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Environmental life cycle analysis Essay Example

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Environmental life cycle analysis

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Reduces and simplify the costs associated with carbon emission, in addition, it provides information that facilitates involvement in mandatory as well as voluntary carbon emission reduction programs, the calculation also helps in providing valuable information to the management that can be used to design an effective and viable approach to facilitate the implementation of a carbon management program in an organization (Brenton 2009).For purposes of computing carbon footprint, it is pertinent to ensure that there are established boundaries of computation. This is because the computation of carbon footprint can be visualized as having a number of boundaries that are different. These boundaries may include: Carbon footprint at the department level, Carbon footprint at the organizational level, Carbon footprint across the supply chain, and the LCA (full life-cycle assessment) on a service or product based model. This study will generally focus on product level carbon foot printing (Kasterine & Vanzetti 2010).As aforementioned, Product carbon foot printing approach is based on LCA (full life-cycle assessment). It is therefore pertinent to describe what is entailed under full life-cycle assessment (LCA) before attempting to understand what product carbon foot printing. LCA boundaries of evaluation broadly encompass the raw materials extraction and processing, manufacturing or production, consumer-use, as well as end-of-life scenarios; this may involve the process of material recycling (Hesselbach & Herrmann 2011). As such, the result obtained from a full life-cycle assessment can be used for purposes of identifying significant impacts on human health and environment emanating from a particular product, and such information can be used to alleviate the impact. The information gathered through LCA evaluation may also be useful in terms of designing an effective strategy that can reduce product cost while at the same time providing an opportunity to improve the value of a given brand and also yielding environmental benefits. Product carbon foot printing therefore involves using LCA evaluation to focus particularly on the quantification of emissions of gas from greenhouse during the life cycle of a product. As such, the product carbon footprint results are more often than not presented in terms of the total absolute value of carbon dioxide emission measured in metric tons or at times as kilograms (Carbon Trust 2008).Carbon foot printing have been

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