Download Aluminum recycling and processing for energy conservation by John Green, Editor PDF
By John Green, Editor
For pros enthusiastic about sustainable improvement and effort conservation, this complete reference presents a close assessment and basic research of sustainability concerns linked to the aluminum undefined. It presents a benchmark in assessing a sustainable imaginative and prescient for confident monetary and environmental development, and it might probably function nice reference for instructing the following new release of engineers at the calls for of sustainable improvement and the applying of life-cycle evaluate by way of undefined.
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Extra info for Aluminum recycling and processing for energy conservation and sustainability
Detailed information about concentrations in the waste streams compared with prices for raw materials forces the conclusion that the concentrations of metal resources in many waste streams currently undergoing disposal are higher than for typical virgin resources. Among these materials are lead, antimony, mercury, and selenium. With appropriate R&D, we may expect to find more symbiotic developments in which small recovery plants are sited at the sources of these waste streams. We may also expect that, as in the case of silver in the San Francisco Bay, R&D will likely have to be supplemented by changes in the regulatory policies to enable efficient handling of these materials as potential resources, not wastes.
S. 24. 25. “Materials,” Report of the Interagency Workgroup on Industrial Ecology, Materials and Energy Flows, Fall 1998. 26. T. Allen and N. S. 1361/arpe2007p033 Copyright © 2007 ASM International® All rights reserved. org CHAPTER 3 Life-Cycle Inventory Analysis of the North American Aluminum Industry* LIFE-CYCLE ASSESSMENT (LCA) is a methodology that uses a systems approach to understand the environmental consequences of a product, process, or activity from initial extraction of raw materials from the Earth until the point at which all residuals are returned to the Earth.
Trans. 16. J. Clark, S. Newell, and F. 17. A. D. 18. M. Sullivan and L. Wagner, “Materials Flow Studies, Total Materials Consumption—An Estimation Methodology and Example Using Lead. S. Geological Survey,” presented at the Eighth Int. Symp. 19. H. 20. 21. J. H. Laherrère, Sci. 22. J. MacKenzie, Iss. Sci. 23. S. 24. 25. “Materials,” Report of the Interagency Workgroup on Industrial Ecology, Materials and Energy Flows, Fall 1998. 26. T. Allen and N. S. 1361/arpe2007p033 Copyright © 2007 ASM International® All rights reserved.