Chemical Hazards in the work place include flammability, explosion, poisoning, toxins, cancer, dermatitis, and irritation. Many of these hazards can result in serious injury to personnel, equipment, structures and the environment. All of these hazards can be prevented by proper work planning, training, safe work practices, and emergency controls. Safe work practices include the proper storage and handling of chemicals. Proper storage of chemicals often involves compatibility issues, proper secondary containment, and the proper chemical storage environment.

  • Time sensitive chemicals need to be regularly checked for stability.
  • Acutely hazardous chemicals which could result in death should be secured appropriately to limit access by unauthorized personnel.
  • Carcinogens are agents that can cause malignant tumors (cancer). Chemicals, which are a carcinogen hazards require special posting. If a chemical meets one of the criteria set in the subject area, or if is regulated as a carcinogen by DOE, then work must follow the guidelines set in this subject area.

The Working with Chemicals Subject area is an essential component of the BNL work planning and control requirements for work involving chemicals. These chemical safety requirements address training, selection, use and handling, storing, transporting (on-site and off-site) and disposal in a manner that meets Laboratory expectations

 
  • Maintain a current chemical inventory

Make the most of your chemical investment and prevent chemical degradation over time by keeping track of what you have.

  • Chemicals that degrade over time require additional record-keeping. These include peroxide formers, air and water reactive chemicals, and other time-sensitive materials.
  • Select an appropriate container when transferring a chemical from its original container.

    Choose sturdy, sealable storage containers made of material compatible with the chemical they'll hold.

    Contact an the Chemical Safety Subject Matter Expert if you have questions about chemical and container compatibility.
  • Accurately label chemicals that have been transferred from their original containers.

Chemical labels are required by law to contain specific information. Extra information is required on high hazard materials. Follow these steps for proper labeling:

  • Make sure labels include the following required information, written legibly:
    • Chemical name or abbreviation
    • Concentration
    • Hazard warning
  • Include the following additional information required for chemicals that degrade over time, peroxide formers, and air and water reactive chemicals:
    • Date received
    • Date opened
    • Date tested
  • Prominently post a chemical abbreviation sheet in the lab when abbreviations are used on labels.
    • Print out this list (PDF) of common substances and abbreviations. Extend the list as necessary with your lab-specific abbreviations.
  • Label refrigerators used for chemical storage with a "No Food Storage" sticker. Label refrigerators that are not approved flammable storage units with a "No Flammable Storage" sticker.
  • Segregate incompatible chemicals.
  • Separate and store chemicals according to compatibility group, not by alphabetical order. Read Chemical Compatibility Guidelines for more information.
  • Store each compatibility group in a separate cabinet, or separate them from other chemical groups by using appropriate tubs or secondary containers. Polypropylene "Nalgene" tubs are commonly used for this purpose.
  • Label storage cabinets and tubs by compatibility group. For example, a tub containing hydrochloric acid, and phosphoric acid would be labeled "Mineral (Inorganic) Acids."
  • Keep containers capped and closed when not in use.
  • Place hazardous materials on lower shelves. Don't store them overhead.
  • Protect drains from chemical spills. Don't use sinks for chemical storage or secondary containment.
  • Follow specific storage guidelines for regulated and high hazard materials.

 

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Last Modified: February 1, 2008
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DOE, Office of ScienceOne of ten national laboratories overseen and primarily funded by the Office of Science of the U.S. Department of Energy (DOE), Brookhaven National Laboratory conducts research in the physical, biomedical, and environmental sciences, as well as in energy technologies and national security. Brookhaven Lab also builds and operates major scientific facilities available to university, industry and government researchers. Brookhaven is operated and managed for DOE's Office of Science by Brookhaven Science Associates, a limited-liability company founded by Stony Brook University, the largest academic user of Laboratory facilities, and Battelle, a nonprofit, applied science and technology organization.

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