In Light-Water-Reactors a zirconium-steam reaction and additional metal corrosion during heavy accidents with core meltdown can result in massive hydrogen release. According to a safety study conducted by GRS on existing Boiling-Water-Reactors (BWR) and studies on future designs for BWR, this may cause a pressure built-up in the containment. As a consequence depressurisation of the containment atmosphere is required. Experiments were conducted basing on these studies to remove hydrogen from the containment with regard to maintaining its integrity. In a literature study conducted before oxidation of hydrogen with manganese dioxide and separation by means of metal membranes were found as methods with highest potential. Their feasibility in va...
Ziel dieser Arbeit ist eine Uebersichtsdarstellung ueber den Stand der Technik fuer katalytische Rek...
Hydrogen safety is a relevant topic for both nuclear fission and fusion power plants. Hydrogen gener...
International audienceHydrogen safety is a relevant topic for both nuclear fission and fusion power ...
Inhalt dieser Arbeit ist zum einen die Entwicklung wasserstoffpermeable Hochtemperaturemembranen auf...
In order to prevent the containment and other safety relevant components from incurring serious dama...
In case of a severe accident in light water reactors (LWR) a high amount of hydrogen, up to about 20...
AbstractHydrogen release during severe accidents poses a serious threat to containment integrity. Mi...
During core meltdown accidents there is the danger of hydrogen being released in the containment, fo...
The explosions at the Fukushima Daiichi nuclear plants were hydrogen explosions. This accident was c...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
Hydrogen release during severe accidents poses a serious threat to containment integrity. Mitigating...
lt is the aim of this report to review the state of the art of catalytic recombiners, which convert ...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
The objective of this project was to gain experience and collect data by which to evaluate and selec...
Ziel dieser Arbeit ist eine Uebersichtsdarstellung ueber den Stand der Technik fuer katalytische Rek...
Hydrogen safety is a relevant topic for both nuclear fission and fusion power plants. Hydrogen gener...
International audienceHydrogen safety is a relevant topic for both nuclear fission and fusion power ...
Inhalt dieser Arbeit ist zum einen die Entwicklung wasserstoffpermeable Hochtemperaturemembranen auf...
In order to prevent the containment and other safety relevant components from incurring serious dama...
In case of a severe accident in light water reactors (LWR) a high amount of hydrogen, up to about 20...
AbstractHydrogen release during severe accidents poses a serious threat to containment integrity. Mi...
During core meltdown accidents there is the danger of hydrogen being released in the containment, fo...
The explosions at the Fukushima Daiichi nuclear plants were hydrogen explosions. This accident was c...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
Hydrogen release during severe accidents poses a serious threat to containment integrity. Mitigating...
lt is the aim of this report to review the state of the art of catalytic recombiners, which convert ...
In the case of a severe accident in light-water reactors, a large amount of hydrogen could be genera...
The objective of this project was to gain experience and collect data by which to evaluate and selec...
Ziel dieser Arbeit ist eine Uebersichtsdarstellung ueber den Stand der Technik fuer katalytische Rek...
Hydrogen safety is a relevant topic for both nuclear fission and fusion power plants. Hydrogen gener...
International audienceHydrogen safety is a relevant topic for both nuclear fission and fusion power ...