Improving product recovery decisions through product information

Building Model-Driven Decision Support System in Product Redesign Plan

“…(1) Material Flows Arrangement for supplying raw materials and assembly parts and/or component from direct or indirect vendors and/or suppliers [4,7,25,26,39,44] (2) Assembly/Dis-assembly related activity Production facilities needed for assembly/disassembly (i.e., manual/semi-automated/automated processes) associated activities [5,6,12,28,[45][46][47] (3) Reuse related activity Manufacturing infrastructure and facilities needed for cleaning, handling, sorting, inspecting and testing activities [5,12,27,30,[47][48][49] (4) Remanufacture related activity Manufacturing infrastructure and facilities needed for rectifying, repairing and replacing parts and/or components [5,12,27,30,31,[47][48][49] (5) Recycle related activity Manufacturing infrastructure and reprocessing facilities needed for shredding, separating, sorting, inspecting and testing [5,11,12,27,30,32,33,37,38,[47][48][49] (6) Disposal Treatment…”

“…Typically, the operations strategy to deal with those parts and/or components from used product to be reused, remanufactured and recycled in the manufacturing process is important. Although there are worldwide environmental authorities, such as governmental bodies and agencies, suppliers, manufacturers, distributors, retailers etc., that have emphasised on the development of sustainable manufacturing along a supply chain, total waste minimisation over its product lifecycle is still not easy to achieve at a satisfactory level [4][5][6][7][8]. One of the primary reasons is that there are dispositions alternatives for achieving increased used product utilisation upon returns [5,6,[9][10][11][12][13][14][15][16].…”

“…It also commonly refers to the product redesign plan for returns stream in the manufacturing industries, by increasing chain considers the conventional material flows (e.g., sourcing from virgin material suppliers, etc.) from pre-manufacturing to use stages and finally to be disposed of entirely [4,7,8,19]. To achieve effective returns management, operational activities of all associated post-use operations are relatively important to be examined when deciding recovery disposition alternatives of used products [13,27,38].…”

Characterising components of liquid crystal displays to facilitate disassembly

“…However there are significant obstacles to developing this alternative product flow, one of which is unlike conventional manufacturing processes, recycling or disassembly operations are characterised by a high variety of products and an uncertain product condition after usage (Parlikad et al, 2006). This uncertainty influences the steps required to disassemble the product.…”

Επίδραση Της Διαδικασίας Βελτίωσης Της Περιβαλλοντικής Συμπεριφοράς Άχρηστου Ηλεκτρικού Και Ηλεκτρονικού Εξοπλισμού Στα Βασικά Χαρακτηριστικά Της Αρχικής Σχεδίασής Του

“…Δλδεηθηηθέο εξγαζίεο, κεηαμχ άιισλ, ζην ζπγθεθξηκέλν ζέκα πνπ έρνπλ δηαηππψζεη ζρεηηθέο απφςεηο εμεηάδνπλ ηα εμήο: Μνληεινπνίεζε ησλ απαηηνχκελσλ θηλήζεσλ θαηά ηελ απνζπλαξκνιφγεζε πξνθεηκέλνπ λα εθηηκεζνχλ νη απαηηνχκελνη ρξφλνη θαη ηα απαηηνχκελα κέζα θαη λα θαηαγξαθνχλ νη παξάγνληεο πνπ επεξεάδνπλ ηε δηαδηθαζία (Yi H-C et al, 2003), ε δηαηχπσζε νδεγηψλ πνπ δηεπθνιχλνπλ θαη επηηαρχλνπλ ηε δηαδηθαζία ηεο απνζπλαξκνιφγεζεο (Cambell et al, 2003), ε πνζνηηθή εθηίκεζε ηεο επίδξαζεο ηεο δηαζέζηκεο πιεξνθνξίαο ζηε δηαδηθαζία απνζπλαξκνιφγεζεο θαη παξαπέξα δηαρείξηζεο (Parlikad et al, 2006). Δπίζεο, πνιινί είλαη θαη νη εξεπλεηέο πνπ πξνηείλνπλ ηε δεκηνπξγία γελεηηθψλ θαη επξεηηθψλ αιγνξίζκσλ γηα ηελ επηηάρπλζε ηεο δηαδηθαζίαο εχξεζεο ηεο βέιηηζηεο πνξείαο απνζπλαξκνιφγεζεο κε θξηηήξηα πεξηβαιινληηθά ή / θαη νηθνλνκηθά κε βάζε θαη ηα πηζαλά ζελάξηα ηειηθήο δηαρείξηζεο (Hula el al., 2003, Andres et al, 2007 ή γηα ηελ εχξεζε ηνπ βέιηηζηνπ επηπέδνπ απνζπλαξκνιφγεζεο (Kang et al, 2010).…”