Management of Environmental Quality - An International by Mary Ann C
By Mary Ann C
Read or Download Management of Environmental Quality - An International Journal; Volume 16 Number 2 2005 Selected papers from InLCA LCM 2003 PDF
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Extra resources for Management of Environmental Quality - An International Journal; Volume 16 Number 2 2005 Selected papers from InLCA LCM 2003
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Internal or external communication, which may include preparation of environmental product declarations, environmental and sustainability reports, sustainability performance indicators; . internal audit of manufacturing sites and monitoring, correction and auditing of environmental management system; and . environmental training of personnel. DANTES: a demonstration project 149 MEQ 16,2 150 Figure 3. Strategies for carrying out transportation studies – main stages Strategies for using environmental methods and tools will be further developed during the DANTES project.
It must be noted that only the manufacturing processes of first-tier suppliers were investigated and compared for supply chain management purposes. Environmental performances of the second and subsequent tiers are also required for an overall product evaluation and comparison. 00 a b Notes: Process parameters are shown per supplied component; natural gas for furnace operation; 10 per cent assumed losses; dseven South African rand are equal to approximately US$1 Source: Brent and Visser (2005) c Water resources Air resources Land resources Mined abiotic resources Fuel tanka Windscreenb Tyrec 2:882 £ 1021 6:535 £ 1023 6:148 £ 1025 3:222 £ 1025 2:779 £ 1021 6:206 £ 1023 6:113 £ 1025 4:051 £ 1025 1:067 £ 100 2:406 £ 1022 2:271 £ 1024 1:271 £ 1024 Notes: aElectricity usage per manufactured fuel tank contributes more than 99 per cent to all of the calculated RIIs; belectricity usage per manufactured windscreen contributes more than 98 per cent to all of the calculated RIIs; celectricity usage per manufactured tyre contributes more than 99 per cent to all of the calculated RIIs Source: Brent and Visser (2005) Table II.
1997). A typical asset life cycle also consists of six phases, namely two design phases, a construction phase, a start-up/commissioning phase, operation/maintenance phase, and then a decommissioning phase (Labuschagne, 2003). The asset life cycle can be simplified to four phases (as shown in Figure 1) if all design phases are treated as one phase and start-up and commissioning are treated as part of the operational phase. The design phase of an asset can be the selection phase of manufacturing equipment if the asset is purchased and is not an in-house design.