Sponsor – DOE-EM The objective for this research is to improve the operational performance of fixatives by enhancing their fire resiliency. Most fixatives begin to see degradation between 200-400°F, at which time radioisotopes could potentially be released into the environment. Intumescent coatings develop a thick char to insulate the substrate and protect it from fire and extreme heat conditions. The layering or combining of an intumescent coating with the fixative…
">Sponsor – DOE-EM
The objective for this research is to improve the operational performance of fixatives by enhancing their fire resiliency. Most fixatives begin to see degradation between 200-400°F, at which time radioisotopes could potentially be released into the environment. Intumescent coatings develop a thick char to insulate the substrate and protect it from fire and extreme heat conditions. The layering or combining of an intumescent coating with the fixative is being investigated as a way to mitigate the release of radioisotopes during fire and/or extreme heat conditions.
Benefits:
The layering or combining of an intumescent coating with the fixative is being investigated as a way to mitigate the release of radioisotopes during fire and/or extreme heat conditions.
Accomplishments:
Sponsor - DOE-EM The objective for this research is to improve the operational performance of fixatives by enhancing their fire...
Sponsor - DOE-EM The objective for this task was to test and evaluate the FX2 Advanced Fogging Technology, developed at INL, for...