New Nanomaterials, Chloroform and Metallic Lead SOP Templates
Visit the EH&S’s Chemical SOPs page to find new standard operating procedures (SOP) templates for nanomaterials, chloroform, and metallic lead.
Visit the EH&S’s Chemical SOPs page to find new standard operating procedures (SOP) templates for nanomaterials, chloroform, and metallic lead.
The Notice of Laboratory Moveout form has step-by-step instructions to help you leave your laboratory clean and safe when partially or completely vacating for remodeling, relocation or closure,
Labs with chemicals, biohazards, radioactive materials, sharps, and other potentially hazardous materials are required to decontaminate equipment and surfaces, and properly dispose of regulated and/or hazardous waste prior to vacating the space.
Standard Operating Procedure for working with nanomaterials.
Standard Operating Procedure for working with metallic lead.
Standard Operating Procedure for working with chloroform.
The UW Photography Guidelines are intended for use in research, shop settings and other University locations with hazardous materials and/or physical safety hazards.
The Biological Safety program is designed to maintain safe conditions in biological research and prevent harm to humans, animals and the environment. Safe biological research includes appropriate facilities and equipment, adequate training, proper laboratory practices and safe working conditions. Biological safety helps protect the UW community of students, faculty, staff and visitors. It also helps maintain our academic excellence and integrity and ensure research funds from the National Institutes of Health (NIH) and other funding sources.
The December 2022 version of the UW Laboratory Safety Manual (LSM) is now available for download or printing. It's time to review, bookmark, or print a copy of the updated LSM and make it available for all staff and students in your lab. Keeping your safety documents up to date and easily accessible are key for staying safe.
Does your laboratory have volatile organic chemicals that produce strong, pungent odors even when the cap and bottle are intact? Controlling these smells, often found in chemical storage areas, will help reduce your risk of exposure.
Volatile organic chemicals can escape their containers, which presents an exposure risk to everyone in the lab. Restricting the ability for the chemical to disperse into the air can lower that risk.
During National Biosafety Month in October, EH&S is encouraging labs working with biohazards to identify hazards that could be substituted with a safer alternative to reduce the potential for harm while performing the same function.
Examples of safer alternatives include: