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Create/Update Cycamore Separations archetype to include PUREX method #55

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gwenchee opened this issue Jan 11, 2018 · 8 comments
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@gwenchee
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Create or update the current Cycamore Separations archetype so that it can separate isotopes using aqueous separation methods such as PUREX.

@katyhuff
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Thanks for creating this issue. I'm going to add some detail so that my suggestion from our phone call is a little more clear.

Step 1: Run a simulation using the existing separations facility, and define the separations facility input variables to be representative of a purex process (the only other two facilities in the simulation can be a source facility which creates spent fuel and a sink facility which requests all the separated streams.

Step 2: Using the comfort gained in step 1, develop an AqueousSeparations facility which has some pre-loaded separation matrices based on the type of aqueous separations (purex, urex, urex3+, etc. ).

@gwenchee
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Step 1 completed: #56

@gwenchee
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I made XML input files that reflect the separation matrices for PUREX, UREX1a, UREX2, UREX3. However, am no longer pursuing this project. The input files can be found in the aqueous reprocessing folder in the aqueous_reprocess branch of my fork of recycle: https://github.com/gwenchee/recycle/tree/aqueous_reprocess . Should i just leave it as such or PR into arfc/recycle? @katyhuff

@katyhuff
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katyhuff commented Apr 3, 2018

Hm. I'm not sure. Since they're input files, rather than an archetype, it's not quite right for recycle. It seems like it would be appropriate for the transition scenarios repo or similar....in the sense that we have been placing demo simulations in that archive.

gyutaepark pushed a commit that referenced this issue Apr 24, 2018
Enable decay in simulations
@KennellyT
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@katyhuff
I am interested in this issue. After looking at the Separations archetype Cycamore archetypes, Since some reprocessing methods require prior action(s) before separation, I was wondering whether creating individual archetypes for these reprocessing methods would be a good idea? In your NPRE 412 class notes, the PUREX method (figures 1,2) requires cooling basins, head-end operations (chopping and shearing), and dissolution prior to separation. There may be user-input interest in modeling these steps prior to separation in the simulation and these individual archetypes could model them.
As well as @gwenchee aqueous reprocess XML input files and sources in them, I would also use this GE Hanford Atomic Products Operations report.
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@katyhuff
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katyhuff commented Jul 2, 2018 via email

@KennellyT
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Sounds good!

@gwenchee gwenchee assigned gtw2 and unassigned gwenchee Jan 3, 2019
@gwenchee
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gwenchee commented Jan 3, 2019

This issue falls under @gtw2 's realm now

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