Abstract
Studies are made on the possibilities of combining a technology for extracting carbon materials from fossil fuels and the CO{sub 2} fixation and utilization system and also on effects of CO{sub 2} emission control. Carbon materials which attract attention hereafter are carbon fiber, vitreous carbon, graphite intercalnation compounds and new diamond, etc. Pitch based carbon fiber, in particular, is the most promising because of its potential and wide field of application. The paper studies the present technical problems of pitch based carbon fiber. HP-grade carbon fiber is employed, and its present price and future target price are set at 20,000yen/kg and 5,000yen/kg, respectively. The price of oil pitch as fuel is set at 20,000yen/kl, the same as that of heavy oil. In view of an economic use per CO{sub 2} emission volume, it is much more effective to use oil pitch as carbon fiber with high-value added than to use it as fuel. If a unit price of hundreds yen/kg is realized, carbon fiber is expected to be used also in the concrete reinforced fiber market which has a production of 2.9 million tons/year. This will contribute to CO{sub 2} emission control. 116 refs., 23 figs., 38 tons.
Citation Formats
None.
Survey on optimization of CO{sub 2} disposal system and carbon utilization technology; Tansan gas shori system to tanso no yuko riyo gijutsu tono saitekika ni kansuru chosa.
Japan: N. p.,
1991.
Web.
None.
Survey on optimization of CO{sub 2} disposal system and carbon utilization technology; Tansan gas shori system to tanso no yuko riyo gijutsu tono saitekika ni kansuru chosa.
Japan.
None.
1991.
"Survey on optimization of CO{sub 2} disposal system and carbon utilization technology; Tansan gas shori system to tanso no yuko riyo gijutsu tono saitekika ni kansuru chosa."
Japan.
@misc{etde_10120501,
title = {Survey on optimization of CO{sub 2} disposal system and carbon utilization technology; Tansan gas shori system to tanso no yuko riyo gijutsu tono saitekika ni kansuru chosa}
author = {None}
abstractNote = {Studies are made on the possibilities of combining a technology for extracting carbon materials from fossil fuels and the CO{sub 2} fixation and utilization system and also on effects of CO{sub 2} emission control. Carbon materials which attract attention hereafter are carbon fiber, vitreous carbon, graphite intercalnation compounds and new diamond, etc. Pitch based carbon fiber, in particular, is the most promising because of its potential and wide field of application. The paper studies the present technical problems of pitch based carbon fiber. HP-grade carbon fiber is employed, and its present price and future target price are set at 20,000yen/kg and 5,000yen/kg, respectively. The price of oil pitch as fuel is set at 20,000yen/kl, the same as that of heavy oil. In view of an economic use per CO{sub 2} emission volume, it is much more effective to use oil pitch as carbon fiber with high-value added than to use it as fuel. If a unit price of hundreds yen/kg is realized, carbon fiber is expected to be used also in the concrete reinforced fiber market which has a production of 2.9 million tons/year. This will contribute to CO{sub 2} emission control. 116 refs., 23 figs., 38 tons.}
place = {Japan}
year = {1991}
month = {Mar}
}
title = {Survey on optimization of CO{sub 2} disposal system and carbon utilization technology; Tansan gas shori system to tanso no yuko riyo gijutsu tono saitekika ni kansuru chosa}
author = {None}
abstractNote = {Studies are made on the possibilities of combining a technology for extracting carbon materials from fossil fuels and the CO{sub 2} fixation and utilization system and also on effects of CO{sub 2} emission control. Carbon materials which attract attention hereafter are carbon fiber, vitreous carbon, graphite intercalnation compounds and new diamond, etc. Pitch based carbon fiber, in particular, is the most promising because of its potential and wide field of application. The paper studies the present technical problems of pitch based carbon fiber. HP-grade carbon fiber is employed, and its present price and future target price are set at 20,000yen/kg and 5,000yen/kg, respectively. The price of oil pitch as fuel is set at 20,000yen/kl, the same as that of heavy oil. In view of an economic use per CO{sub 2} emission volume, it is much more effective to use oil pitch as carbon fiber with high-value added than to use it as fuel. If a unit price of hundreds yen/kg is realized, carbon fiber is expected to be used also in the concrete reinforced fiber market which has a production of 2.9 million tons/year. This will contribute to CO{sub 2} emission control. 116 refs., 23 figs., 38 tons.}
place = {Japan}
year = {1991}
month = {Mar}
}