Most recent update: 2015-07-10 15:24:01
![]() in this toopics code. | Keywords | Number | |
---|---|---|---|
power generation system | 1 | ![]() | |
scenario analysis | 1 | ![]() | |
biomass | 1 | ![]() | |
Multi-industry collaboration | 1 | ![]() | |
Energy integration | 1 | ![]() | |
Vensim | 1 | ![]() | |
molecular based lumping model | 1 | ![]() | |
design of refinery processes | 1 | ![]() | |
System dynamics | 1 | ![]() | |
optimization | 1 | ![]() | |
Renewable resources | 1 | ![]() | |
petroleomics | 1 | ![]() | |
combined cycle | 1 | ![]() | |
life cycle assessment | 1 | ![]() | |
feasibility study | 1 | ![]() | |
biomass-derived plastic | 1 | ![]() | |
Waste processing | 1 | ![]() | |
shale gas | 1 | ![]() |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
391 | A new kinetic lumping model for design of refinery process under petroleomics framework | petroleomics molecular based lumping model design of refinery processes | O |
485 | Construction of process model for carbon resources utilization considering non-conventional resources | scenario analysis shale gas biomass | P |
557 | Design support for the production of biomass-derived polypropylene based on environmental assessment | biomass-derived plastic life cycle assessment feasibility study | P |
602 | A method for planning regional energy system based on industrial symbiosis | Renewable resources Energy integration Multi-industry collaboration | O |
620 | Design and optimization of the cascaded binary cycle power generation system | power generation system combined cycle optimization | P |
882 | Establishment of social acceptability evaluation method of general waste incineration facility | Waste processing Vensim System dynamics | P |