
Learn to read and interpret a chemical safety data sheet (SDS) to build professional development skills. Earn a CTU certificate upon successful completion to support professional development.
Learn to identify chemicals covered by a safety data sheet and understand common SDS definitions, the roles of manufacturers and importers, the standard 16-section structure, and training importance.
Identify which chemicals are covered by an SDS and note exclusions. Using benzene as an example, learn about exposure under normal use and foreseeable emergencies, plus basic first-aid and disposal.
Define chemical, container, distributor, and employer, along with exposure, hazard classes, physical and health hazards, labels, pictograms, signal word, and trade secrets under OSHA's hazard communication standard.
Chemical manufacturers and importers assess hazards and classify them on the sds, using available data and test reports to determine risks, while understanding data gaps and evolving measurement methods.
Explore how to read a safety data sheet using the 16-section format, focusing on identification, hazards, and composition; learn hazard classifications, trade secrets, and disclosure considerations.
Explore SDS sections 4–6 on first aid measures, firefighting measures, and accidental release measures, detailing untrained responders' care, signs of exposure, firefighter protection, PPE, containment, and drills.
Master SDS sections 7–9 by applying handling and storage guidance, ventilation requirements, exposure controls and PPE, glove breakthrough timing, and chemical property considerations for safe lab practice.
Explore section 10 on stability and reactivity, storage and handling, and hazard data, then review sections 7–12 on exposure routes, toxicology, bioaccumulation potential, and ecological info.
Learn how SDS sections 13 through 16 guide disposal of hazardous waste, transport information, regulatory requirements, and the catch-all details to manage liability and ensure compliance.
Learn how to train employees on the SDS structure, detection methods for hazardous chemicals, and protection strategies, including monitoring, engineering controls, PPE, eye protection, and accessible hazard communication programs.
Conclude the course by reviewing how to read and interpret safety data sheets, including definitions, responsibilities of manufacturers, importers, and end users, and the standard 16-section SDS.
Wraps up today's class on reading and interpreting chemical safety data sheets and invites questions via email or phone, with future safety courses on lockout and tag out.
Explore references from osha.gov and navigate the chemical safety data sheet under the hazard communication framework of 29 CFR 1910.1200, with online chemical safety classes.
This course will teach the student how to read and interpret a chemical safety data sheet (SDS). Many SDS are written using chemical terms that most of the public is not aware of. The course will discuss the 16 section SDS found in 29 CFR 1910.1200, Hazard Communication found in the statutes found in the United State Occupational Safety and Health Administration (OSHA). Chemicals come in all forms (solids, liquids and gases). Safe chemical handling, firefighting procedures, chemical exposure, personal protective equipment (PPE), first-aid procedures, and hazardous waste classification and disposal. It is very important to review a SDS before purchase to ensure personnel have the training and PPE to use it safely. The topics to be covered include:
-Introduction/Course Goals
-What chemicals/substances are covered by an SDS Definitions
-Chemical manufacturer, container, foreseeable emergency, label, hazard class, physical hazard, pictogram, and trade secret
-Chemical Manufacturer-Importer Responsibilities
-16 Section Safety Data Sheet SDS
-Training and Education
-The measures employees can take to protect themselves from these hazards, including specific procedures the employer has implemented to protect employees from exposure to hazardous chemicals, such as appropriate work practices, emergency procedures, and personal protective equipment to be used.
The course is designed for lab operators, lab technicians, Engineers, Managers, Project Management Professionals, Facilities and personnel concerned with occupational safety or hazardous chemical exposure. Students who complete this course will be granted 0.1 CEU. Please contact me at david.ayers@comcast.net