Lasvaux S.,Joseph Fourier University |
Gantner J.,Fraunhofer Institute for Building Physics |
Wittstock B.,PE International |
Bazzana M.,Joseph Fourier University |
And 13 more authors.
International Journal of Life Cycle Assessment | Year: 2014
Conclusions and recommendations: This paper can be viewed as a contribution to the ongoing efforts to improve the consistency and harmonisation in LCA studies for building products and buildings. Further contributions are now needed to improve building LCA guidance and to strengthen links between research, standardisation and implementation of LCA in the construction practice.Purpose: The objective of the paper is to discuss the role of a new guidance document for life cycle assessment (LCA) in the construction sector available as an online InfoHub.Methods: This InfoHub derives from the EeBGuide European project that aimed at developing a guidance document for energy-efficient building LCA studies. The InfoHub is built on reference documents such as the ISO 14040-44 standards, the EN 15804 and EN 15978 standards as well as the ILCD Handbook. The guidance document was filled with expertise and knowledge of several experts. The focus was put on providing scientifically sound, yet practical guidance.Results: The EeBGuide InfoHub is an online guidance document, setting rules for conducting LCA studies and giving instructions on how to do this. The document has a section on buildings—new and existing—and a section on construction products. It is structured according to the life cycle stages of the European standards EN 15804 and EN 15978, covering all aspects of LCA studies by applying provisions from these standards and the ILCD handbook, wherever applicable. The guidance is presented for different scopes of studies by means of three study types. For the same system boundaries, default values are proposed in early or quick assessment (screening and simplified LCA) while detailed calculation rules correspond to a complete LCA. Such approach is intended to better match the user needs in the building sector. © 2014, Springer-Verlag Berlin Heidelberg.
Arzoumanidis I.,University of Chieti Pescara |
Fullana-i-Palmer P.,UNESCO Chair in Life Cycle and Climate Change ESCI UPF |
Fullana-i-Palmer P.,Cyclus Vitae Solutions S.L. |
Raggi A.,University of Chieti Pescara |
And 5 more authors.
Journal of Cleaner Production | Year: 2014
Carbon Footprint (CF) can be of great importance for the dissemination of life-cycle information of products. The use of CF has recently increased, despite some methodology aspects being still not sufficiently addressed. This paper deals with the accounting of biogenic carbon exchanges, focusing on the wine sector, which has been the object of several life-cycle-based studies. A review of guidelines, standards and key papers has shown that there are still unresolved issues to be considered when accounting for exchanges of biogenic carbon, such as forest management, agricultural practices and land use, soil erosion, the inclusion of all parts of a tree, the inclusion of the end-of-life phase, etc. As a result, no clear-cut conclusions can yet be drawn with regard to biogenic carbon exchanges related to the life cycle of wine products. © 2014 Elsevier Ltd. All rights reserved.