Abstract
The purpose of this report has been to investigate the possibilities for introducing hydrogen as an energy carrier in the energy system in the future in Denmark and to estimate the economic and environmental consequences. Different technologies for production, storage, transport and utilisation of hydrogen are described in the report and the most relevant technologies for Denmark have been used in the different scenarios, estimating how hydrogen can be introduced in the Danish energy system in the year 2030. The report is an extract of the final report on the project ``Hydrogen as an energy carrier`` financed by ELSAM, ELKRAFT, and the Danish Energy Agency. (au) (17 tabs., 6 ills., 10 refs.)
Citation Formats
Morthorst, P E, Nielsen, L H, and Schleisner, L.
Hydrogen as an energy carrier.
Denmark: N. p.,
1993.
Web.
Morthorst, P E, Nielsen, L H, & Schleisner, L.
Hydrogen as an energy carrier.
Denmark.
Morthorst, P E, Nielsen, L H, and Schleisner, L.
1993.
"Hydrogen as an energy carrier."
Denmark.
@misc{etde_10149101,
title = {Hydrogen as an energy carrier}
author = {Morthorst, P E, Nielsen, L H, and Schleisner, L}
abstractNote = {The purpose of this report has been to investigate the possibilities for introducing hydrogen as an energy carrier in the energy system in the future in Denmark and to estimate the economic and environmental consequences. Different technologies for production, storage, transport and utilisation of hydrogen are described in the report and the most relevant technologies for Denmark have been used in the different scenarios, estimating how hydrogen can be introduced in the Danish energy system in the year 2030. The report is an extract of the final report on the project ``Hydrogen as an energy carrier`` financed by ELSAM, ELKRAFT, and the Danish Energy Agency. (au) (17 tabs., 6 ills., 10 refs.)}
place = {Denmark}
year = {1993}
month = {Dec}
}
title = {Hydrogen as an energy carrier}
author = {Morthorst, P E, Nielsen, L H, and Schleisner, L}
abstractNote = {The purpose of this report has been to investigate the possibilities for introducing hydrogen as an energy carrier in the energy system in the future in Denmark and to estimate the economic and environmental consequences. Different technologies for production, storage, transport and utilisation of hydrogen are described in the report and the most relevant technologies for Denmark have been used in the different scenarios, estimating how hydrogen can be introduced in the Danish energy system in the year 2030. The report is an extract of the final report on the project ``Hydrogen as an energy carrier`` financed by ELSAM, ELKRAFT, and the Danish Energy Agency. (au) (17 tabs., 6 ills., 10 refs.)}
place = {Denmark}
year = {1993}
month = {Dec}
}