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Archived: P2Rx no longer updates this information, but it may be useful as a reference or resource.
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We recognize the need to develop, or support the
development of incentives to move pollutant generators to policies and practices
that rely more heavily on pollution prevention, rather than on management
practices of pollution of disposal and release. This is especially true for
persistent toxic pollutants which are sometimes managed in ways that essentially
shift the pollutant from one media to another. Keeping mercury out of water and the atmosphere is
critical to our health and safety.
The purpose of this program is:
Alternatives to mercury use in health care settings are
identified, and proper management techniques for handling used mercury and
mercury spills are described. Mercury or mercury compounds are found in many instruments
regularly used in medical institutions such as blood pressure monitors, dental
amalgam, thermometers and thermostats. Mercury and mercury-containing products
are used in patient areas and pathology labs, in clinical procedures (such as
x-rays), and in medicines. At least 20 different medical products contain
mercury, and many mercury-containing solvents and degreasers are found in labs,
housekeeping departments, kitchens, and maintenance areas. Storage rooms may
also be filled with used, damaged, or outdated equipment or supplies that
contain mercury. Mercury is an ingredient in some proprietary formulas used to
manufacture medical and industrial supplies. Breakage, waste disposal, and spills from these products
release mercury to the atmosphere or to drains, where it can persist for many
years. Some products that formerly contained mercury are no longer manufactured.
However, older products are still part of the environment. In fact, broken or
obsolete equipment is often the primary source of mercury waste at many
hospitals and clinics. Industrial and chemical uses of mercury are
manifold in the medical community: mercury is present in fluorescent and
high-intensity lamps, thermostats and switches, and a variety of generators,
manometers, and batteries. Non-medical uses of mercury are also present in a variety
of products: cleaning solutions, preservatives, paints, and antifouling agents
for wood and other surfaces. Some uses of mercury are purely playful or
convenient, such as singing greeting cards, talking refrigerator magnets,
lighted athletics shoes, and toys. Patients, visitors, and employees bring these
products into the facility.
According to the EPA's proposed rule for medical waste
incinerators, incinerators are a significant source of mercury emissions to the
atmosphere. Medical care facilities may also emit mercury through accidental
spills and releases, that is, through discharges to wastewater and landfills.
The amount of mercury in such releases may be quite small. Still, any release is
costly and may add to mercury's buildup in the environment. Mercury spills may
result in additional fish advisories, and in some circumstances, mercury spill
cleanups can be expensive. The guidelines recommended in this program will help
minimize or eliminate mercury releases from medical facilities.
General Introduction
Mercury in Medical Care Settings
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The Topic Hub™ is a product of the Pollution Prevention Resource Exchange (P2Rx) The Mercury-Health Care Topic Hub™ was developed by:
Hub Last Updated: 8/2/2012 |
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P2RIC is a member of the Pollution Prevention Resource Exchange, a national network of regional information centers: NEWMOA (northeast), ESRC (southeast), GLRPPR (Great Lakes), ZeroWasteNet (southwest), P2RIC (plains), Peaks to Prairies (mountain), WSPPN (Pacific southwest), PPRC (northwest). |
| The Nebraska Business Development Center (NBDC) at the University of Nebraska at Omaha (UNO) operates the Pollution Prevention Regional Information Center. | |
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P2Ric is fortunate to receive funding from the US Environmental Protection Agency. For more information on the EPA and its programs, please visit http://www.epa.gov |
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