Mercury - Additional Resources

Mercury - Additional Resources

Additional Resources

Training
  • Mercury Use Reduction & Waste Prevention in Medical Facilities. Environmental Protection Agency (EPA), (2003). Provides a interactive environmental education software program (developed jointly by Purdue University and the EPA).
Other Resources
  • DiCarlo, M., B. Ruck, and S. Marcus. "How Should a Fever Mercury Thermometer be Disposed of?" Pediatrics 109.5(2002): E71-1.
  • ADA Council on Scientific Affairs. Dental mercury hygiene recommendations.

Mercury - Possible Solutions

Mercury - Possible Solutions

Possible Solutions

Controlling mercury exposure is best accomplished through substituting it with a non-toxic chemical, depending on the application. If this cannot be done, engineering, administrative, and personal protective equipment (PPE) should be used.

Mercury - Evaluation

Mercury - Evaluation

Evaluation

Mercury and its compounds exist in three general forms:

  • Elemental (or metallic).
  • Inorganic. Mercury can combine with other elements (mainly chlorine, sulfur, and oxygen) to form inorganic mercury compounds.
  • Organic. Mercury may combine with carbon or carbon-containing substances to make organic mercury compounds. These organic compounds are further divided between alkyl (carbon-chain) and aryl (aromatic ring) groups.

The respective methods for sampling the different forms of mercury are:

Mercury - Standards

Standards

Mercury hazards are addressed in specific OSHA standards for general industry, maritime, and construction. This section highlights OSHA standards and documents related to mercury.

OSHA Standards