Page 192 - Materials Chemistry, Second Edition
P. 192
176 3 Life Cycle Inventory Analysis
International Organization for Standard- Kennedy, D.J., Montgomery, D.C., Rollier,
ization (ISO) (2000): Life Cycle Assess- D.A., and Keats, J.B. (1997) Data quality.
ment – Examples of the Application of Goal Assessing input data uncertainty in life
and Scope Definition and Inventory Analysis. cycle assessment inventory models. Int. J.
Technical Report ISO TR 14049, Interna- Life Cycle Assess., 2 (4), 229–239.
tional Organization for Standardization Kim, S. and Overcash, M. (2000) Allocation
(ISO), Geneva. procedure in multi-output processes: an
ISO (International Standard Organization) illustration of ISO 14041. Int. J. Life Cycle
(1998a) ISO EN 14041 Norme Europ´eenne Assess., 5 (4), 221–228.
(CEN): Environmental Management – Life Kindler, H. and Nikles, A. (1980)
Cycle Assessment: Goal and Scope Defini-
Energieaufwand zur Herstellung von
tion and Inventory Analysis (Festlegung des Werkstoffen – Berechnungsgrunds¨ atze
Ziels und des Untersuchungsrahmens sowie
und Energie¨ aquivalenzwerte von Kunst-
Sachbilanz), International Standard (ISO),
stoffen. Kunststoffe, 70, 802–807.
Geneva.
Kl¨ opffer, W. (1994) in Integrating
ISO (International Standard Organization)
Impact Assessment into LCA (eds H.A.
(1998b) ISO 1000 SI Units and Recommen-
Udo de Haes, A.A. Jensen, W. Kl¨ opffer,
dations for the Use of their Multiples and of
and L.-G. Lindfors). Proceeding of the LCA
Certain other Units, International Standard,
Geneva. Symposium held at the Fourth SETACEu-
ISO (International Standard Organization) rope Annual Meeting, 11–14 April 1994,
(2002) Environmental Management – Life Brussels, Society of Environmental Toxi-
Cycle Assessment. Data Documentation cology and Chemistry – Europe, Brussels,
Format. Technical Specification ISO/TS pp. 11–15.
14048, ISO/TC 207/SC 5, ISO, Geneva. Kl¨ opffer, W. (1995) Exposure and hazard
ISO (International Standard Organization) assessment within life cycle impact assess-
(2004) EN ISO 14001 Umweltmanagement ment. Environ. Sci. Pollut. Res., 2 (1),
Systeme – Anforderungen mit Anleitung zur 38–40.
Anwendung, ISO, Geneva. Kl¨ opffer, W. (1996a) Allocation rules for
ISO (International Standard Organization) openloop recycling in life cycle assess-
(2006a) ISO 14040 Environmental Manage- ment–A review. Int. J. Life Cycle Assess.,
ment – Life Cycle Assessment – Principles 1, 27–31.
and Framework, ISO, Geneva, October Kl¨ opffer, W. (1996b) Environmental hazard
2006 assessment of chemicals and prod-
ISO (International Standard Organiza-
ucts. Part V. Anthropogenic chemicals
tion) (2006b) ISO 14044 Environmen-
in sewage sludge. Chemosphere, 33,
tal Management – Life Cycle Assess-
1067–1081.
ment – Requirements and Guidelines,ISO,
Kl¨ opffer, W. (1997) In defense of the cumu-
Geneva, October 2006.
IVV (2001) Bez, J., Goldhahn, G. and lative energy demand (Editorial). Int. J. Life
Cycle Assess., 2 (2), 61.
Buttker, B.) Methanol aus Abfall.
Kl¨ opffer, W. (2002) The second Dutch
¨ Okobilanz bescheinigt gute Noten. Fraun-
LCAguide, published as book (Guin´ ee
hofer IVV. Freising. M¨ull Abfall, 33 (3),
158–162. et al. 2002). Book review. Int. J. Life Cycle
Assess., 7, 311–313.
Janzen, D.C. (1995) Methodology of the
European surfactant life-cycle inventory for Kl¨ opffer, W. and Grahl, B. (2009) ¨ Okobilanz
detergent surfactants production. Tenside (LCA) – Ein Leitfaden f¨ur Ausbildung
Surfactants Deterg., 32, 110–121. und Beruf , Wiley-VCH Verlag GmbH,
Kennedy, D.J., Montgomery, D.C., and Weinheim. ISBN: 978-3-527-32043-1.
Quay, B.H. (1996) Data quality. Stochas- Kl¨ opffer, W., Grießhammer, R., and
tic environmental life cycle assessment Sundstr¨ om, G. (1995) Overview of the
modeling – a probabilistic approach to scientific peer review of the European life
incorporating variable input data quality. cycle inventory for surfactant production.
Int. J. Life Cycle Assess., 1 (4), 199–207. Tenside Surfactants Deterg., 32, 378–383.