Abstract
The ultimate target of the study is to develop models which can evaluate scenarios for the future development of CO2 fixation technology from the aspect of its effect on Japan`s energy supply/ demand structure and the CO2 reduction effect. An outline model is built and operated to study the function. Using the linear programming, the model is developed which can numerically grasp the effects of the following items on the energy supply/demand structure: energy supply, introduction of new energy, energy conservation measures, restrictions on CO2 emissions, introduction of CO2 emission penalty, introduction of CO2 fixation technologies, energy supply costs, etc. Estimation is trially made for 6 cases, that is, 3 cases each in 2000 and 2010; standard case (A), CO2 emission penalty case (B) and CO2 emission restrictions case (C), using one-year calculation in 2000 and 2010. CO2 fixation technology in volume to be introduced in 2000 is 40,000C tons (B) and 120,000C tons (C) in the electric utility industry, and 32,000C tons (B) and 92,000C tons (C) in the industry except electric utility. In case C, in particular, the gross CO2 emission from the primary energy to be selected for supply is with in 280 million tons. This is
More>>
Citation Formats
None.
Investigation and study scenarios to introduce CO{sub 2} fixation technologies in the energy sector. II; Energy bumon ni okeru tansan gas koteika gijutsu donyu scenario chosa kenkyu. II.
Japan: N. p.,
1992.
Web.
None.
Investigation and study scenarios to introduce CO{sub 2} fixation technologies in the energy sector. II; Energy bumon ni okeru tansan gas koteika gijutsu donyu scenario chosa kenkyu. II.
Japan.
None.
1992.
"Investigation and study scenarios to introduce CO{sub 2} fixation technologies in the energy sector. II; Energy bumon ni okeru tansan gas koteika gijutsu donyu scenario chosa kenkyu. II."
Japan.
@misc{etde_10121076,
title = {Investigation and study scenarios to introduce CO{sub 2} fixation technologies in the energy sector. II; Energy bumon ni okeru tansan gas koteika gijutsu donyu scenario chosa kenkyu. II}
author = {None}
abstractNote = {The ultimate target of the study is to develop models which can evaluate scenarios for the future development of CO2 fixation technology from the aspect of its effect on Japan`s energy supply/ demand structure and the CO2 reduction effect. An outline model is built and operated to study the function. Using the linear programming, the model is developed which can numerically grasp the effects of the following items on the energy supply/demand structure: energy supply, introduction of new energy, energy conservation measures, restrictions on CO2 emissions, introduction of CO2 emission penalty, introduction of CO2 fixation technologies, energy supply costs, etc. Estimation is trially made for 6 cases, that is, 3 cases each in 2000 and 2010; standard case (A), CO2 emission penalty case (B) and CO2 emission restrictions case (C), using one-year calculation in 2000 and 2010. CO2 fixation technology in volume to be introduced in 2000 is 40,000C tons (B) and 120,000C tons (C) in the electric utility industry, and 32,000C tons (B) and 92,000C tons (C) in the industry except electric utility. In case C, in particular, the gross CO2 emission from the primary energy to be selected for supply is with in 280 million tons. This is the same as in 2010. 12 figs., 34 tabs.}
place = {Japan}
year = {1992}
month = {Mar}
}
title = {Investigation and study scenarios to introduce CO{sub 2} fixation technologies in the energy sector. II; Energy bumon ni okeru tansan gas koteika gijutsu donyu scenario chosa kenkyu. II}
author = {None}
abstractNote = {The ultimate target of the study is to develop models which can evaluate scenarios for the future development of CO2 fixation technology from the aspect of its effect on Japan`s energy supply/ demand structure and the CO2 reduction effect. An outline model is built and operated to study the function. Using the linear programming, the model is developed which can numerically grasp the effects of the following items on the energy supply/demand structure: energy supply, introduction of new energy, energy conservation measures, restrictions on CO2 emissions, introduction of CO2 emission penalty, introduction of CO2 fixation technologies, energy supply costs, etc. Estimation is trially made for 6 cases, that is, 3 cases each in 2000 and 2010; standard case (A), CO2 emission penalty case (B) and CO2 emission restrictions case (C), using one-year calculation in 2000 and 2010. CO2 fixation technology in volume to be introduced in 2000 is 40,000C tons (B) and 120,000C tons (C) in the electric utility industry, and 32,000C tons (B) and 92,000C tons (C) in the industry except electric utility. In case C, in particular, the gross CO2 emission from the primary energy to be selected for supply is with in 280 million tons. This is the same as in 2010. 12 figs., 34 tabs.}
place = {Japan}
year = {1992}
month = {Mar}
}