1. Radiation Safety Training Module 3 – UGA Site Specific Procedures

2. Chp 12, “Radiation Producing Equipment” 2003 Chp 1, “Radiation Safety Organization” Chp 2, “Principles of Radiation Safety”” Chp 3, “Radiation Exposure Limits” Chp 4, “Facilities and Equipment Considerations” Chp 5, “Procurement and Transfer of Radioactive Materials” Chp 6, “Radiological Surveys” Chp 7, “Radiological Postings” Chp 8, “Response to Radiological Incidents” Chp 9, “Laboratory Procedures” Chp 10, “Radioactive Waste Handling and Disposal” Chp 11, “Radiological Improvement Program”

3. RAD WASTE DISPOSAL Chp 10, 2003 RSM

4. RAD WASTE CONTAINERS 2.5 gal carboy (10 L) (CRS 721925) 30 gal. Fiber drum (CRS 768900) 5 gal plastic bucket Correctly label and use liners!

5. IDENTIFY YOUR WASTE STREAMS ! WASTE MINIMIZATION ! DO YOU SURVEY ALL YOUR DRY TRASH BEFORE PUTTING IT INTO THE RAD WASTE DRUM? DO YOU AUTOMATICALLY CONSIDER ALL MATERIALS USED IN THE EXPERIMENT CONTAMINATED? SOME MIXED WASTES GENERATED IN THE LAB CAN BE TREATED IN THE LAB, I.E., NEUTRALIZATION, SOLVENT EXTRACTION, PRECIPITATION, DISTILLATION, ETC. MUST BE WRITTEN INTO THE WORK PLAN AND APPROVED BY THE RSO, HOW MUCH WILL YOU BE PAYING FOR RAD WASTE?

6. RAD WASTE SHORT-LIVEDLIQUID SHORT-LIVEDDRY LONG-LIVEDDRY LONG-LIVEDLIQUID MIXED AQUEOUS T 1/2 >100 DAYS T 1/2 <100 DAYS AQUEOUS BIODEGRADABLELSFBIODEGRADABLELSF NON-BIODEGRADABLELSF SOLVENTS RCRA CHARACTERISTICS

7. DRY RAD WASTE (DAW) Segregate dry solid radioactive waste according the following categories: Long lived DAW (half life >100 days) Short lived DAW (half life <100 days) Incinerable C-14/H-3 DAW (concentration < 0.05 uCi/g) Sealed radioactive sources

8. DRY RAD WASTE (DAW) Categories Associated Quantity Known Quantity

9. EACH DAW CONTAINER MUST HAVE THIS FORM EACH FORM SHALL BE INITIATED WHEN THE FIRST WASTE IS PLACED IN THE CONTAINER COMPLETE WHEN FULL OR WHEN YOU WANT TO DISPOSE FORM MUST BE COMPLETED WHEN WASTE IS RETRIEVED MAKE COPY FOR YOUR RECORDS

10. LIQUID RAD WASTE Segregate Liquid radioactive waste according the following categories: Long lived waste (half life >100 days) by ISOTOPE Short lived waste (half life <100 days) by ISOTOPE Non-biodegradable liquid scintillation counting fluid containing exclusively H-3 and/or C-14 in concentrations not to exceed 0.05 µCi/gram Long lived mixed waste by ISOTOPE Short lived mixed waste by ISOTOPE

11. Rad Waste Study Every Lab should breakdown and analyze every fraction of generated liquid rad waste as a study. If the liquid waste generated is typical of all experiments then this can be done only once. Evaluate Low level LRW versus High Level LRW This study provides information on how to dispose of LRW. Low Level LRW should be sewer discharged High level LRW should be picked up by RSO

12. LIQUID RAD WASTE Segregate Liquid Scintillation Fluid from all other liquid wastes Must be biodegradable If wipe test results are all <200 dpm net (66 cpm net), then the fluid can be poured down the sink without record If sample test results are all <2 SD of BKG CPM plus BKG CPM, fluid can be poured down the sink without record

13. LIQUID RAD WASTE Determine which route of disposal If the liquid contains exclusively H-3, C-14, P-32, P-33, and/or S-35 in concentrations likely to be less than the ALARA action levels, the liquid may be evaluated for release. Perform and document an analysis and evaluation for release in accordance with the Evaluation of Liquids for Release Form If the liquid does not meet the criteria described above, perform and document analysis for pick-up by Radiation Safety in accordance with the Liquid Radioactivity Analysis for a Waste Pick-Up Form If your Radioactive Materials Permit (license) authorizes sewer disposal, perform and document analysis in accordance with section 5.5, Sewer Disposal Permits.

17. RSO RAD WASTE PICK UPS 9:00 AM THURDAYS CALL 542-5801 ADD YOUR NAME/WASTES TO THE PICK UP LIST PLACE WASTE ON DOCK THURSDAY MORNING ONLY ALL WASTES MUST BE ESCORTED UNTIL THEY ARE RETRIEVED

18. This is the end of Part I. Please proceed to Part II of III.