TY - BOOK
T1 - A Novel Methodology for the Sustainability Impact Assessment of New Technologies
AU - Blok, K.
AU - Huijbregts, M.
AU - Roes, Lex
AU - van Haaster, Berthe
AU - Patel, M.K.
AU - Hertwich, E.
AU - Hauschild, M.
AU - Sellke, P.
AU - Antunes, P.
AU - Hellweg, S.
AU - Ciroth, A.
AU - Harmelink, Mirjam
PY - 2013/5
Y1 - 2013/5
N2 - The introduction of new technologies can have profound impact on society and nature. Therefore, a need exists for a method that can provide a balanced assessment of new tech-nologies that takes into account all different impacts. Within the EU-funded PROSUITE pro-ject, the aim is to develop a methodology for the sustainability assessment of existing and emerging technologies. Here, existing approaches of sustainability assessment are re-viewed. All of them have their merits, but none of them is applicable in a generic way to all aspects of sustainability for a technology. Using concepts developed initially for environ-mental life cycle assessment, we propose an approach consisting of the following major impact categories: 1) impact on human health; 2) impact on social well-being; 3) impact on prosperity; 4) impact on natural environment; 5) impact on exhaustible resources. All pri-mary impacts can be grouped under these categories. For several of these categories still quite some analysis of mechanisms in the cause-effect chain is necessary and there will be substantial remaining uncertainties for the others. For a complete assessment, the five major impact categories need to be integrated. Several approaches are available for this purpose, such as multicriteria analysis with or without weighted aggregation.
AB - The introduction of new technologies can have profound impact on society and nature. Therefore, a need exists for a method that can provide a balanced assessment of new tech-nologies that takes into account all different impacts. Within the EU-funded PROSUITE pro-ject, the aim is to develop a methodology for the sustainability assessment of existing and emerging technologies. Here, existing approaches of sustainability assessment are re-viewed. All of them have their merits, but none of them is applicable in a generic way to all aspects of sustainability for a technology. Using concepts developed initially for environ-mental life cycle assessment, we propose an approach consisting of the following major impact categories: 1) impact on human health; 2) impact on social well-being; 3) impact on prosperity; 4) impact on natural environment; 5) impact on exhaustible resources. All pri-mary impacts can be grouped under these categories. For several of these categories still quite some analysis of mechanisms in the cause-effect chain is necessary and there will be substantial remaining uncertainties for the others. For a complete assessment, the five major impact categories need to be integrated. Several approaches are available for this purpose, such as multicriteria analysis with or without weighted aggregation.
M3 - Report
BT - A Novel Methodology for the Sustainability Impact Assessment of New Technologies
PB - EC 7th framework project PROSUITE
CY - Utrecht, the Netherlands
ER -