Standard Operating Procedures/Job Hazard Analysis: Laboratory Operations

The use and purchase of highly toxic materials, carcinogenic materials, reproductive toxins and materials with unknown toxicity requries special procedures and approval from the Department of Environmental Health & Safety and either the Chemical Hygiene Committee or the local Departmental Chemical Hygiene Officers. The special procedures and approvals are required to assure that the proper engineering controls, safety protocols and written program are in place to protect the health and safety of the researchers and the University community. The definitions and more detailed information can be found in Chapter 12 of the Chemical Hygiene Plan

Examples include, but are not limited to, Arcolein, Allyl Alcohol, Chlorine, Nickel Carbonyl, Benzene, Beryllium, Hexavalent Chromium Compounds and Ethylene Oxide. The Standard Operating Procedures found below were created by EHS to help Researchers and Faculty Members meet the requirements of the Chemical Hygiene Plan and University Policy.

Generic Hazard Specific Standard Operating Procedures

Material and Process Specific Standard Operating Procedures

Department
SOP
Word Document
PDF Document/Web Pages
EHS Acrolein Word Document PDF Document
Acrylamide Word Document PDF Document
Actinomycin Word Document PDF Document
Allyl Alcohol Word Document PDF Document
Arsenic, Inorganic and Arsenic Compounds Word Document PDF Document
Autoclave Word Document PDF Document
Benzene Word Document PDF Document
Beryllium, Inorganic and Beryllium Compounds Word Document PDF Document
Cadmium, Inorganic and Cadmium Compounds Word Document PDF Document
Carbon Tetrachloride Word Document PDF Document
Chloramphenicol Word Document PDF Document
Chloroform Word Document PDF Document
Cobalt, Inorganics and Cobalt Compounds Word Document PDF Document
Cyanide Word Document PDF Document
Ethidium Bromide Word Document PDF Document
Formaldehyde Word Document PDF Document
Formalin Word Document PDF Document
General Toxins (including proteins and derivatives) and Materials of Biological Origin Word Document PDF Document
Guidelines for the Safe Use of Chemical Carcinogens Web Page
Hazardous Drug Handling and Disposal PDF Document
Hexavalent Chromium Compounds - Chromium (VI) Word Document PDF Document
Hydrazine Word Document PDF Document
Hydrofluoric Acid Web Pages
Kanamycin Word Document
Liquid Nitrogen Dewar High Pressure Fill - (specific for the equipment in Dupont) Word Document PDF Document
Liquid Nitrogen Dewar Low Pressure Fill -(specific for the equipment in Dupont) Word Document PDF Document
Lead, Inorganic and Lead Compounds Word Document PDF Document
Metallic Mercury and Other Inorganic Mercury Compounds Word Document PDF Document
Methylene Chloride Word Document PDF Document
Mitomycin Word Document
Molybdenum, Inorganic and Molybdenum Compounds Word Document PDF Document
Nanomaterials, Use or Synthesis of Engineered Word Document PDF Document
Nickel, Inorganic and Nickel Compounds Word Document PDF Document
Paraformaldehyde Word Document PDF Document
Paraoxon Word Document PDF Document
Phenol Word Document PDF Document
Phosphorus Oxychloride Word Document
Piranha Solution Word Document
Propylene Oxide Word Document
Sodium Azide Word Document PDF Document
Styrene Word Document PDF Document
Toluene Word Document
Tributyltinchloride Word Document PDF Document
Trichloroethylene Word Document PDF Document
Vanadium Word Document PDF Document
Chemistry Filling A Liquid Nitrogen Dewar PDF Document
Routine Solid State Chemistry Lab Operations (306QDH) PDF Document
Dupont Lab Filling a Liquid Nitrogen Dewar PDF Document

For further information concerning job hazard analysis and standard operating procedures contact Jane Frank or call 831-2103.

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