Multi-Column Kr/Xe Separation Testing at Representative Superficial Velocities with DGOSPREY Model Validation

Amy K. Welty; Kevin L. Lyon; Mitchell Greenhalgh; Troy G. Garn; Austin Ladshaw; Alexander Wiechhert; Sotira Yiacoumi; Costas Tsouris

doi:10.2172/1408523

Multi-Column Kr/Xe Separation Testing at Representative Superficial Velocities with DGOSPREY Model Validation

Amy K. Welty
, Kevin L. Lyon
, Mitchell Greenhalgh
, Troy G. Garn
, Austin Ladshaw
, Alexander Wiechhert
, Sotira Yiacoumi
, Costas Tsouris

Fuel Cycle Science & Technology

Research output: Book/Report › Technical Report

Abstract

Previous testing of AgZ-PAN and HZ-PAN for the separation and removal of xenon and krypton from air have been promising. This report details the results of multi-column testing at superficial velocities chosen to emulate probably velocities in a full-scale used nuclear fuel reprocessing facility. Additionally, results were used to validate the DG-OSPREY model under development at Georgia Institute of Technology.

Original language	English
DOIs	https://doi.org/10.2172/1408523
State	Published - Jul 24 2017

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10.2172/1408523

https://www.osti.gov/biblio/1408523

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title = "Multi-Column Kr/Xe Separation Testing at Representative Superficial Velocities with DGOSPREY Model Validation",

abstract = "Previous testing of AgZ-PAN and HZ-PAN for the separation and removal of xenon and krypton from air have been promising. This report details the results of multi-column testing at superficial velocities chosen to emulate probably velocities in a full-scale used nuclear fuel reprocessing facility. Additionally, results were used to validate the DG-OSPREY model under development at Georgia Institute of Technology.",

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AU - Garn, Troy G.

AU - Ladshaw, Austin

AU - Wiechhert, Alexander

AU - Yiacoumi, Sotira

AU - Tsouris, Costas

PY - 2017/7/24

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N2 - Previous testing of AgZ-PAN and HZ-PAN for the separation and removal of xenon and krypton from air have been promising. This report details the results of multi-column testing at superficial velocities chosen to emulate probably velocities in a full-scale used nuclear fuel reprocessing facility. Additionally, results were used to validate the DG-OSPREY model under development at Georgia Institute of Technology.

AB - Previous testing of AgZ-PAN and HZ-PAN for the separation and removal of xenon and krypton from air have been promising. This report details the results of multi-column testing at superficial velocities chosen to emulate probably velocities in a full-scale used nuclear fuel reprocessing facility. Additionally, results were used to validate the DG-OSPREY model under development at Georgia Institute of Technology.

U2 - 10.2172/1408523

DO - 10.2172/1408523

M3 - Technical Report

BT - Multi-Column Kr/Xe Separation Testing at Representative Superficial Velocities with DGOSPREY Model Validation

ER -

Multi-Column Kr/Xe Separation Testing at Representative Superficial Velocities with DGOSPREY Model Validation

Abstract

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