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Sustainable Development and Society - GSA

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<strong>Sustainable</strong> <strong>Development</strong> <strong>and</strong> <strong>Society</strong><br />

potential liability issues - sometimes more<br />

economically conservative course than<br />

waiting for certain scientific quantification.<br />

This paper is adapted from a presentation<br />

by Tom Lent at GreenBuild 2004, in<br />

Pittsburgh PA.<br />

Isadore Possoff, “Pennsylvania Miner with Hardhat & Pick,”<br />

<strong>GSA</strong> Fine Arts Program.<br />

Notes:<br />

1. Typical description states: “LCA analyzes the total environmental impact of all materials <strong>and</strong> energy flows, either as input or output, over the life of a product from<br />

raw material to end-of-life disposal or rebirth as a new product.” Montgomery M, 2003 (Aug 20): Life Cycle Assessment Tools, Architecture Week E2.1)<br />

2. Eutrophication is the addition of mineral nutrients to the soil or water—in this case primarily from agricultural practices used to raise the flax seed—which can<br />

increase algae growth, which in turn can lead to lack of oxygen, impacting aquatic life.<br />

3. Lippiatt B, 2002 (October): BEES 3.0 Technical Manual <strong>and</strong> User Guide (NISTIR 6916) (Gaithersburg, MD: NIST), p. 27.<br />

4. Vinyl Institute, 1998 (December): Environmental Attributes of Vinyl: Vinyl Flooring Comes First in Life-cycle Assessment. EnVIronmental Briefs.<br />

http://www.vinylinfo.org/environment/briefs_12_98.html.<br />

5. Thornton J PhD, 2002: Environmental Impacts of Polyvinyl Chloride Building Materials (Washington DC: Healthy Building Network), p. 28.<br />

6. US EPA, Office of Research <strong>and</strong> <strong>Development</strong>, 2001 (May 25): Information Sheet 1, Dioxin: Summary of the Dioxin Reassessment Science.<br />

7. US EPA 2001 (March): 2001 Database of Sources of Environmental Releases of Dioxin like Compounds in the US (EPA/600/C-01/012), pp. 1-37, 1-38, 6-9.<br />

8. Lippiatt, BEES 3.0.<br />

9. Analysts from linoleum manufacturer Forbo have done their own internal LCA’s <strong>and</strong> assert that the factor for eutrophication from linoleum used in BEES is two<br />

orders of magnitude (100X) too high <strong>and</strong> suspect a misunderst<strong>and</strong>ing of functional units may have contributed to the error. If the current BEES eutrophication<br />

category value (.0454) is reduced by 99%, the total environmental impact of linoleum drops from .0521 to .0071, flipping the results. Linoleum ends up beating VCT with<br />

only 55% of the measured environmental impact—even before having accounted for all of VCT’s dioxin-related flows.<br />

10. Lundgren B et al., 2002: Small Particles Containing Phthalic Esters in the Indoor Environment—A Pilot Study, Proceedings: Indoor Air 2002, p. 153.<br />

11. Norris G et al., 2003: Indoor Exposure in Life Cycle Assessment: A Flooring Case Study (life cycle assessment. Unpublished paper, Harvard School of Public<br />

Health, quoted in Floorcoverings: Including Maintenance in the Equation, Environmental Building News 12, no. 5: 12.<br />

12. Lent T, 2003: Review of the California 1350 Specification <strong>and</strong> Indoor Air Quality (Washington DC: Health Building Network).<br />

13. US EPA, 2000: Ozone Depletion Rules & Regulations: The Accelerated Phaseout of Class I Ozone-Depleting Substances (Washington DC: US EPA); US EPA,<br />

1979 (Apr 19): EPA Bans PCB Manufacture, Phases Out Uses (press release).<br />

14. US EPA, 2001: Persistent Organic Pollutants (POPs); UNEP, 2000: Persistent Organic Pollutants (United Nations Environment Programme).<br />

15. The task of identifying chemical hazards <strong>and</strong> screening out materials choices for environmental <strong>and</strong> human health <strong>and</strong> safety will be an ongoing one. Complete<br />

basic publicly available toxicity information (the Screening Information Data Set, or SIDS) is available for less than 10% of the roughly 2,800 high-production-volume<br />

chemicals (those produced in volumes over one million pounds per year). No toxicity information at all is available for more than 40%. Even less is known about the<br />

tens of thous<strong>and</strong>s more chemicals that are produced in smaller volumes or for any of these chemicals in combination with each other. US EPA, Pollution Prevention<br />

<strong>and</strong> Toxics Division, 1999 (March): Chemical Right to Know—Frequently Asked Questions (EPA 745-F-98-002f); Lowell Center for <strong>Sustainable</strong> Production, 2003:<br />

Integrated Chemical Policy (Lowell, Mass.: University of Massachusetts–Lowell), 2.<br />

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