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Test firing a firearm is frequently used for forensic firearms and bullet identification. Airborne lead-containing particles are emitted when a firearm is tested, leading to lead building up on surfaces, exposing employees to potential lead-related health risks. Prior to cleaning, lead surface concentrations in the firing range at the National Forensic Laboratory Services in Ottawa were found to be higher than the Environmental Abatement Council of Ontario (EACO) post-abatement limit, with the highest level 56 times the limit. Inductively coupled plasma–mass spectrometry (ICP-MS), along with internal standardization, revealed that wiping surfaces with either a commercial decontamination product containing ethylene glycol butyl ether (EGBE) or alcohol cleaning pads satisfied the EACO standard by removing over 90% of lead from test surfaces whereas an external cleaning company only removed 36% of lead from the same surfaces. Fortunately, lead cross-contamination was minimal outside the firearms section and well below the residential EACO limit.

Once again, the Eastern Analytical Symposium takes the spotlight November 16–19, providing analysts with the latest developments in areas ranging from biopharmaceutical analysis to materials characterization, from quality assessment to green analysis, and from environmental contaminant determination to antibody analysis, to name a few of the many areas covered.

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The New York and New Jersey Regional Section of the Society for Applied Spectroscopy (NYSAS) held an on-line meeting on Wednesday, May 27. The speaker, Nicole Ralbovsky, was selected as the 2020 NY–NJ SAS Graduate Student Award winner. Ralbovsky is a fourth-year doctoral candidate in Igor K. Lednev’s laboratory at the University at Albany, SUNY.

Agilent Technologies, Inc. (Santa Clara, California) recently became a sponsor of My Green Lab, a nonprofit organization dedicated to improving the sustainability of scientific research.