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Development and Operation of a Unique Conversion/Solidification Process for Highly Radioactive and Fissile Uranium

 

作者: McGinnisC. Phillip,   CollinsEmory D.,   HallReginald,   JohnsonJ. Keith,   KrichinskyAlan M.,   PattonBradley D.,   ShorJoel T.,   VedderRaymond J.,  

 

期刊: Nuclear Technology  (Taylor Available online 1987)
卷期: Volume 77, issue 2  

页码: 210-219

 

ISSN:0029-5450

 

年代: 1987

 

DOI:10.13182/NT77-210

 

出版商: Taylor&Francis

 

数据来源: Taylor

 

摘要:

A unique evaporation/thermal denitration process was developed, operated, and maintained successfully at Oak Ridge National Laboratory to permit the solidification and safe storage of∼1000 kg of highly radioactive and fissile uranium, containing∼75%235U,∼10%233U, and∼140 ppm232U. The project, called the Consolidated Edison Uranium Solidification Program, was carried out to prepare a stable uranium form for long-term, safe storage. During the project, the uranium nitrate solution was divided into∼400 batches, which were successfully processed. Details of the process development, equipment maintenance, and operating expertise are described.

 

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