Lab Safety Basics

Working in the laboratory without proper training is a serious violation of our department’s safety procedures. No work can be conducted until proof is supplied to the supervisor of the laboratory that the requisite safety training has been completed.

Before working in a laboratory you need to:

  1. Email the Laboratory Supervisor and notify them that you will be working in the laboratory. CC the Faculty Supervisor in your email. Describe:
    • The type of work you will be doing, according to your understanding;
    • The laboratories you expect to use;
    • The period of time that you expect to be working in the laboratory.
  2. Go through the appropriate training. Appropriate training may vary depending on the actual work that you will perform in the laboratories This includes:
    • At a minimum a general training;
    • Training for specific hazards or safety procedures and requirements associated with the laboratory you will be working in. Information about this is provided by the Laboratory Supervisor;
    • Additional specialized training for specific equipment.

When working in a laboratory, remember to remain safe. This includes remaining current on your training and following at all times the safety guidelines. In addition, always use your judgment and follow this simple rule “If you don’t think it’s safe, it probably isn’t.”

A student handles water samples while wearing safetly goggles and rubber gloves
Nathaniel Sculley, CEE Graduate Student, stores testing water samples from an industrial waste site inside the Cooley Building on North Campus in Ann Arbor, MI on February 6, 2020 CEE is working with John Foster, Professor of Nuclear Engineering and Radiological Sciences, to test the efficiency of plasma radiation for the destruction of PFAS Low temperature plasma efficiently uses energetic electrons to drive a reactive mix of hydroxyl radical, ozone, UV as well as ultrasound shockwaves dosing the water in a reactive species that shatters the PFAS molecules Foster’s set up with plasma exposes the contaminated water to high temperatures upward to several thousands of degrees from repetitive bursts of plasma over a short period of time completely disassociating any trace of PFAS in the water sample Photo by Robert Coelius/University of Michigan Engineering, Communications and Marketing

Occupational Safety and Environmental Health

Additional information about safety at the University of Michigan can be found in the Occupational Safety and Environmental Health website.