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Appendix B Lessons Learned - doe-hdbk-1139-1-2000_CN10051
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Chemical Management - index
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Inadequate control of chemical hazards cont'd - doe-hdbk-1139-1-2000_CN10053


DOE-HDBK-1139/1-2000
Change Notice No. 1
Three reactor auxiliary operators were exposed to trimethylamine above the short-term (15-minute)
exposure limit while recharging an ion exchange resin in a demineralizer tank. Investigators believe
that the excessive off-gassing of trimethylamine resulted from the drums of resin being stored at a
higher temperature than that recommended on the MSDS. (ORPS Report ID--LITC-ATR-1998-
0014)
Facility chemists found five sealed containers of lithium metal stored inside a nitrogen glove box
instead of an adjacent argon glove box. Lithium reacts with nitrogen and can result in highly
exothermic reactions when exposed to water or oxygen. (ORPS Report ID--LITC-ERATOWNFAC-
1998)
A cleaning subcontractor employee became nauseous and vomited while spraying a chemical cleaner
in a restroom in the administration building. Investigators determined that the spray bottle was
mislabeled "Crew," which is a chemical manufactured for cleaning toilet bowls and sinks. The label
did bear the manufacturer's warnings, but the bottle actually contained nearly full strength Lysol
liquid cleaner. (ORPS Report ORO--MK-WSSRAP-1998-0040)
A maintenance crew discovered a small vial labeled "picric acid" in a crawl space while they were
performing a pre-job walk-down for maintenance on some steam lines. Picric acid is normally used
as an aqueous solution and an explosive mixture results when the solution crystallizes. Eight similar
occurrences involving picric acid were found dating back to 1990. In these events, explosive safety
specialists removed the acid and either chemically neutralized it or detonated it in a safe area. (OE
Weekly Summary 98-05)
Inadequate control of chemical hazards.
The Type A investigation of a sodium potassium (NaK) accident that occurred at the Y-12 plant on
December 8, 1999, identified a lack of understanding of the hazard from NaK and its reactive by-
products as one of the root causes of the accident. The investigation found that personnel involved in
planning the task, the safety documentation for the facility, the procedure for the task, and the
procedures supporting hazard identification and analysis did not address the complete NaK hazard.
The investigation also determined that detailed hazard identification data supported by accident
analysis and appropriate control information was readily available.
B-9


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