Food Irradiation 1 Wholesomeness Database
PUB:
TI: DESCRIPTIVE BRIEF ON THE DESIGN AND OPERATING CONCEPTS FOR THE U.S. ARMY IONIZING RADIATION CENTER.
AU:
DE:
PY: 1957
PT: Report
LA: English
PG: vii, 26 p., illus.
NT:
Image 048pg001: 720x940, 1080x1400
Image 048pg002: 720x940, 1080x1400
Image 048pg003: 720x940, 1080x1400
FOREWORD
One of the principal milestones in the Radiation Preservation
of Foods Program will be the establishment of the United States
Army Ionizing Radiation Center. This unique and highly versatile
prototype of tomorrow's commercial food processing plant will
likewise play an important role in the President's Atoms for
Peace program. The benefits from this pilot plant facility are
certain to be significant and numerous. Among them, USAIRC is
expected to provide at least seven firsts:
1. A valid comparison of cost data on gamma versus
electron processing.
2. A similar comparison of gamma versus electron pro-
cessing on the quality of products of known history, treated
under rigid controls.
3. A plant capable of large-scale processing of
irradiated fresh fruits and vegetables as well as meat, poultry,
fish, cereal and baked products and non-food commodities.
4. The development of extensive sensory evaluation data
on foods immediately after radiation treatment.
5. The introduction of hermetically sealed flexible
and semi-rigid containers.
6. The introduction of novel methods of filling,
sealing, and over-wrappings
7. The introduction of a high degree of flexibility
and versatility into food processing plants.
iii
Image 048pg004: 720x940, 1080x1400
TABLE OF CONTENTS
Image 048pg005: 720x940, 1080x1400
Image 048pg006: 720x940, 1080x1400
PRINCIPAL REFERENCES
Image 048pg007: 720x940, 1080x1400
Image 048pg008: 720x940, 1080x1400
SUMMARY
Image 048pg009: 720x940, 1080x1400
Image 048pg010: 720x940, 1080x1400
1. INTRODUCTION
1
Image 048pg011: 720x940, 1080x1400
2. ASSUMPTIONS
2
Image 048pg012: 720x940, 1080x1400
Image 048pg013: 720x940, 1080x1400
3. MISSION AND OBJECTIVES OF THE USAIRC
4
Image 048pg014: 720x940, 1080x1400
Image 048pg015: 720x940, 1080x1400
4. PRODUCTION REQUIREMENTS
6
Image 048pg016: 720x940, 1080x1400
Image 048pg017: 720x940, 1080x1400
5. OPERATIONAL CONCEPTS
8
Image 048pg018: 720x940, 1080x1400
Image 048pg019: 720x940, 1080x1400
Image 048pg020: 720x940, 1080x1400
Image 048pg021: 720x940, 1080x1400
Image 048pg022: 720x940, 1080x1400
Image 048pg023: 720x940, 1080x1400
Image 048pg024: 720x940, 1080x1400
Image 048pg025: 720x940, 1080x1400
Image 048pg026: 720x940, 1080x1400
6. TYPE OF RADIATION TREATMENTS
7. FOODS TO BE IRRADIATED
17
Image 048pg027: 720x940, 1080x1400
8. PACKAGING
18
Image 048pg028: 720x940, 1080x1400
9. BASIC DESIGN CRITERIA AND REQUIREMENTS
19
Image 048pg029: 720x940, 1080x1400
Image 048pg030: 720x940, 1080x1400
Image 048pg031: 720x940, 1080x1400
10. RADIATION SOURCES
22
Image 048pg032: 720x940, 1080x1400
11. FOOD PROCESSING
23
Image 048pg033: 720x940, 1080x1400
Image 048pg034: 720x940, 1080x1400
Image 048pg035: 720x940, 1080x1400
12. STORAGE
25
Image 048pg036: 720x940, 1080x1400
13. LABORATORIES
26
Image 048pg037: 720x940, 1080x1400
United States Department of Agriculture
National Agricultural Library
Food and Nutrition Information Center (FNIC)
For comments and questions, contact fnic@nal.usda.gov
Updated:Jun 06, 1997