| Summary: | 碩士 === 國立交通大學 === 交通運輸研究所 === 84 === Because the environmental and energy problems are gradually
emphasized, we are thinking about how to take care both of
them. Depending on the limitation resources of our country, the
industry structure should be adjusted enforcing the low energy
consuming, low polluted emission and high value-added industry,
at the same time inhibiting the development of the high
consuming, high polluted and low value-added industry. However
in so many industrial types, it becomes an important course
about how to judge what kinds of them are "bad". In this study,
the Fuzzy Integral evaluated method was used to measure the
indexes. According to this method, the industrial performance
ranking was conducted in Taiwan. By the results, nonmetal
mineral, steel and chemistry material have the poor performance.
The strategy of industrial emigration was suggested by using the
example of steel to simulate how to solve the pollution and
energy problem. In this study, the Input-Output Analysis and
Mathematics Programming were combined to set up an interactive
multiobjective model, using economics, energy and environment to
be some particular strategy (industry emigration) of basis of
simulation and analysis. Using the data in 1991 to simulate the
condition in 2000, then conclusions that the strategy of
emigrant of steel just slow down little economic growth was
obtained and the results can be greatly improving the situation
caused by the energy consumption and environmental po llution.
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