Abstract
The global `CO{sub 2} Climate Change` problem can be solved. The target of the reduction of CO{sub 2} emissions to only 2 Gt C/y in the next century - instead of 11 Gt C/y - can be achieved by an efficiency improvement of three and a non-fossil fuel increasement to 50% with only a doubling of costs. This is concluded from a proposed and tested relation between costs and efficiency including incentives for investments into new infrastructure. A completely new energy system has to be built throughout the world. The synthesis has to be done by the industrialized countries. (orig.)
Citation Formats
Barnert, H.
The reduction of the global CO{sub 2} emission to one fifth, the BATHEN-approach and the CROCUS-formulation.
Germany: N. p.,
1992.
Web.
Barnert, H.
The reduction of the global CO{sub 2} emission to one fifth, the BATHEN-approach and the CROCUS-formulation.
Germany.
Barnert, H.
1992.
"The reduction of the global CO{sub 2} emission to one fifth, the BATHEN-approach and the CROCUS-formulation."
Germany.
@misc{etde_10130043,
title = {The reduction of the global CO{sub 2} emission to one fifth, the BATHEN-approach and the CROCUS-formulation}
author = {Barnert, H}
abstractNote = {The global `CO{sub 2} Climate Change` problem can be solved. The target of the reduction of CO{sub 2} emissions to only 2 Gt C/y in the next century - instead of 11 Gt C/y - can be achieved by an efficiency improvement of three and a non-fossil fuel increasement to 50% with only a doubling of costs. This is concluded from a proposed and tested relation between costs and efficiency including incentives for investments into new infrastructure. A completely new energy system has to be built throughout the world. The synthesis has to be done by the industrialized countries. (orig.)}
place = {Germany}
year = {1992}
month = {Jul}
}
title = {The reduction of the global CO{sub 2} emission to one fifth, the BATHEN-approach and the CROCUS-formulation}
author = {Barnert, H}
abstractNote = {The global `CO{sub 2} Climate Change` problem can be solved. The target of the reduction of CO{sub 2} emissions to only 2 Gt C/y in the next century - instead of 11 Gt C/y - can be achieved by an efficiency improvement of three and a non-fossil fuel increasement to 50% with only a doubling of costs. This is concluded from a proposed and tested relation between costs and efficiency including incentives for investments into new infrastructure. A completely new energy system has to be built throughout the world. The synthesis has to be done by the industrialized countries. (orig.)}
place = {Germany}
year = {1992}
month = {Jul}
}