Abstract
The study is made on measures and costs to reduce CO2, SOx and NOx emitted by the use of fossil fuel in advanced countries and developing countries. The technology to economically recover a large amount of CO2 emitted from power plants and iron works is now in a stage of research and development. As the technology to recover CO2 in flue gas, wet absorption, dry adsorption, membrane separation and marine organism utilization methods are under study. Moreover, it is requested that not only CO2 recovery but the whole system including CO2 disposal, etc. should be considered. Reduction cost of CO2 and others is classified by groups of advanced countries (24 OECD countries) and developing countries (other 102 countries), and the cost in a thermal power generation section is estimated as follows: investment in energy conservation in advanced countries and in developing countries is $62.466 billion (l30yen/$) and $8.104 billion, respectively, CO2 reduction cost; $1,250 000 billion and $41,712 billion,. respectively, SOx reduction cost; $10.664 (leading 4 countries) and $2.860 billion, respectively, and NOx reduction cost; $8.976 billion (leading 4 countries) and $1.907 billion, respectively. A total estimate reduction cost of CO2, etc. in the thermal power generation section is $1,386.689
More>>
Citation Formats
None.
Preliminary study on costs needed for solution of the global environmental problem; Chikyu kankyo mondai kaiketsu no tame no taisaku cost ni kansuru yobiteki kento.
Japan: N. p.,
1992.
Web.
None.
Preliminary study on costs needed for solution of the global environmental problem; Chikyu kankyo mondai kaiketsu no tame no taisaku cost ni kansuru yobiteki kento.
Japan.
None.
1992.
"Preliminary study on costs needed for solution of the global environmental problem; Chikyu kankyo mondai kaiketsu no tame no taisaku cost ni kansuru yobiteki kento."
Japan.
@misc{etde_10125731,
title = {Preliminary study on costs needed for solution of the global environmental problem; Chikyu kankyo mondai kaiketsu no tame no taisaku cost ni kansuru yobiteki kento}
author = {None}
abstractNote = {The study is made on measures and costs to reduce CO2, SOx and NOx emitted by the use of fossil fuel in advanced countries and developing countries. The technology to economically recover a large amount of CO2 emitted from power plants and iron works is now in a stage of research and development. As the technology to recover CO2 in flue gas, wet absorption, dry adsorption, membrane separation and marine organism utilization methods are under study. Moreover, it is requested that not only CO2 recovery but the whole system including CO2 disposal, etc. should be considered. Reduction cost of CO2 and others is classified by groups of advanced countries (24 OECD countries) and developing countries (other 102 countries), and the cost in a thermal power generation section is estimated as follows: investment in energy conservation in advanced countries and in developing countries is $62.466 billion (l30yen/$) and $8.104 billion, respectively, CO2 reduction cost; $1,250 000 billion and $41,712 billion,. respectively, SOx reduction cost; $10.664 (leading 4 countries) and $2.860 billion, respectively, and NOx reduction cost; $8.976 billion (leading 4 countries) and $1.907 billion, respectively. A total estimate reduction cost of CO2, etc. in the thermal power generation section is $1,386.689 billion. 57 figs., 52 tabs.}
place = {Japan}
year = {1992}
month = {Mar}
}
title = {Preliminary study on costs needed for solution of the global environmental problem; Chikyu kankyo mondai kaiketsu no tame no taisaku cost ni kansuru yobiteki kento}
author = {None}
abstractNote = {The study is made on measures and costs to reduce CO2, SOx and NOx emitted by the use of fossil fuel in advanced countries and developing countries. The technology to economically recover a large amount of CO2 emitted from power plants and iron works is now in a stage of research and development. As the technology to recover CO2 in flue gas, wet absorption, dry adsorption, membrane separation and marine organism utilization methods are under study. Moreover, it is requested that not only CO2 recovery but the whole system including CO2 disposal, etc. should be considered. Reduction cost of CO2 and others is classified by groups of advanced countries (24 OECD countries) and developing countries (other 102 countries), and the cost in a thermal power generation section is estimated as follows: investment in energy conservation in advanced countries and in developing countries is $62.466 billion (l30yen/$) and $8.104 billion, respectively, CO2 reduction cost; $1,250 000 billion and $41,712 billion,. respectively, SOx reduction cost; $10.664 (leading 4 countries) and $2.860 billion, respectively, and NOx reduction cost; $8.976 billion (leading 4 countries) and $1.907 billion, respectively. A total estimate reduction cost of CO2, etc. in the thermal power generation section is $1,386.689 billion. 57 figs., 52 tabs.}
place = {Japan}
year = {1992}
month = {Mar}
}