Abstract
The paper studies development of a method for a systematic estimation of the aggregate CO{sub 2} emission by linking together CO{sub 2} estimated from the industry-related analysis and that emitted from each industrial sector. Use of this method aims at pointing a direction to a new industrial system. Calculating unit requirement (per unit amount of production) of CO{sub 2} from each industrial sector, cash flow obtained from industrial relation and CO{sub 2} emitted from each industrial sector are linked. This method enables quantitative evaluation of changes of CO{sub 2} emission due to changes in the industrial structure in each area and at the same time the method is effective in studying the spread to other areas and the whole Japan. Changes of the aggregate CO{sub 2} emission nationwide can also be estimated. Energy substitution in each industrial sector and degree of contribution to energy conservation can be evaluated. The possibility of applying it to international industry relation is foreseen in the future. It is necessary to enhance accuracy by integrating CO{sub 2} emitted from the process itself which consumes no energy, CO{sub 2} emission caused by waste disposal and effects of resources recycling into the method. 20 refs., 39 figs.,
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Citation Formats
None.
Promotion of industrial technologies on the global environment. Evaluation study-based on CO{sub 2} emissions of the existing industrial technologies; Chikyu kankyo sangyo gijutsu suishin jigyo. CO{sub 2} haishutsuryo wo base to shita kison no sangyo gijutsu no hyoka chosa.
Japan: N. p.,
1991.
Web.
None.
Promotion of industrial technologies on the global environment. Evaluation study-based on CO{sub 2} emissions of the existing industrial technologies; Chikyu kankyo sangyo gijutsu suishin jigyo. CO{sub 2} haishutsuryo wo base to shita kison no sangyo gijutsu no hyoka chosa.
Japan.
None.
1991.
"Promotion of industrial technologies on the global environment. Evaluation study-based on CO{sub 2} emissions of the existing industrial technologies; Chikyu kankyo sangyo gijutsu suishin jigyo. CO{sub 2} haishutsuryo wo base to shita kison no sangyo gijutsu no hyoka chosa."
Japan.
@misc{etde_10120459,
title = {Promotion of industrial technologies on the global environment. Evaluation study-based on CO{sub 2} emissions of the existing industrial technologies; Chikyu kankyo sangyo gijutsu suishin jigyo. CO{sub 2} haishutsuryo wo base to shita kison no sangyo gijutsu no hyoka chosa}
author = {None}
abstractNote = {The paper studies development of a method for a systematic estimation of the aggregate CO{sub 2} emission by linking together CO{sub 2} estimated from the industry-related analysis and that emitted from each industrial sector. Use of this method aims at pointing a direction to a new industrial system. Calculating unit requirement (per unit amount of production) of CO{sub 2} from each industrial sector, cash flow obtained from industrial relation and CO{sub 2} emitted from each industrial sector are linked. This method enables quantitative evaluation of changes of CO{sub 2} emission due to changes in the industrial structure in each area and at the same time the method is effective in studying the spread to other areas and the whole Japan. Changes of the aggregate CO{sub 2} emission nationwide can also be estimated. Energy substitution in each industrial sector and degree of contribution to energy conservation can be evaluated. The possibility of applying it to international industry relation is foreseen in the future. It is necessary to enhance accuracy by integrating CO{sub 2} emitted from the process itself which consumes no energy, CO{sub 2} emission caused by waste disposal and effects of resources recycling into the method. 20 refs., 39 figs., 45 tabs.}
place = {Japan}
year = {1991}
month = {Mar}
}
title = {Promotion of industrial technologies on the global environment. Evaluation study-based on CO{sub 2} emissions of the existing industrial technologies; Chikyu kankyo sangyo gijutsu suishin jigyo. CO{sub 2} haishutsuryo wo base to shita kison no sangyo gijutsu no hyoka chosa}
author = {None}
abstractNote = {The paper studies development of a method for a systematic estimation of the aggregate CO{sub 2} emission by linking together CO{sub 2} estimated from the industry-related analysis and that emitted from each industrial sector. Use of this method aims at pointing a direction to a new industrial system. Calculating unit requirement (per unit amount of production) of CO{sub 2} from each industrial sector, cash flow obtained from industrial relation and CO{sub 2} emitted from each industrial sector are linked. This method enables quantitative evaluation of changes of CO{sub 2} emission due to changes in the industrial structure in each area and at the same time the method is effective in studying the spread to other areas and the whole Japan. Changes of the aggregate CO{sub 2} emission nationwide can also be estimated. Energy substitution in each industrial sector and degree of contribution to energy conservation can be evaluated. The possibility of applying it to international industry relation is foreseen in the future. It is necessary to enhance accuracy by integrating CO{sub 2} emitted from the process itself which consumes no energy, CO{sub 2} emission caused by waste disposal and effects of resources recycling into the method. 20 refs., 39 figs., 45 tabs.}
place = {Japan}
year = {1991}
month = {Mar}
}