Best Practices in Labeling
Prudent practices suggests that all chemicals (whether commercial or lab samples) be labeled with:
Compound name (written out, not a formula)
Name of generator
Large Container Labeling
In an effort to improve our compliance with hazard labeling, the JST has developed this sticker, which can be placed on any large container (fridge, cabinet, secondary containment). The goal is to quickly and easily alert visitors, facilities management, and emergency responders to hazards.
To learn more about hazard classes, take a look at our Know Your Hazards presentation.
As of 4-25-13, we are still investigating long-term distribution of these labels.
Check back soon for an update!
Safe Operating Cards (SOCs)
Safe Operating Cards (SOCs) are a way to label unattended or potentially hazardous experiments in progress. Feel free to use the downloadable template that best suits your lab's needs.
Lab signage template
The Lab entry sign provides a consistent look and consolidates several signs. The sign is intended to alert emergency responders, facilities staff and visitors to potential hazards and precautions for entry. Follow the DEHS link for more information about the template.
If the laboratory should not be entered temporarily, please post a "Do Not Enter" sign at each laboratory entrance.
Labeling Individual Samples
Labeling individual vials and samples with each of these items can be challenging. For small samples, we recommend that labs develop their own labeling system for the identity of the sample and the generator. To indicate hazards, the underlined letters in hazards on the sticker may be used. For example, a sample that was acidic would be labeled with a lab-specific code as well as an "A" with a circle around it. A simple buffer solution with non-toxic salts would be labeled "LH" inside a circle for Low Hazard.
Note: the Joint Safety Team, Department of Chemistry, Chemical Engineering and Marerials Science Department, and the University of Minnesota do not take responsibility for the content of these, or any external links. All material is available at the user's discretion and neither the JST, its members, nor the University of Minnesota are responsible for the use of provided content.