
symbiosis
64%
industrial waste
56%
byproduct
47%
2014
input-output analysis
100%
Environmental Risk
86%
Input-output Analysis
85%
environmental risk
75%
Driving Force
56%
material flow
100%
Material Flow
98%
Resources
53%
indicator
50%
resource
46%
2013
macroeconomics
100%
Climate change
85%
climate change
45%
environmental policy
44%
Air
42%
Substance Flow Analysis
100%
Arsenic
73%
Environmental management
70%
Environmental Risk
58%
Risk management
53%
2012
electronics
100%
Supply Chain
72%
electrical industry
42%
Electronics Industry
38%
electronics industry
35%
2011
Ma, H. W. ,
Matsubae, K. ,
Nakajima, K. ,
Tsai, M. S. ,
Shao, K. H. ,
Chen, P. C. ,
Lee, C. H. &
Nagasaka, T. ,
2011 11月 ,
於: Resources, Conservation and Recycling. 56 ,
1 ,
p. 134-140 7 p. 研究成果: Article › 同行評審
Substance Flow Analysis
100%
Zinc
59%
furnace
44%
zinc
40%
Taiwan
38%
2007
chromium
100%
health risk
99%
risk assessment
85%
assessment method
25%
plant production
15%