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Vol 11, Issue 1, 2016
Pages: 312 - 317
Review paper
ENVIRONMENT PROTECTION AND SUSTAINABLE DEVELOPMENT
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Published: 21.04.2016. Review paper ENVIRONMENT PROTECTION AND SUSTAINABLE DEVELOPMENT

LCA METHOD AS AN USEFUL TOOL IN PRODUCTION ENGENEERING

By
Borut Kosec ,
Borut Kosec
Contact Borut Kosec

Faculty of Natural Sciences and Engineering , University of Ljubljana , Ljubljana , Slovenia

Blaž Karpe ,
Blaž Karpe

Faculty of Natural Sciences and Engineering , University of Ljubljana , Ljubljana , Slovenia

Dragan Gogić ,
Dragan Gogić

Faculty of Natural Sciences and Engineering , University of Ljubljana , Ljubljana , Slovenia

Aleš Nagode ,
Aleš Nagode

Faculty of Natural Sciences and Engineering , University of Ljubljana , Ljubljana , Slovenia

Igor Budak ,
Igor Budak

Faculty of Technical Sciences , University of Novi Sad , Novi Sad , Serbia

Milana Ilić ,
Milana Ilić

Faculty of Technical Sciences , University of Novi Sad , Novi Sad , Serbia

Gorazd Kosec ,
Gorazd Kosec

ACRONI d.o.o. , Jesenice , Slovenia

Zorana Tanasić ,
Zorana Tanasić

Faculty of Mechanical Engineering, University of Banja Luka , Banja Luka , Bosnia and Herzegovina

Goran Janjić ,
Goran Janjić

Faculty of Mechanical Engineering, University of Banja Luka , Banja Luka , Bosnia and Herzegovina

Mirko Soković
Mirko Soković

Faculty of Mechanical Engineering , University of Ljubljana , Ljubljana , Slovenia

Abstract

The most used and established method for detecting the effects of the product on the environment is a 
life cycle assessment (LCA) method. LCA analyzes the effects of the product on the environment in its all five life stages: design, materials selection, manufacture, use, and ultimately its removal. At the same time LCA is an important tool when we deciding on choosing and optimizing the technology and raw materials. In the frame of our study is discussed LCA method as an useful tool in production engineering praxis. The application of LCA for the Slovenian steel producers and automotive industry was analyzed. During the first pilot project heavy plates of typical steel grades from ACRONI production program were discussed, and in the frame of the second project a new generation of supercharger housing for gasoline engine AUDI 3.0 was analysed. 

References

1.
Seliger G. Sustainability in Manufacturing Recovery of Resources in Product and Material Cycles. 2007.
2.
Organisation W. 2016;
3.
Steel Statistical Year Book 2015. 2015.
4.
Burchart-Korol D. Significance of Environmental Life Cycle Assessment (LCA) Method in the Iron Industry. Metallurgy. 2011;50(3):205-208,.
5.
J. H, I. B, Đ. V, M H. Less Formal Tools for Environmental Management. 2012.
6.
A. R, T. E, H B. Life Cycle Assessment – Introduction and overview. Journal of Cleaner Production. 2015;13:1207-1210,.
7.
B. A, I. B, B K. & Hodolič J: An approach to Multi-criteria Environmental Evaluation with Multiple Weight Assignment. Environmental Modeling & Assessment. 2012;17(3):255-266,.
8.
B. K, G. K, I. B, B. K, Soković M. Slovenian Steel Producers and Environment. In: Proceedings of “‘Ecology of Urban Areas 2013.’” 2013. p. 319-324 ,.
9.
2016;
10.
Vidic E. Life Cycle Assessment. SIJ. 2013;4(4):31-32,.

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