Småhus, flerbostadshus och förskolebyggnader - Svanen

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Nordisk Miljømerking Hus, leiligheter og barnehager 089/versjon 2 Høringssammenstilling, oppdatert 10. august 2010 6 European Union Risk Assessment Report tris(2-chloro-1-methylethyl) phosphate (TCPP) - CAS No: 13674-84-5, EINECS No: 237-158-7 7 Emissionen von Flammschutzmitteln aus Bauprodukten und Konsumgütern, Bundesanstalt für Materialforschung und –prüfung (BAM), Forschungsbericht 299 65 321, UBA-FB 000475 Plastic foam products: It is incorrect to state that PUR smoulders. All tests show that this is never the case. Furthermore, the Background report again refers to brominated flame retardants, but the Ecolabel bans all halogenated flame retardants. This is not correct. Comments from Nordic Eccolabelling In Appendix 9 we are pointing out environmental issues for the different insulation materials, and in this respect some materials will be more beneficial than others. We will delete the sentence ”It is popular due to its insulating ability.” because this is true not only for mineral wool. We appreciate the graph from BING, comparing the different material thicknesses from an insulating point of view. This does however not change the impact these materials have on the environment. According to BING there are tests showing that PUR does not smoulder. We would appreciate to see documentation of this. In the background report both brominated and halogenated flame retardants are referred to. 158 (165)
Nordisk Miljømerking Hus, leiligheter og barnehager 089/versjon 2 Høringssammenstilling, oppdatert 10. august 2010 7.3. Bilag C European Aluminium Association AISBL: Life Cycle Management Declaration by the Metals Industry on Recycling Principles DOI: http://dx.doi.org/10.1065/lca2006.11.283 The metals industry works towards the establishment of an accurate understanding of metals recycling. Environmental models and policy discussions that concern product recycling should characterize material recycling in a manner that is appropriate and that promotes the objectives of sustainable development. Objectives To this end, the metals industry supports the characterization and modeling of recycling of metal-containing products in a way that: 1. Encourages good environmental practices; 2. Aids assessment of the overall life cycle of products and understanding of materials; 3. Supports the management of the life cycle of products and stewardship of materials; 4. Is consistent with scientific knowledge and technical practices; and 5. Reflects economic realities without creating market distortions that impede environmental objectives. About metal recycling Metals are highly recyclable and in fact a large percentage of metallic material is effectively recycled. Collected metal scrap is converted to new material of equal or similar quality through metallurgical processes, including remelting and refining. Some products require metal grades that demand minimal processing; other products may require more metallurgical and process controls to meet specifications. Metal inputs for metal production are principally sourced via the most cost effective route, whether this is from primary ores or from recycling of recovered metal resources. The source of the metal however, whether primary or from recycling, can not be determined by material properties. Therefore, scrap that is sorted and clean commands a higher market price owing to the ease of subsequent processing through recycling. The final economic value of the metal product is determined by its utility for applications and its recycled content may be high or low, depending, amongst other aspects, on the availability of secondary material at the time of manufacture. Metal scrap that is collected for recycling is material that does not have to be managed as a waste. It is a valuable resource that is converted into value-added commodities. Perhaps even more importantly, recycled metal substitutes or displaces the necessity to mine new metal. Consequently, metal recycling offsets primary production processes − and their associated environmental impacts and energy consumption − required to dig, crush, grind and otherwise metallurgically process virgin ore. Recycling increases the material and energy efficiency of product systems throughout the life cycle and thus is good management practice. Facts The following are relevant to metals recycling: 159 (165)
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Småhus, flerbostadshus och förskolebyggnader - Svanen

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