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Frequently Asked
Questions
What Is
Asbestos? Asbestos is the name
given
to a
group of naturally occurring minerals
including its regulated fibrous forms: chrysotile,
amosite,
crocidolite, anthophyllite, actinolite, and tremolite.
The word
asbestos is derived from the Greek language meaning
inextinguishable. How Is
Asbestos Used
/
Where Would You Find It? Asbestos had been
used in a
variety of materials and applications
for purposes of reinforcement, heat and cold
insulation, condensation
control, friction, fire protection, sound dampening,
decoration,
texturing, chemical resistance, and other
applications. Asbestos was
used in over 3500 types of materials. Some materials,
such as
vermiculite might be contaminated with asbestos
naturally. Materials
which contain more than 1% asbestos are called
asbestos-containing
materials (ACM). Typically, asbestos is found in
thermal system
insulation such as pipe and boiler insulation,
surfacing material such
as fireproofing and wallboard, and miscellaneous
materials such as
floor and ceiling tiles. In America, asbestos was used
in a variety of
materials from the late 1800s to the present; however,
its use has
declined. Contrary to popular belief, asbestos is not
banned from
certain products in America. Certain materials such as
floor tile,
linoleum, adhesives, roofing products, clutch and
brake assemblies,
etc, might contain asbestos. Prior to purchasing
products or materials
determine whether asbestos is present.
Asbestos-containing materials
are currently being used widely in developing and
industrializing
countries. What Are
Types of
Asbestos Containing Materials?
You may have run
across
the
terms friable and non-friable
asbestos-containing materials. EPA’s NESHAP regulation
defines
friability as the ability of a dry asbestos-containing
material to be
crumbled, pulverized, or reduced to powder by hand
pressure. Examples
of friable asbestos include thermal system insulation
and spray-on
fireproofing. Asbestos-containing materials such as
floor tile,
roofing, asbestos cement products, and gaskets are
typically
non-friable. Be aware that demolition and renovation
activities can
render nonfriable ACM friable, and thus, more
regulated. Contact the
Asbestos Control Program for more information.
What are some of the Health Concerns? Asbestos is a health concern because it is a
carcinogen,
meaning it
causes cancer. Asbestos can break down into very
small fibers that can
become airborne and stay airborne for a long time.
Exposure generally
occurs by inhalation or ingestion. Asbestos causes
asbestos-related
illnesses such as asbestosis, mesothelioma, and
other cancers.
Asbestosis is an illness characterized by the
scarring of the lungs
that reduces the lungs’ ability to function.
Mesothelioma is a cancer
of the membrane lining the chest or abdominal cavity
specifically
related to asbestos. Lung cancer and other cancers
have been linked to
asbestos exposure. Epidemiological studies (studies
of people and
diseases) document asbestos-related illnesses caused
by exposure to
asbestos in many occupations including mining,
milling, manufacturing,
insulating, shipbuilding, construction, and
others. Cases of asbestos-related illnesses have also
been
documented
in
persons exposed to asbestos indirectly in
non-occupational settings.
Wives, husbands, and children of people who worked
with asbestos have
contracted asbestos-related illnesses after being
exposed to asbestos
dust brought home on the clothes of those
people. Generally, a latency period of 10 to 30 years
accompanies
asbestos
exposure before an asbestos-related illness
develops. Developing an
asbestos related illness is dependent on many
factors including
exposure dose, a person’s genetic make up, whether
the affected person
smokes or smoked, etcetera. According to research
statistics, a smoker
who is exposed to asbestos is over 50-90 times more
likely to develop
an asbestos-related illness than a non-smoker. The
reason why smokers
are so susceptible to asbestos is due to the loss of
the lungs’
capability to protect and rid itself of fibers. In Montana,
activities
involving
asbestos in buildings are governed
by one or more regulatory authorities, i.e. State of
Montana DEQ,
Federal EPA, and OSHA; in many cases jurisdictions
and regulations
overlap. The Asbestos Control Program of the Department of Environmental Quality (DEQ) regulates and permits asbestos abatement projects, accredits asbestos-related occupations, approves and audits asbestos training course providers, provides compliance assistance, and administers certain sections of the Environmental Protection Agency’s National Emission Standards for Hazardous Air Pollutants (NESHAP) regulation. The Asbestos Control Program regulates asbestos abatement activities involving three (3) or more square or linear feet of regulated ACM. Asbestos abatement activities must be permitted through the Asbestos Control Program and must be conducted by accredited asbestos personnel following proper asbestos inspection, abatement, transportation, and disposal procedures. Generally speaking, the Asbestos Control Program regulates asbestos projects, building demolition, and building renovation activities that occur in facilities such as any institutional, commercial, public, industrial, or residential structure, installation, or building (including any structure, installation, or building excluding residential buildings having four or fewer dwelling units. Most asbestos
activity in
Montana involves building
renovation and demolition activities. In order
to determine which
requirements apply to a building owner or contractor
of a renovation or
demolition, an asbestos inspection is required. An
asbestos inspection
not only locates, quantifies, and assesses the
condition of asbestos,
it also provides information as to whether an
asbestos-containing
material is regulated and regulated by which
authority. According
to
EPA and Asbestos Control Program regulations, an
asbestos inspector
accredited, or licensed, by the Asbestos Control
Program must perform
the asbestos inspection. Typically,
samples of suspect
asbestos-containing materials are collected by the
inspector for
laboratory analysis.
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