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3. Performance of our method vs. others: environmental, commercial and societal gains
3.1 Environmental gains
In order to demonstrate the undeniable advantages of this innovative synthesis over the other two methods, we need to inventory the incoming and outgoing flows of raw materials, as well as their harmful effects on the environment and on people, for each of these three processes. This multi-criteria analysis will therefore focus on the manufacturing process, which is one of the five stages in the product life cycle. However, none of the existing ecodesign software and tools (ADEME's Product Balance, Eco-balance, Simapro, GaBi, ReCiPe, impact 2002+, Eco-indicator 99...) is sufficiently advanced, nor does it have a sufficiently rich database for chemical products, to quantify the environmental impact of a chemical process at all stages of the life cycle, in terms...
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Performance of our method vs. others: environmental, commercial and societal gains
Applications
Bibliography
Websites
Awards ceremony. http://www.pollutec.com/prix-techniques-innovantes.htm
http://www.societechimiquedefrance.fr/IMG/pdf/affscf_2014.pdf
Standards and norms
- Environmental management – Lifecycle analysis – Principles and framework. - ISO 14040 - 2006
- Environmental management – Lifecycle analysis – Requirements and guidelines. - ISO 14044 - 2006
- Environmental management – Help in setting up an eco-design approach. - AFNOR NF X30-264 - 2013
Selected patents
[B1] EP 0985668, US 6175019, WO 2008/052863 and WO 2008/052861. Preparation of dimethylimidazolium carboxylates.
[B2] US2006251558 and WO2012033973. Capture of CO 2 by ionic liquids.
[B3] US 20110152493. Imidazolium carboxylate-catalyzed production of polylactic acid.
[B4] WO 2014001007. Polymerization...
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