By Christian Ullerich
Disassembly is without doubt one of the key parts of any processing of recovered items. Be it for fix, remanufacturing, refurbishing, cannibalisation, fabric recycling, or disposal. for that reason, making plans the disassembly is critical and—with starting to be quantities of recovered items and want for saving resources—becomes much more very important. The disassembly making plans ways provided are in line with mathematical programming. With this technique, a profit-optimal making plans of amounts of a number of different types of recovered items in addition to elements distribution, fabric recycling, and disposal amounts is realised. Thereby,typical points, like fabric purity requisites, the of the recovered items, dangerous components, and ability barriers, also are thought of. a brand new strategy is the provided mix of disassembly-to-order making plans and disassembly sequencing, also known as versatile Disassembly Planning.
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Additional info for Advanced Disassembly Planning: Flexible, Price-Quantity Dependent, and Multi-Period Planning Approaches
Thereby, the piecewise linear 8 Cf. Kongar / Gupta (2006b): Disassembly to order . , recycling) increases. 9 But not all usage options and no supply of cores is considered. Hence, an extension by these and a continuous price or unit cost change for changing quantities is of interest. The above discussed points shall now be summarised to four research questions. Based on the complete disassembly considering core condition, recycling purity, item damaging, hazardous items, etc. advances towards price-quantity dependencies, dynamic multi-period planning, and ﬂexible disassembly planning shall be made to answer the following questions: Q1: Q2: Q3: Q4: Can price-quantity and cost-quantity dependencies with external sources (supplier & customer) be integrated in the planning and to what extend?
13 Cf. Fleischmann et al. (1997): Quantitative models for reverse logistics, p. 4. 14 Cf. Zarandi / Sisakht / Davari (2011): Design of a CLSC model, p. 809, and Inderfurth / Teunter (2001): Production planning and control of CLSC , p. 1. 15 Cf. Ilgin / Gupta (2010): ECMPRO: A review , pp. 571 et seq. 16 Cf. here and in the sequel Thierry et al. (1995): Strategic issues in product recovery, pp. 118–120, de Brito (2003): Managing reverse logistics, pp. , and Goggin / Browne (2000): Towards a taxonomy of recovery, pp.
A not completely reversible assembly process, 2. less value added obtained in disassembly processes, 21 Cf. 6 KrWG (Gesetz zur Frderung der Kreislaufwirtschaft und Sicherung der umweltvertrglichen Bewirtschaftung von Abfllen – Kreislaufwirtschaftsgesetz). 22 In the literature (land) ﬁlling and disposal are synonymously used terms. Why the ﬁlling is diﬀerentiated from the disposal in German law and equal to energy recycling is not clear. It might be that with ﬁlling the theoretical possibility exists to recover this waste later and process it with new techniques.