Please use this identifier to cite or link to this item: http://hdl.handle.net/10397/10794
Title: Environmental performance of the polypropylene nonwoven shopping bags : LCA study of manufacturing technologies
Authors: Muthu, SS
Li, Y 
Hu, JY
Mok, PY 
Liao, X
Keywords: Eco-indicator'99
Nonwoven shopping bags
Polypropylene
Sewing technology
SIMAPRO 7.2
Thermal attachment
Issue Date: 2012
Publisher: Sila Science
Source: Energy education science and technology. Part A, Energy science and research, 2012, v. 30, no. 1, p. 409-424 How to cite?
Journal: Energy education science and technology. Part A, Energy science and research 
Abstract: The environmental performance of different types of polypropylene nonwoven shopping bags, made out of two different manufacturing technologies - conventional sewing method and a thermal joining method, later is a patented technology of the industry, where the study was made, was assessed from cradle to gate stage using the Life Cycle Assessment (LCA) technique. For this study, three different products - A, B and C made out of conventional sewing method and thermal joining method were selected. This study was performed based on the comprehensive Life Cycle Inventory (LCI) of two different manufacturing sequences, obtained from a detailed in-field study in a nonwoven PP bag manufacturing industry. The environmental impacts were quantified by means of the Eco-indicator'99 method, a damage oriented method to assess Life Cycle Impact Assessment (LCIA) by using one of the leading commercial LCA softwares, SIMAPRO 7.2. The single score values calculated by the Eco-indicator 99 method were considered as a directive to compare the environmental impact made by these bags, manufactured by two different technologies and a detailed explanation of results is provided in this paper. From the results of Life Cycle Impact Assessment in Eco-indicator'99 method, the conventional sewing process technology seems to be better compared to the thermal technology employed. A detailed explanation of the results of the environmental performance of these bags and also the hot-spots in both of the production technologies are discussed to a greater extent in this article.
URI: http://hdl.handle.net/10397/10794
ISSN: 1308-772X
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