Sustainable Development and Society - GSA
Sustainable Development and Society - GSA
Sustainable Development and Society - GSA
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<strong>Sustainable</strong> <strong>Development</strong> <strong>and</strong> <strong>Society</strong><br />
Creating a More Healthful,<br />
Less Toxic Built Environment<br />
By Arthur B. Weissman<br />
Arthur B. Weissman, Ph.D., is President <strong>and</strong> CEO of Green Seal, Inc., an independent,<br />
non-profit organization that identifies <strong>and</strong> promotes products <strong>and</strong> services that cause<br />
less toxic pollution <strong>and</strong> waste, conserve resources <strong>and</strong> habitats, <strong>and</strong> minimize global<br />
warming <strong>and</strong> ozone depletion.<br />
As the manager of building facilities,<br />
you have an enormous opportunity<br />
to affect positively the health <strong>and</strong><br />
welfare of your workers, occupants, <strong>and</strong><br />
visitors. The products <strong>and</strong> systems that<br />
have been designed into your building, as<br />
well as the products <strong>and</strong> procedures you<br />
put into place for operating <strong>and</strong> maintaining<br />
your building, can either be a source of<br />
toxins <strong>and</strong> other harmful health effects or<br />
be neutral or even nourishing to human<br />
health <strong>and</strong> the environment.<br />
This article describes the basic connection<br />
between products in the built environment<br />
<strong>and</strong> human health <strong>and</strong> environment. We<br />
will look first at how common products in<br />
the built environment can be the source of<br />
highly undesirable toxins <strong>and</strong> how good<br />
alternatives can be found for them. Then<br />
we will look at some data linking toxins in<br />
the built environment to the health,<br />
productivity, <strong>and</strong> welfare of workers <strong>and</strong> the<br />
community. We will describe how<br />
environmental st<strong>and</strong>ards can be developed<br />
to promote alternatives to toxic products,<br />
<strong>and</strong> look briefly at the methodology called<br />
life-cycle assessment on which product<br />
st<strong>and</strong>ards are based. Finally, we will explore<br />
the benefits of life-cycle-based<br />
environmental st<strong>and</strong>ards for the built<br />
environment <strong>and</strong> show the linkages to<br />
improved health, productivity, <strong>and</strong> welfare<br />
of building occupants <strong>and</strong> the community at<br />
large.<br />
Basic materials <strong>and</strong> common products that<br />
have become familiar features of our built<br />
environment may nonetheless be a source<br />
of toxins with potentially serious adverse<br />
health effects. Contamination of building<br />
ventilation systems resulting in<br />
Legionnaire's Disease is a striking <strong>and</strong><br />
acute version of many quieter, more<br />
insidious dangers in the buildings we<br />
inhabit. Sources of contaminants <strong>and</strong><br />
toxins include not only heating, ventilating,<br />
<strong>and</strong> air-conditioning (HVAC) systems but<br />
also carpets, window furnishings,<br />
wallboard, furniture, partitions, paints,<br />
cleaners, fax <strong>and</strong> copier machines, etc. For<br />
example, particleboard, which may be found<br />
in doors <strong>and</strong> furniture, is usually bonded<br />
together with urea formaldehyde, which<br />
emits vapors of formaldehyde, a probable<br />
human carcinogen. Paints may contain<br />
petroleum distillates, also potentially<br />
carcinogenic, as well as high levels of<br />
volatile organic compounds (VOCs) that can<br />
cause respiratory distress or disease. Even<br />
common surface or floor cleaners used<br />
frequently in buildings can be a source of<br />
reproductive toxins or endocrine disruptors<br />
as well as VOCs.<br />
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