Project 1: Chemical Process Alternatives for Radioactive Waste

High Level Waste and Waste Processing Research

The Applied Research Center at Florida International University has been conducting research on several promising alternative processes and technologies that can be applied to address several operational shortcomings in the current high-level waste processing strategy. The implementation of advanced technologies to address challenges faced with baseline methods is of great interest to the engineers at the Hanford and Savannah River. Specifically, the use of field or in situ technologies, as well as advanced computational methods can improve several facets of the retrieval and transport processes of HLW. FIU has worked with site personnel to identify technology and process improvement needs that can benefit from FIU’s core expertise in HLW.​​ 

  
  
Year
  
  
1/17/2024 4:33 PM2023
  
11/29/2018 2:36 PM2018
  
11/29/2018 1:31 PM2017
  
11/29/2018 1:30 PM2017
  
11/29/2018 1:30 PM2017
  
11/29/2018 1:29 PM2017
  
11/29/2018 1:27 PM2017
  
7/17/2017 1:35 PM2017
  
7/17/2017 1:23 PM2017
  
7/14/2017 4:30 PM2016
  
7/14/2017 4:20 PM2016
  
7/14/2017 4:12 PM2016
  
7/14/2017 4:09 PM2016
  
7/14/2017 4:10 PM2016
  
9/1/2015 1:32 PM2015
  
4/14/2015 9:23 AM2014
  
3/28/2016 12:05 PM2014
  
3/28/2016 12:05 PM2014
  
3/28/2016 12:05 PM2014
  
4/3/2015 9:23 AM2015
  
4/2/2015 3:16 PM2015
  
4/1/2015 10:12 AM2015
  
3/12/2014 10:33 AM2014
  
3/12/2014 10:28 AM2014
  
3/12/2014 10:01 AM2014
  
3/12/2014 9:59 AM2014
  
3/11/2014 5:10 PM2014
  
3/11/2014 5:08 PM2014
  
3/11/2014 5:07 PM2014
  
3/11/2014 5:06 PM2014
1 - 30Next
 
 
  
  
  
Year
  
ARC_Project_RP_Gas Retention-2011.pdf
  
Gas Retention and Release Experiments with Low Yield Stress Fluids2011
ARC_ProjectFS_LBM.pdf
  
Multiple-Relaxation-Time Lattice Boltzmann Model for Multiphase Flows in Three Dimensions2011
ARC_ProjectFS_PIPELINE2011.pdf
  
Design and Development of Innovative High-Level Waste Pipeline Unplugging Technologies2011
Microsoft Word - ARC_ProjectFS_LBM.pdf
  
Multiple-Relaxation-Time Lattice Boltzmann Model for Multiphase Flows in Three Dimensions2011
FIU-ARC_FY14-FS_Mar-2015_APS.pdf
  
Pipeline Unplugging and Plug Prevention: Development of Alternative Unplugging Technologies (Asynchronous Pulsing)2015
FIU-ARC_FY14-FS_Mar-2015_CFD.pdf
  
Pipeline Unplugging and Plug Prevention: Computational Simulation and Evolution of HLW Pipeline Plugs2015
FIU-ARC_FY14-FS_Mar-2015_Inspection Tools.pdf
  
TECHNOLOGY DEVELOPMENT AND INSTRUMENTATION EVALUATION: Development of Inspection Tools for DST Primary Tanks2015
FIU-ARC_2016-FS_P1-Nonmetallic_final.pdf
  
Chemical Process Alternatives for Radioactive Waste. Evaluation of Nonmetallic Components in the Hanford Waste Transfer System (WTS)2016
FIU-ARC_2016-FS_P1-InspectionTools_final.pdf
  
Technology Development and Instrumentation Evaluation: Development of Inspection Tools for DST Primary Tanks2016
FIU-ARC_2016-FS_P1-SLIM_final.pdf
  
Chemical Process Alternatives for Radioactive Waste. Evaluation of FIU’s Solid- Liquid Interface Monitor (SLIM) for Estimating the Onset of Deep Sludge Gas Release Events2016
Cooperative Agreement Fact Sheet - Feb 2016.pdf
  
FIU-DOE Cooperative Agreement Fact Sheet2016
Cooperative Agreement Fact Sheet_Feb-2018_ Final.pdf
  
Cooperative Agreement Fact Sheet_Feb-20182018
​​
 
 

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Project Contact

Dr. Dwayne McDaniel
Research Scientist
305.348.6554
 
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