Materials for Sustainable Sites: A Complete Guide to the by Meg Calkins

By Meg Calkins

This whole consultant to the overview, choice, and use of sustainable fabrics within the panorama gains techniques to reduce environmental and human healthiness affects of traditional website development fabrics in addition to eco-friendly fabrics. offering certain present details on building fabrics for sustainable websites, the booklet introduces instruments, ideas, ideologies and assets for comparing, sourcing, and specifying sustainable website fabrics. Chapters hide varieties of fabrics, either traditional and rising eco-friendly fabrics, environmental and human well-being affects of the cloth, and precise suggestions to reduce those affects. Case stories percentage price and function details and classes realized.

content material from this e-book is obtainable as a web carrying on with expert schooling direction atВ  WileyCPE classes can be found on call for, 24 hours an afternoon, and are licensed by way of the yank Institute of Architects.

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Extra resources for Materials for Sustainable Sites: A Complete Guide to the Evaluation, Selection, and Use of Sustainable Construction Materials

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This makes the atmosphere the largest dumping ground for industrial wastes (WRI 2000). GHG emissions from fossil fuel combustion In the industrial sector, greenhouse gas emissions result directly from the combustion of fossil fuels and indirectly from the generation of electricity that is consumed by industry. Combined, these accounted for 27% of all CO2 emissions in 2005. Emissions vary widely by industry due to the volume of material produced, the energy requirements to produce the material, and the type of fuel used (see Table 2–10).

The focus on consumption of resources has shifted from scarcity concerns to include the environmental degradation that occurs with raw material extraction, processing, use, and disposal. As the flow of materials increases to meet our consumption, impacts on the environment are also increasing. The mining of geologic materials alters habitats, causes increased runoff and soil erosion, and disrupts the ecological processes of the land where the mining occurs. Reduced forest cover from mining may negatively affect the planet’s ability to process CO2.

Reusing, reprocessing, or recycling materials reduces extraction of resources and associated resources for energy generation—sometimes substantially. It also keeps materials and pollutants out of waste streams. A Swedish study of two buildings, one with a large proportion of recycled materials and the other with all new materials, found that the environmental impacts of the building with recycled materials were only about 55% of the one with new materials. Use of recycled materials could save between 12 and 40% of the total energy used for material production.

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