Boston University (BU) is committed to the safe and compliant use of highly hazardous chemicals (HHCs) in the laboratory. This document sets forth procedures and guidelines in place to protect ...

The preparation and development of undergraduate chemistry majors should reflect learning in both the classroom and laboratory and occur in a supportive and safe culture. Key aspects of the culture ...

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 ...

Fifteen years ago, a string of high-profile laboratory accidents, including the death of Sheri Sangji, rocked the world of chemistry. The events made Robert H. Hill, one of the authors of Laboratory ...

Laboratory safety is crucial in protecting researchers, students and staff from hazards in the laboratory environment. Basic factors such as the physical state (gas, liquid or solid) of the chemicals ...

Boston University laboratories often contain valuable equipment and materials, equipment and materials that may pose a danger to public safety, and equipment and materials that may pose a danger to an ...

A strong safety culture protects faculty, students, and staff; promotes a sense of confidence among employees and students; and allows everyone on campus to focus on their work. Key aspects of this ...

A cryogen is a supercooled gas that has been condensed into either liquid or solid form. Some common examples include liquid nitrogen and dry ice. These can be stored at anywhere from -109°F to -452°F ...