These guidelines reflect requirements of all applicable health and safety codes and standards including but not limited to fire safety, public health, biological safety and radiological requirements.

The following applies to any laboratory equipment items that are used in a laboratory for the purposes of research. This also includes any item that presents an exposure hazard to non-laboratory ...

To provide students a hands-on experience with materials, equipment and experimental procedures. To develop the students' ability to work safely in a laboratory environment without risk to themselves ...

Science classrooms with scientific equipment and supplies should not be used for non-science courses or activities unless the science materials can be stored in a secured area. Laboratory activities ...

Such materials should be precisely regulated to preserve high-purity laboratory settings with safe operating conditions, and this is why the use of appropriate lab safety devices is extremely ...

The University at Buffalo is committed to promoting a safe and environmentally sound campus environment that is conducive to the highest level of education and research. The Environment, Health and ...

Osmium Tetroxide (OsO4), a severe oxidizer, is highly poisonous even at low exposure levels. It must be handled with appropriate precautions. In particular, inhalation at concentrations well below ...

This Safety Plan is an integral part of the management and operations of UB’s Structural Engineering and Earthquake Simulation Laboratory (SEESL), applied to all its services. The two shake tables of ...

The University Safety Manual gives an overview of Flammable Liquids in Laboratories And Chemical Storage Rooms, Chemical Laboratories, Radiation Producing Equipment and Materials, Biological ...