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Document Number WHC-MR-0521 is available to download as a 50 page WordPerfect fileMANUFACTURING PLUTONIUMThis section of the website displays the main five sections and individual chapters which discusses in some detail how plutonium was manufactured to make the first atomic bomb. Links to go directly to those parts of the process that were related to Stan Thompson's Bismuth-Phosphate separation process are highlighted below in yellow. Additionally, photographs which have been declassified by the United States Government since Gerber's text was written have been added. PRODUCTION STORY AT THE HANFORD SITE:PROCESSES AND FACILITIES HISTORYMichele Gerber, Ph.D.June 1996ABSTRACT
This
document tells the history of the actual plutonium production
process at the Hanford Site. It
contains five major sections:
•
Radiochemical
Reprocessing of Irradiated Fuel
Within each section, the story of the earliest operations is told, along
with changes over time until the end of operations.
Chemical and physical processes are described, along with the facilities
where these processes were carried out. This
document is a processes and facilities history.
It does not deal with the waste products of plutonium production.
TABLE OF CONTENTS 1.0
FUEL FABRICATION PROCESSES
58 1.1
SINGLE PASS REACTOR FUEL FABRICATION 58 1.1.1
Solid Uranium Metal Fuel Produced 58 1.1.2
The Overall Process
59 1.1.3
Canning 60 1.1.4
Canning Tests
61 1.1.5
Additional Chemical and Hazardous Components
62 1.1.6
Process Changes 62 1.1.7
313 Building Expansion Under Eisenhower/Switch to Lead-Dip Process
63 1.1.8
Projection Fuel Elements
64 1.1.9
End of Single-Pass Reactor Fuel Making
64 1.1.10
Other 313/314 Building Processes 65 1.2
N REACTOR FUEL FABRICATION
67 1.2.1
The 333 Fuels Manufacturing Building
67 1.2.2
Co-Extrusion Process
68 1.2.3
Other Processes in the 333 Building
69 1.2.4
The Waste Acid Treatment System (WATS) Process
69 2.0
IRRADIATION PROCESSING AT THE HANFORD SITE
71 2.1
HANFORD'S SINGLE PASS REACTORS
71 2.1.1
Historic Significance of B-Reactor
71 2.1.2
Single-Pass Reactor Buildings
71 2.1.3
Operation of the Single-Pass Reactors
73 2.1.4
Change and Experimentation in Production Process
73 2.1.5
Graphite Expansion Early Problem
74 2.1.6
Increased Power Levels/Production 74 2.1.7
Operating Challenges at Higher Power Levels
75 2.1.8
Reactor Upgrades for Increased Production 77 2.1.9
End of Single-Pass Operations
78 2.2
N REACTOR OPERATIONS 79 2.2.1
105 N Building and Reactor
80 2.2.2
N Reactor Operating Changes and Challenges
81 3.0
SPENT FUEL HANDLING AT THE HANFORD SITE
83 3.1
ORIGINAL LAG STORAGE PRACTICES
83 3.2
212 LAG STORAGE BUILDINGS CLOSE
83 3.3
CLOSURE/RE-OPENING OF FUEL STORAGE BASINS
84 4.0
RADIOCHEMICAL SEPARATIONS PROCESSING
86 4.1
THE BISMUTH-PHOSPHATE PROCESS
86 4.1.1
Start-up of Radiochemical Processing at
HEW 86 4.1.2
T, B, and U Process Groups
86 4.1.3
Original Separations Buildings
86 4.1.4
Galleries
87 4.1.5
Canyon
88 4.1.6
Processing Equipment
88 4.1.7
Stair Towers
89 4.1.8
224 Bulk Reduction Buildings
89 4.1.9
231 Isolation Building
90 4.1.10
The Bismuth-Phosphate Process
91 4.1.11
Dissolving
92 4.1.12
Extraction
92 4.1.13
Decontamination
92 4.1.14
224 Bulk Reduction Process
93 4.1.15
231 Isolation Process
93 4.1.16
Earliest Operations
93 4.1.17
Early Process Changes
94
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